I don't know.

I don't know.

Title:

Content: 7.
Tip: Try to navigate with ctrlK
1 The opening
2 Cows
3Al Omran
4 Women
5 The Table
6 The Cattle
7 The Norms
8 Anfal
9 Repentance
10 Yunus
11 hud.
12 Yusuf
13 Thunder
14 Ibrahim
15 stone
16 Bees
17 of the Isra
18 The Cave
19 Mary.
20 of them.
21 The Prophets
22 hajj
23 The Believers
24 The Light
25 teams
26 Poets
27 Ants
28 stories
29 The Spider.
30 rum
31 Luqman
32 The Prophets
33 parties
34 SBA
Thirty-five fater.
Thirty-six.
37 Rangers
38p
39 groups.
40 forgivers.
41 fired.
42 Shura
43 Ornamentation
44 Smoke
45 of them.
46.AlAhqaf
47 Muhammad.
48th Conquest
49 rooms.
50 BCE
51DATARIANS
52 phase
53 The Star
54 The Moon
55 The Merciful
56 The Incident
57 Iron
58 The Controversy
59 the crowd.
60 The Examiner
61 grade.
Friday, 26.
63 The Hypocrites
64 Taghaben
65 Divorce
66 Prohibition
The King 67
68 PEN
69 Attachment
70 Ladders
71 NOAH
72 gin.
73.Muzmil
74 Mudathir
75 of the day.
76 The Human
77 Transmitters
78 News
79 The conflicts
80 Abs
81 The Cupping
28 The Breakdown
Thirty-eight of them.
84 The Dissension
85 The Tower
86 The Raider
Top 87
88 Gashya
89 Fajr
90 Country
91 The Sun
92 nights.
93 The Sacrifice
94 Explanation
Ninety-five.
96 leeches.
97. Destiny.
98 evidence.
99 earthquake
100 Regular
101The Struggle
102 Reproduction
103 Afternoon
104Hamza
105 Elephant
106 Quraysh
107 Ma 'un
108 Kawthar
109 The Unbelievers
110 Victory
111 Almsad
112 Faithfulness
113-FALAK
114 people
Notes placeholders


# Jane Goodall's Continuing Impact on Global Conservation

## Introduction

Jane Goodall remains a pivotal figure in global conservation efforts, continuing to influence public perception and policy regarding wildlife protection and habitat preservation.

This report examines her current impact on conservation issues, highlighting her ongoing relevance in environmental education and advocacy.

## Current Influence and Public Engagement

### Inspiring New Generations

Jane Goodall's recent partnership with Mattel Inc.

demonstrates her continuing commitment to inspiring young people.

The creation of a Jane Goodall Barbie doll celebrates her groundbreaking research with chimpanzees and conservation efforts.

As Goodall herself stated: "My entire career, I've wanted to help inspire kids to be curious and explore the world around them – just like I did when I first traveled to Tanzania 62 years ago.

I'm thrilled to partner with Barbie and encourage young children to learn from their environment and feel a sense that they can make a difference.

" This collaboration represents a strategic effort to reach younger audiences and instill environmental values early in life.

### Bridging Science and Public Understanding

In recent media appearances, Goodall continues to share insights from her chimpanzee research, explaining how these primates offer a window into understanding human nature.

Her observations about chimpanzee behavior, including the emotional reunion between a mother chimpanzee and her offspring, help the public connect emotionally with wildlife.

By demonstrating how studying chimpanzees can improve our understanding of human capacity for both love and aggression, Goodall effectively bridges scientific research with public understanding of our place in the animal kingdom.

## Approach to Conservation Advocacy

### Balanced Perspective on Activism

Goodall's current perspective on environmental activism demonstrates her nuanced understanding of effective conservation advocacy.

She has expressed concern that some anti-fossil fuel activists' methods risk alienating the public, suggesting that effective conservation requires approaches that bring people together rather than create division.

This balanced viewpoint offers valuable lessons for students about the importance of civil discourse in addressing environmental issues.

### Emphasis on Collective Responsibility

While not directly quoted in the provided materials, Goodall's work aligns with the growing recognition that conservation is a collective responsibility.

As noted in broader conservation discussions, "Each one of us has a role to play – whether through reducing our carbon footprint, advocating for policy changes, or supporting local conservation efforts.

" Goodall has long embodied this philosophy, emphasizing that individual actions collectively create significant impact.

## Educational Impact

### Beyond Traditional Science Education

Goodall's approach demonstrates that effective conservation education extends beyond scientific facts to include emotional connection and ethical consideration.

Her work shows how understanding animal behavior and emotions can foster empathy and drive conservation action.

This perspective is valuable for high school students, as it illustrates how science communication can be both informative and emotionally resonant.

### Modeling Effective Communication

Goodall's continued relevance demonstrates the power of respectful, evidence-based communication in addressing contentious environmental issues.

Her willingness to acknowledge different approaches while maintaining core conservation principles provides a model for students learning to engage in civil discourse about environmental challenges.

## Conclusion

Jane Goodall's continuing impact on global conservation is evident in her ongoing efforts to inspire new generations, her thoughtful approach to environmental advocacy, and her ability to connect scientific research with public understanding.

While the provided documents offer limited information about her Roots & Shoots program specifically, they highlight her enduring influence in shaping public attitudes toward conservation and wildlife protection.

For a high school science class, Goodall's work provides multiple valuable lessons: the importance of observation and patience in scientific research, the power of respectful communication in addressing environmental issues, and the value of connecting emotionally with nature to drive conservation action.

Her career demonstrates how one person's dedicated work can create ripple effects that influence global attitudes and behaviors toward the natural world.

# Jane Goodall's Continuing Impact on Global Conservation

## Introduction

Jane Goodall remains a pivotal figure in global conservation efforts, continuing to influence public perception and policy regarding wildlife protection and habitat preservation.

Title:

Content: (Bloomberg) -- On this episode of Emma Barnett meets…, ethnologist and environmentalist Dr. Jane Goodall discusses what chimpanzees teach us about human nature and why she thinks some anti-fossil fuel activists’ methods risk alienating the public.

The primatologist describes to Emma Barnett the emotional moment a mother chimpanzee reunites with her offspring after separation at birth, saying it offers a window into the chimpanzee mentality. And studying chimpanzees, she adds, can improve understanding of human capacity for both love and aggression and, more broadly, our position in relation to the rest of the animal kingdom.

©2022 Bloomberg L.P.

This report examines her current impact on conservation issues, highlighting her ongoing relevance in environmental education and advocacy.

Title:

Content: USAID funds conservation journalism programme in Botswana

By Keletso Thobega for Botswana Guardian

Raising awareness on critical issues related to conservation is one way to educate the public on key environmental issues, and motivate communities to prioritise environmental protection, in order to preserve natural ecosystems, and wildlife, particularly in light of the debilitating impacts of climate change, says Space for Giants’ Media Advisor, Mike Pflanz.

Pflanz told this publication that the first port of action was capacitating media on reportage and that is why Space for Giants had spearheaded the African Conservation Journalism Programme, which is funded by USAID and recently started in Botswana.

The programme brings together select journalists to train them in reporting on issues related to conservation across board, including wildlife crime, climate change, and flora and fauna protection; with the hope of ensuring that the public is kept up to date on issues relating to conservation, which has an underlying impact on the livelihoods of people, and the economy.

It is the first time that the programme is running in Botswana, having been started in Kenya and Uganda over the past few years, and was recently rolled out to Zimbabwe, with plans to expand further into southern Africa.

The first cohort from Botswana recently took part in a rigorous MasterClass in Gaborone and Serowe, where they were workshopped by experienced investigative journalists, and engaged with conservation and wildlife experts, as well as policy makers, community members and traditional leaders on issues of conservation and its impact on the lives of people in Botswana.

The selected journalists for the 2022 programme are: Boniface Keakabetswe, Dave Baitse, Innocent Tshukudu, Keletso Thobega, Solomon Tjinkeya and Thobo Motlhoka.

The African Conservation Journalism Programme is funded by USAID Southern Africa through its VukaNow initiative, and implemented by Space for Giants, an international organisation that raises awareness on wildlife protection.

Pflanz said their main aim is to increase the number of quality stories on, and increase the visibility of, specialised reporting on conservation in Africa. He noted that it is important for Africans to tell African stories, to not only share what is happening on the ground, but to also give a localised perspective on issues to a global audience.

“Local reporters have the advantage that they better understand the reality on the ground, and some of the challenges that affect their people on a day-to-day basis, within their communities.”

Pflanz further noted that mentoring and funding African journalists to produce more stories about conservation and wildlife crime would help audiences to better comprehend the value of their natural resources.

USAID’s VukaNow program is dedicated to reducing wildlife crime in southern Africa. It calculates that wildlife crime is a multi-billion dollar illicit business on the continent and it decimates Africa’s wildlife and biodiversity. It also undermines economic prosperity and sustainable development, as well as impoverishes people of their cultural and natural resource heritage; threatens to erode social cohesion and stability, in addition to threatening regional peace and security.

Pflanz said offering journalists rigorous training in understanding and covering conservation stories would help widen the reach of the reporting both in Africa and beyond, and “amplify African voices in global discussions about conservation.”

This article is reproduced here as part of the African Conservation Journalism Programme, funded in Angola, Botswana, Mozambique, and Zimbabwe by USAID’s VukaNow: Activity. Implemented by the international conservation organisation Space for Giants, it aims to expand the reach of conservation and environmental journalism in Africa, and bring more African voices into the international conservation debate. Read the original story here

Douglas Mateo

Douglas holds a position as a content writer at Neptune Pine. His academic qualifications in journalism and home science have offered her a wide base from which to line various topics. He has a proficiency in scripting articles related to the Health industry, including new findings, disease-related, or epidemic-related news. Apart from this, Douglas writes an independent blog and assists people in living healthy life.

Source Link USAID funds conservation journalism programme in Botswana

## Current Influence and Public Engagement

### Inspiring New Generations

Jane Goodall's recent partnership with Mattel Inc.

Title:

Content: Mattel Inc.

Mattel Inc. Unveils New Barbie Doll Dedicated to Dr. Jane Goodall

Barbie, in partnership with the Jane Goodall Institute, announced the release of a new doll dedicated to the famous scientist herself.

A Jane Goodall Barbie doll has just hit the market.

It has been a longtime wish of Dr. Jane Goodall to inspire young girls.

The doll was created to celebrate Goodall's groundbreaking research with chimpanzees and her nature conservation efforts.

“My entire career, I’ve wanted to help inspire kids to be curious and explore the world around them – just like I did when I first traveled to Tanzania 62 years ago. I’m thrilled to partner with Barbie and encourage young children to learn from their environment and feel a sense that they can make a difference,” said Dr. Jane Goodall in a statement.

Goodall is well-known for her research observing chimpanzees' similar characteristics to humans. Her work has drastically changed the way we look at the behaviors of animals and humans.

This doll is the first doll in Mattel's 'Inspiring Women Series' to be made from recycled plastic.

“Kids need more role models like Dr. Jane Goodall, because imagining they can be anything is just the beginning – seeing it makes all the difference," said Lisa McKnight, Executive Vice President and Global Head of Barbie and Dolls, Mattel in a statement.

The doll comes with a chimpanzee figure named after Goodall's famous chimpanzee companion, David Greybeard. It also comes with a notebook and a pair of binoculars.

The release of the doll comes just in time for World Chimpanzee Day on July 14.

Other dolls in the 'Inspiring Women Series' include Ida B. Wells and Maya Angelou.

Contact Us

demonstrates her continuing commitment to inspiring young people.

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

The creation of a Jane Goodall Barbie doll celebrates her groundbreaking research with chimpanzees and conservation efforts.

As Goodall herself stated: "My entire career, I've wanted to help inspire kids to be curious and explore the world around them – just like I did when I first traveled to Tanzania 62 years ago.

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

I'm thrilled to partner with Barbie and encourage young children to learn from their environment and feel a sense that they can make a difference.

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

Learn from the environment
realize they can make a difference

What would letting children get close to nature help cultivate?

ecological literacy
drive to protect the earth

" This collaboration represents a strategic effort to reach younger audiences and instill environmental values early in life.

Title:

Content: Banyan Tree School, Chandigarh : The Tribune India

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Banyan Tree School, Chandigarh

Students of the school participated in a plethora of activities to commemorate Earth Day. An array of creative activities were organised with a view to sensitise the children to the conservation of natural resources and to motivate them to do their bit towards making their planet even more beautiful. Pirouetting over the theme of Earth Day 2024, ‘Planet Vs Plastic’, myriad of activities like poster making and slogan writing were conducted to give the students a platform to showcase their ingenious skills. The corridors of the school reverberated with the thoughtful slogans raised by the students as they took a green walk to sensitise others to the importance of saving the environment. Senior students turned trash into treasure as they designed aesthetic objects with inspiring quotes and learnt the art of 3‘R’s, ie reducing, reusing and recycling. They were also engaged in hands-on activity by planting seeds in plastic bottles, showcasing their innovative ideas for sustainable gardening and recycling. A special assembly was also held to celebrate Mother Earth wherein students highlighted the importance of ‘Sustainable Fashion’ and ‘Earth Hour’ which was followed by a thought provoking skit. Director Dr Jayeta Auddy and Principal Garima Bhardwaj praised the efforts of all the students and encouraged them to thank Mother Earth for all its bountiful gifts.

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Dr. Goodall believed what steps would slow population growth?

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

What would letting children get close to nature help cultivate?

ecological literacy
drive to protect the earth

### Bridging Science and Public Understanding

In recent media appearances, Goodall continues to share insights from her chimpanzee research, explaining how these primates offer a window into understanding human nature.

Her observations about chimpanzee behavior, including the emotional reunion between a mother chimpanzee and her offspring, help the public connect emotionally with wildlife.

By demonstrating how studying chimpanzees can improve our understanding of human capacity for both love and aggression, Goodall effectively bridges scientific research with public understanding of our place in the animal kingdom.

Dr. Goodall received the Templeton Prize in 2021 for what reason?

integrating science with spirituality and compassion

## Approach to Conservation Advocacy

### Balanced Perspective on Activism

Goodall's current perspective on environmental activism demonstrates her nuanced understanding of effective conservation advocacy.

Title:

Content: en English

What US Leadership Can Do for Nature

Although the United States is not a party to the Convention on Biological Diversity, its heavyweight status affords it ample opportunities to contribute to global conservation efforts. One major test will be this month’s COP15 conference, which may be the world’s last best chance to reverse biodiversity loss.

MIDDLETON, WISCONSIN – In his narration for the Netflix series Our Great National Parks, former US President Barack Obama describes a sloth as harboring “an entire micro-kingdom” in his fur. “Researching him will help fight cancer, malaria, and antibiotic-resistant superbugs,” he notes, before concluding that, “This sleepy sloth might just save us all.”

These striking lines reflect how dependent we are on nature for our survival and well-being. And what the sleepy sloth and countless other species of fauna and flora are telling us is that the interconnected crises of biodiversity loss and climate change have become an existential threat.

An existential threat means that we do not have the luxury of time. Since 1970, global wildlife populations have declined by around 69%, on average. In North America alone, wild species populations decreased by 20% between 1970 and 2018. This trend will continue if we don’t act now. What we do today will determine whether future generations can be safe in the knowledge that their livelihoods, climate, health, prosperity, and habitat are not at stake.

The United States, for its part, is home to a vast array of ecosystems and an astonishing variety of wild plants and animals. There are an estimated 200,000 native species on its territory, representing 13% of species worldwide. Its breathtaking landscapes stretch from lush forests to frozen tundra and subtropical rainforests, including in 63 protected national parks.

The US is also a global political and economic heavyweight. And, as the world’s largest donor country, international development is a major component of its influence in world affairs.

This month, the world’s eyes will turn to the Convention on Biological Diversity’s (CBD) crucial COP15 conference in Montreal. The hope is that these talks will produce an ambitious final agreement on the “post-2020 framework,” which aims to protect at least 30% of the planet by 2030 (30x30). COP15 is also an ideal moment for the US to leverage its substantial soft power on behalf of global efforts to build a “nature-positive” future in which we have not only halted but also reversed nature loss. Although the US itself is not a party to the CBD – owing to bipartisan divisions and opposition from various interest groups – its heavyweight status affords it ample opportunities to contribute, including by influencing the debate over the final language of the framework.

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Moreover, the US can help build partnerships, influence key decision-makers, and create new incentives for conservation efforts around the world. It can advocate stronger incentives for country-specific commitments to achieve the most urgent conservation goals. It can help to secure the financing and funding pledges needed to support low- and middle-income countries’ efforts to achieve global conservation goals and protect their local ecosystems. And it can integrate conservation into its international-development policies, thus helping to offset the cost of biodiversity conservation in these countries.

Despite the US’s three-decade-long failure to ratify the CBD, it has recently demonstrated that it is still capable of implementing bold, game-changing policies. The Biden administration’s “America the Beautiful” initiative aims to conserve 30% of American lands and waters by 2030, in line with the global 30x30 target that will be negotiated at COP15. This initiative aims not only to accelerate a shift toward biodiversity conservation, but also to put the rights of local communities, indigenous peoples, and tribal nations at the center of protected-area measures.

In the same vein, the Biden administration recently appointed Monica Medina as the first-ever Special Envoy for Biodiversity and Water Resources – a move that signals America’s commitment to tackling biodiversity loss and the climate crisis. Under Medina’s guidance earlier this year, the US joined the High Ambition Coalition for Nature and People.

Back in 1964, the US Department of the Interior published The Race for Inner Space, a special report warning that the “conservation clock is ticking too fast to be turned back.” Nearly 60 years on, the conservation clock is still ticking down. But at least Americans’ appreciation of the beauty of our natural heritage is still alive.

The Biden administration’s recent initiatives could redefine America’s conservation movement, enabling the US to lead by example and set the standard for conservation on the continent. It is a country that can use its enormous power and global influence – be it economic, cultural, or political – to help the world shape a new and desperately needed global biodiversity framework. Despite divisions over other issues, the US can achieve an internal consensus on the need to protect its great natural heritage, and to support the global conservation agenda through funding commitments and capacity-building initiatives.

That consensus cannot come soon enough. With the clock ticking down, COP15 must be seen as an urgent wake-up call.

https://prosyn.org/7gNKq7i

She has expressed concern that some anti-fossil fuel activists' methods risk alienating the public, suggesting that effective conservation requires approaches that bring people together rather than create division.

This balanced viewpoint offers valuable lessons for students about the importance of civil discourse in addressing environmental issues.

Title:

Content: ‘Sustainable development, environment conservation our priority’

The LG highlighted the need to protect, preserve and restore ecology and biodiversity for sustainable living.
At IIM Jammu, the LG shared the key initiatives of the J&K administration aimed at ecological conservation and protection of natural resources.X/@OfficeOfLGJandK

Jammu: Lieutenant Governor Manoj Sinha Sunday launched the ‘Green Jammu and Kashmir Drive 2023-24’ from IIM Jammu while asserting that sustainable development and environment conservation were his government’s priority.

He planted a tree sapling in the campus to mark the occasion.

In his address, the LG congratulated the Forests Department, IIM Jammu, Village Panchayat Plantation Committees and all the stakeholders for the launch of the mega plantation drive.

“Green J&K Drive has become a major contributor to increasing the green cover of J&K, strengthening our ecology and building a healthier society.  In the last 3 years, we have been able to plant more than 4 crore saplings and the target for this year is to plant 1.75 crore plants to ensure ecological security,” he said.

The LG highlighted the need to protect, preserve and restore ecology and biodiversity for sustainable living.

“J&K has one of the most diverse forest areas in the country with 55 percent forest and green cover. It is in the interest of the environment and our future generations to synergise development with the natural resources for sustainable development,” he said.

“There is a saying that God forgives always, men forgive sometimes but nature never forgives. It is high time we realize that our rights over natural resources are temporary. We have to respect and restore the delicate balance between economic development and conservation of forests and environment,” LG Sinha said.

At IIM Jammu, the LG shared the key initiatives of the J&K administration aimed at ecological conservation and protection of natural resources.

“Sustainable development and environment conservation form our priority. Protection of natural resources is in the DNA of our society, our culture. With the whole of government and whole of society approach, we are making honest efforts to address the challenges of climate change,” he said.

“Seventeen Nagar Vans were being established near cities and towns. They would enhance the green cover in urban and peri-urban areas to provide a clean and healthy environment to the dwellers of urban centres. It was also ensured that the city forests were established in all urban local bodies,” the LG said.

He said that the environmental protection awareness campaigns generated a sense of responsibility among the people and there was a growing realisation that nature was the only lifeline for human existence.

The LG called upon the premier education institutions of J&K to take the lead in environmental protection campaigns.

“The next five years will be crucial. The Campus of our premier educational institutions should be transformed into a green campus. We need the cooperation and support of all the elected representatives, youth and the people of J&K,” he said.

The LG commended the endeavour of IIM Jammu for planting 10,000 trees around the campus and made valuable suggestions to IIM Jammu to make the campus environment friendly.

He advised the IIM Jammu to install solar power to reduce the carbon footprint, bio-digester and plantation of medicinal plants in the campus and run similar campaigns in nearby villages with the help of students.

The LG suggested the constitution of the Green Campus Committee, having an Annual Green Campus Plan and setting up a Biodiversity Park in the campus.

He called upon the students to work with Gram Panchayat organizations, urban local bodies, which would improve the quality and quantity of natural resources and provide economic benefits to the local people.

The LG directed the Higher Education Department to come out with the green ranking of higher educational institutions of J&K.

He handed over cheques from Village Funds to members of Village Panchayat Plantation Committees and impressed on the Sarpanches for utilising the funds for public welfare and re-invest the amount in planting more trees.

The LG launched the multilingual theme song of ‘Green J&K Drive’ and ‘Har Gaon Haryali’ and also released publications on Slope Stabilization, Green Slopes for Stable roads and Jan- Bhagidari-II and a short documentary on Van Sanrakshan.

Jammu Municipal Corporation (JMC) Mayor, Rajinder Sharma; Director IIM Jammu, Prof B S Sahay; Principal Secretary, Forests, Dheeraj Gupta; Principal Chief Conservator of Forests, Roshan Jaggi and Divisional Commissioner Jammu, Ramesh Kumar were also present on the occasion.

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### Emphasis on Collective Responsibility

While not directly quoted in the provided materials, Goodall's work aligns with the growing recognition that conservation is a collective responsibility.

Title:

Content: World Nature Conservation Day 28th July: A Call to Preserve Our Precious Planet

As we observe World Nature Conservation Day, it’s imperative to reflect on the critical importance of preserving our natural environment. This day serves as a global reminder of our collective responsibility to protect and nurture the Earth for current and future generations.

Founded on principles deeply rooted in environmental stewardship, Hlanzekile River and Ocean Cleaning stands committed to making a tangible difference in the battle against environmental degradation through weekly cleanups at the Braamfontein Spruit River and will be extending our efforts to the Kliprivier in Soweto from September. Our journey began with a simple yet powerful vision: to restore and sustain the health of our rivers and oceans, ensuring they remain vibrant ecosystems teeming with life.

The challenges we face today are daunting. Climate change, pollution, habitat loss, and the unsustainable exploitation of natural resources threaten the delicate balance of our planet’s ecosystems. Yet, amid these challenges lies an opportunity – an opportunity to unite in purpose and take decisive action to safeguard our natural heritage.

At Hlanzekile, we believe that effective conservation begins with awareness and education. By empowering communities with knowledge about sustainable practices and the importance of environmental conservation, we lay the foundation for lasting change. Through hands-on clean-up initiatives, educational workshops, and advocacy campaigns, we strive to inspire individuals to become stewards of the environment in their own right.

However, conservation is not merely a task for organisations like ours; it is a collective responsibility that transcends borders and ideologies. Each one of us has a role to play – whether through reducing our carbon footprint, advocating for policy changes, or supporting local conservation efforts. Together, we have the power to drive meaningful progress and protect the natural resources that sustain life on Earth.

On this World Nature Conservation Day, let us recommit ourselves to the cause of environmental conservation. Let us celebrate the beauty and diversity of our planet’s landscapes, from the towering mountains to the vast oceans. Let us honour the interconnected web of life that sustains us all.

As we move forward, let us remember the words of Margaret Mead: “Never doubt that a small group of thoughtful, committed citizens can change the world; indeed, it’s the only thing that ever has.” Together, let us be the change-makers, the guardians of our planet’s future.”

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

As noted in broader conservation discussions, "Each one of us has a role to play – whether through reducing our carbon footprint, advocating for policy changes, or supporting local conservation efforts.

What did Dr. Goodall say needed to be addressed to avoid deforestation?

What difference does Dr. Goodall believe every individual is capable of?

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

" Goodall has long embodied this philosophy, emphasizing that individual actions collectively create significant impact.

Title:

Content: The Art of Climate-Friendly Resolutions We Can Actually Keep

It can be hard to sustain climate resolutions as we get back into the day-to-day of living our lives.

So the holidays are over and we’ve hopefully all survived any climate-related family conflicts. In fact, many of us have likely followed up on those holidays with New Years’ resolutions focused on greener living and/or making a positive impact on the planet. Yet just like eating healthier, exercising regularly, saving more money, or any other form of resolution or intention setting, it can be hard to sustain those changes as we get back into the day-to-day of living our lives.

It doesn’t have to be that way, however. Given the incredible urgency of the climate crisis, we can and should find ways to turn our intent into sustained, meaningful action. Below are some ideas to get started.

Focus on Impact Over Sacrifice

There are many folks going to incredible lengths in service of our planet and its people, and those heroes should be celebrated. Sometimes, however, our movement has a habit of focusing more on the effort itself than we do on the impact of those efforts. Whether it’s divesting your pension fund (assuming you have one) or switching electric utilities, some of the biggest steps you can take are also some of the easiest—and the fact they are relatively easy should be considered a feature, not a bug.

Join Forces With Others

Our hyper-individualist culture loves to paint climate action as an exercise in personal virtue, and individual choice. Yet we know that the real impact of our lifestyle choices comes from their cumulative impact—so be sure to join with others who are pursuing similar efforts. Whether that’s flying less or eschewing meat, the more you can think of your actions as boycotts rather than behavior change, the more you can create real and meaningful pressure for change. Not sure where to start? Reach out to a group like 350.org to find some like-minded locals with whom to cause some trouble.

Find Joy

I’m not going to lie: The impact our society is having on the environment sometimes keeps me up at night. Yet I have come to understand that we all need to sustain our efforts for the very long term—meaning we have to find friendship, love, pleasure, and laughter not just alongside our efforts on climate, but ideally as an integral part of them. The good news is that whether it’s riding a bike or attending a protest, there are so many sources of joy to be had that it’s hard to know where to start.

Be Kind to Yourself, and Others

I used to think that guilt has no place within the climate movement. And yet I’ve come to realize that my own guilt informs and inspires many of the positive actions I take every single day. We need to be careful about guilt, and the related concepts of shame and shaming—as spreading them around too widely can cause them to lose their power. That’s why it’s important to stay focused when it comes to identifying who is responsible for the climate crisis and to be judicious about how much time we spend pointing the finger at each other.

Think Systemically, Even As an Individual

We already know that the systems change versus individual change debate is largely redundant—it should be obvious by now that we need both. Yet one of the biggest things that systemic thinking can do for us, is to start to identify ways that we can make individual change easier to sustain.

Sure, that might mean lobbying the city council for bike lanes but it can also mean simply redesigning your life a little to make biking the default choice. Whether that’s investing in better all-weather clothing, or rearranging your living quarters so the bike is closer to hand, there are plenty of ways to remove barriers to action. The same is true of almost any climate-friendly behavior we might want to adopt. Stop berating yourself for not doing it. Instead, examine what holds you back, and then change it.

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

## Educational Impact

### Beyond Traditional Science Education

Goodall's approach demonstrates that effective conservation education extends beyond scientific facts to include emotional connection and ethical consideration.

Dr. Goodall received the Templeton Prize in 2021 for what reason?

integrating science with spirituality and compassion

What would letting children get close to nature help cultivate?

Her work shows how understanding animal behavior and emotions can foster empathy and drive conservation action.

What difference does Dr. Goodall believe every individual is capable of?

What message did Dr. Goodall send to the Overhauling EU Farm Animal Welfare event?

Take into account the true nature of farmed animals

What would letting children get close to nature help cultivate?

This perspective is valuable for high school students, as it illustrates how science communication can be both informative and emotionally resonant.

### Modeling Effective Communication

Goodall's continued relevance demonstrates the power of respectful, evidence-based communication in addressing contentious environmental issues.

What was Dr. Goodall's approach when she spoke to the scientists at NIH regarding their holding chimps in small cages?

She treated them as caring and compassionate

Her willingness to acknowledge different approaches while maintaining core conservation principles provides a model for students learning to engage in civil discourse about environmental challenges.

## Conclusion

Jane Goodall's continuing impact on global conservation is evident in her ongoing efforts to inspire new generations, her thoughtful approach to environmental advocacy, and her ability to connect scientific research with public understanding.

While the provided documents offer limited information about her Roots & Shoots program specifically, they highlight her enduring influence in shaping public attitudes toward conservation and wildlife protection.

What would letting children get close to nature help cultivate?

For a high school science class, Goodall's work provides multiple valuable lessons: the importance of observation and patience in scientific research, the power of respectful communication in addressing environmental issues, and the value of connecting emotionally with nature to drive conservation action.

Dr. Goodall received the Templeton Prize in 2021 for what reason?

integrating science with spirituality and compassion

What would letting children get close to nature help cultivate?

Dr. Goodall received the Templeton Prize in 2021 for what reason?

integrating science with spirituality and compassion

What would letting children get close to nature help cultivate?

Her career demonstrates how one person's dedicated work can create ripple effects that influence global attitudes and behaviors toward the natural world.

What does Dr. Goodall hope the Jane Goodall Barbie doll will encourage?

What would letting children get close to nature help cultivate?


# Quantum Computing "Arms" Race: Global Competition and Developments

## Executive Summary

Quantum computing represents one of the most significant technological frontiers in the 21st century, with nations and corporations worldwide engaged in an intense competition for quantum supremacy.

This report examines the current landscape of quantum computing development, highlighting leading countries, key corporate players, investment patterns, technological achievements, and lessons learned in this rapidly evolving field.

## Leading Countries in Quantum Computing

### United States
The United States maintains a significant position in quantum computing, particularly in quantum computing and quantum measurement technologies.

According to the documents, the US has invested approximately $3 billion in quantum technologies between 2019-2021.

American companies like IBM currently lead the quantum race with their 127-qubit quantum computer.

However, experts express concern that the US may be falling behind China in several key technological areas, with former Google CEO Eric Schmidt warning that China will "compete more fiercely in fields including artificial intelligence, quantum computing, and biotechnology.

"

### China
China has emerged as a formidable competitor in the quantum race, investing substantially more than other nations—with approximately $11 billion invested between 2019-2021.

China currently holds the largest number of quantum information patents globally and ranks second only to the US in research paper publications.

The country demonstrates particular strength in quantum communication applications and industrial development, where it holds a global leading position.

However, China still faces a gap with the US in quantum computing and quantum measurement research and applications.

### European Union
The European Union has demonstrated its commitment to quantum technologies with an investment of approximately $5 billion between 2019-2021.

European countries are activel

# Quantum Computing "Arms" Race: Global Competition and Developments

## Executive Summary

Quantum computing represents one of the most significant technological frontiers in the 21st century, with nations and corporations worldwide engaged in an intense competition for quantum supremacy.

Title:

Content: California quantum computing firm joining Albany Nanotech

Developing the next generation of computer chips

ALBANY — A California quantum computing firm called Bleximo Corp. announced plans this week to set up satellite operations at the state's Albany Nanotech complex.

Quantum computing involves next-generation computer hardware, computer chips and software designed to significantly outperform today's fastest computers using new technologies.

At the core of the concept is what is known as a qubit, or quantum bit.

Today's computers store data and process information using traditional "bits" of information that have just two states — either on or off, symbolized by either a "1" or a "0," that are strung together to perform tasks. The information is processed using electrons flowing through a system of billions of transistors etched into computer chips.

Quantum computing seeks to use new materials to create new bits that can be more than just binary. They can be a "1" or a "0." And they can also be both at the same time, or something in between, essentially giving the computer a new language to store data and perform tasks. If perfected, quantum computers will become much faster and more powerful than even today's fastest supercomputers.

Bleximo is one of the companies trying to make breakthroughs in this emerging area of computing that large companies like IBM, GlobalFoundries and Intel are already working on.

In order to create the qubits of information, companies have been testing a variety of technologies, including the use of photons, or light, on chips that have superconducting properties, which require extremely low temperatures.

Bleximo is based in Berkeley but will set up an office at Albany Nanotech where it can work on system designs and prototyping as well as marketing, the company said. It will also set up a research program with NY CREATES, the state-run umbrella organization that oversees the Albany Nanotech complex and its tenants, which include IBM and others.

Alexei Marchenkov, CEO of Bleximo, said the Albany Nanotech complex will allow it to rapidly develop its superconducting photonic chip systems.

“NY CREATES’ technical capabilities as well as a track record of successfully supporting technology commercialization efforts, make it a unique hub for Bleximo’s aggressive development and commercialization schedule of its next-generation quantum computing systems," Marchenkov said.

David Anderson, president of NY CREATES, said Albany Nanotech's "world-class facilities" and partnerships will speed up that development.

"Quantum technologies are already enabling many of today’s most important innovations and advances in computing, semiconductors, microelectronics and numerous other industries."

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The Silent Quantum Threat To Web3 Cyber Resilience

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If you are worried about DeFi’s war with cyber-hackers and the cyber-marauders at the gates of Web3, take a deep breath. Quantum computing is coming and could render today’s digital cryptography used in DeFi and Web3 useless.

The emerging generation of quantum computers currently under development will have the potential to hack Web3, very quickly. The cybersecurity and financial consequences of this could be unprecedented. The solutions are not straightforward and forthcoming and require complex work and most importantly, community consensus.

The Next Generation Of Computing - Quantum

Quantum computing is the next generation of computing machines and techniques that are very different from current computers, known in the jargon as classical computers. Quantum computers are more powerful for certain calculations. This means that calculations that would take thousands of years on today’s supercomputers are accomplished instantly by quantum ones.

Amongst these calculations are very useful applications like simulating drugs and their effect in organisms over time avoiding lab tests, financial forecasting and better predicting market behaviors to better avoid crisis, and many innovations across business and society.

Nevertheless, the most attractive application to cyber-criminals and the most concerning to society, is the capacity of these computers to hack the current cryptography of the Internet, telecommunications, and blockchain networks, jeopardizing our Web3 identities, digital assets, and their stores of value.

What Makes Quantum Computers So Different And Powerful?

Today’s classical computers are binary because their basic units of information are bits which can be either in a 0 or 1 value. The equivalent in quantum computing is quantum bits, or qubits, a basic unit of information. Qubits leverage two phenomena from quantum physics: entanglement, and superposition, and are used to do parallel computing exponentially faster than a classical binary computer.

For calculations that can be modelled, 50 computations on a quantum computer could achieve a result that would require a staggeringly large number of computations, 1,125,899,906,842,624 on any of today’s computers and at a millennium’s pace (N2^N=2^50) for all of you math enthusiasts.

Web3 is an emerging concept that assembles different constituent technologies, protocols, and principles. One of these principles is the use of RDF, OWL, XLM and other languages and protocols to enable a machine-readable web suitable for AI, which was defined as the “Semantic Web” over two decades ago by Tim Berners-Lee, the Web’s founding father.

A big constituent of Web3 is the use of blockchain technology for decentralized and trusted peer-to-peer interactions and value exchanges. Digital wallets as personal, private, and portable key, data, and asset management tools are a key constituent to using the blockchain. Different combinations of these technologies, protocols, and principles are being used by a new generation of applications and platforms, which together are the main constituents to Web3.

Among the most popular use cases emerging in the world of Web3 commerce are cryptocurrencies, stablecoins, DeFi, DAO’s, and NFT’s. Soon we will be using different forms of tokenized money including central bank digital currencies (CBDCs), and we will be trading and investing in tokenized real-world assets like real estate, gold, and automobiles in real time – amongst all sorts of other things – everything that can be tokenized will be tokenized in Web3.

We will be able to own and present ourselves from our digital wallets with our “digital ID”, driver’s license, health records and certificates, and diplomas which will be verifiable against secure blockchain networks. Many Web3 applications use blockchain networks as an additional layer of the Internet protocol, something which Berners-Lee is less enthusiastic about.

Blockchain networks allow for cryptographic proofs of off-chain data and information, like real estate, to be immutably recorded and universally verifiable, making use cases compelling for government and business registries. Blockchain technology also allows for assets and value to be represented by on-chain tokens so they can be traded against each other or against any form or tokenized money eliminating any post-trade settlement and clearing process.

Blockchain Technology – The Weakest Link With Quantum Computing?

As appealing as it all sounds, blockchain networks are today possibly the most vulnerable technology to attacks by quantum computers. In 2016, the National Institute for Standards in Technology (NIST) and the National Security Agency (NSA) began to warn about the seriousness of the quantum threat.

NIST warns, “If large-scale quantum computers are ever built, they will be able to break many of the public-key cryptosystems currently in use.”

“A sufficiently large quantum computer, if built, would be capable of undermining all widely-deployed public key algorithms used for key establishment and digital signatures,” echoes the NSA.

Public-key cryptosystems and algorithms referred to by NIST and NSA are essentially the mechanisms that we use to encrypt our telecommunications over the phone or the Internet and to control our assets in blockchain networks.

In simple terms, when we send any communication over the Internet such as an email, a transaction from our wallet to a node, or a communication between nodes, we are encrypting the information with the recipient’s public key so the recipient can decrypt it with their private key. Similarly, when we send a transaction to a blockchain we sign it with our private key, so we can for instance, prove that we are the owner of certain amount of bitcoin we want to transfer.

Marcos Allende Lopez, CTO of LACNet, says, “What NIST and NSA warnings reflect is that quantum computers can discover any of those private keys from our public keys. Most prominent blockchain networks, such as Bitcoin or Ethereum, rely on an Elliptic Curve public-key algorithm. This algorithm, as well as others such as RSA and Discrete Logarithm frequently used to encrypt communications over the Internet, are already proven to be breakable by quantum computers.

Allende is a quantum physicist who leads the technical work in blockchain, Web3, and quantum technologies at the Inter-American Development Bank and has designed and piloted an implementation of a quantum-resistant blockchain. Addressing the delegates and the Necker Blockchain Summit this summer, Allende warned, “If quantum hacking has not happened already is only because quantum computers are not large enough yet.”

In 2013, Vitalik Buterin, the founder of Ethereum, pitched, “If you have bitcoins in an address you never use they are safe, otherwise, anyone can steal them.”

This happens when someone makes a transaction, and their public key is exposed to the entire network. However, in July at the Eth 2.0 conference, Butterin admitted that, not only is there not a plan or roadmap for Ethereum to become quantum-resistant, but that the solution is not even know yet and the problem is being postponed to solve more urgent matters such as scalability, interoperability, or costs until quantum computers are ready.

The New Quantum Digital Space Race

Since 2000, private and public entities have competed in a race to develop quantum computers that could scale. At present, IBM leads the race with 127 qubits, however, the number of qubits for breaking current cryptography and being relevant for other disruptive applications is estimated to be in the order of thousands, and at least between 1,000 and 3,000, or more.

Current implementations do not achieve “error correction”, meaning that errors are propagated without the control that is necessary to scale, however, many experts predict quantum computing at scale is just around the corner.

China has invested as much as $11 billion in quantum between 2019 and 2021 followed by $5 billion by the E.U. and $3 billion by the U.S. Every global superpower understands that this may be the next most valuable technology on the road to digital dominance.

The truth is that the quantum threat is in general not well understood in the Web3 world, and the solutions are very complex to implement. Replacing current cryptographic algorithms with one of the new quantum-resistant public-key algorithms that NIST has recently standardized in July 2022 would be almost impossible.

Alternatively, adding a quantum-resistant signature into every transaction might be more feasible but requires consensus, is technically difficult to implement, and could have very negative consequences such as reducing processing throughput, considerably.

“As difficult as it might seem, the time to act is now. By using blockchain technology we are already exposed to the hack today, crack tomorrow practice,” asserts Allende in an industry call to action.

Being realistic, are we really expecting those that achieve building large quantum computers to disclose their projects and users? A strategist might posit that cyber-criminals will silently use quantum computing to strategically hack communications and assets without being noticed as a quantum computer. It is not an enigma to find out cases when this has happened in the past.

As devotees of the Netflix series Game of Thrones know, “winter is coming.” When is the right time to start making Web3 quantum cyber-resilient if not now? An ounce of prevention is worth a pound of cure.

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What are important areas in quantum research?

What are important areas in quantum research?

This report examines the current landscape of quantum computing development, highlighting leading countries, key corporate players, investment patterns, technological achievements, and lessons learned in this rapidly evolving field.

Title:

Content: ISSN 2330-717X

Finland’s First 5-Qubit Quantum Computer Is Now Operational

By

VTT Technical Research Centre of Finland recently announced that the country’s first operational 5-qubit quantum computer is up and running. Together with the quantum computing hardware startup IQM, VTT has taken its first steps to enable the building of quantum computers that will be both scalable and easier to manufacture, allowing more companies to begin their quantum computing journey.

The incredible computing performance of quantum computers makes it possible to solve problems that are beyond the capabilities of modern high-performance computers. In the future, quantum computers will be used, for instance, to accurately model viruses and drugs or used to design materials that are challenging to design with today’s technology.

“The development of quantum computing will affect all industries. Our experience in building the quantum computer, and our know-how in developing quantum algorithms will help us develop quantum foresight to, for example, identify future trends and support companies in understanding how and when their business will be affected,” says Pekka Pursula, Research Manager at VTT. “The best way to do this will be for companies to work together with VTT, and actually use our new hardware.”

The now-unveiled 5-qubit quantum computer is located at Micronova, part of OtaNano, the national research infrastructure for micro and nanotechnology, jointly run by VTT and Aalto University.

The big challenge in quantum computing is scalability. Quantum physicists and engineers around the world are trying to figure out how to scale quantum computing hardware to include hundreds and thousands of qubits, scale up the production in an economically efficient way, and scale algorithms and use of quantum computing in real-life applications.

VTT has 30 years of expertise in quantum technology research and excellent facilities to work on hardware scaling. The scaling of the use requires VTT to work hand-in-hand with the companies to develop algorithms for specific applications.

“Today’s announcement marks an important milestone for IQM and for the European quantum initiatives. With the completion of this phase, IQM will become one of the very few quantum companies that can deliver an on-premises quantum computer to a customer. I congratulate our partners, VTT and also the entire IQM team who has managed to deliver this ambitious milestone during the pandemic. This is just the first phase of the delivery and because of our ability to upgrade the systems, we are looking forward to working with VTT on delivering the 20-qubit and the 50-qubit systems,” says Dr. Jan Goetz, CEO and co-founder of IQM

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Content: embedded news week: podcast, new GPU, quantum IP, smart building IoT - Embedded.com

embedded news week: podcast, new GPU, quantum IP, smart building IoT

A roundup of this week’s embedded news includes embedded edge with Nitin podcast featuring a brand new GPU, quantum computing developments and IoT for smart buildings, plus usual product news including automotive, tools and software.

In our latest embedded edge with Nitin podcast, we have highlighted a new GPU, developments in quantum computing, and IoT for smart buildings. In the show, Andrew Girdler of Imagination Technologies told us about the company’s new flagship GPU that brings desktop-quality ray tracing to mobile for the first time and is industry’s first Level 4 RTLS ray tracing architecture. He said, “It’s the most advanced ray tracing architecture out there today, giving you the ability to enable advanced ray trace gaming effects, in a low power budget in a mobile phone device.” Listen to the full interview on the podcast.

I also spoke to two companies looking to help democratize quantum computing with the work they are doing. First, Bob Coecke of Cambridge Quantum took us into the background to the company’s launch of the world’s first toolkit and library for quantum natural language processing, which allows sentences to be converted into a quantum circuit. Then I spoke to Pauls Wells of sureCore, who’s leading a seven-member consortium that has received a UK£6.5 million government innovation grant to jointly develop advanced cryogenic semiconductor IP; this is intended to dramatically accelerate the growth of the quantum computing industry by reducing the constrains associated with interconnects thus enabling efficient qubit/system scaling.

Finally, the podcast features an interview with Bruno Johnson of Cascoda, who talks about his company’s module recently certified for the OCF running over Thread network protocol – this is said to be a true internet protocol-based connectivity solution that is extremely low power that provides IP connectivity right down to the end node and with the Open Connectivity Foundation secure PKI X 509 grade security for end-to-end encryption. This gives smart building and building automation “banking grade security” for IoT devices.

We’ve been attending various events in person over recent weeks, and next week you can catch us at the CW International Conference. The agenda for this year’s event is somewhat topical, especially given that we also had the COP26 global UN climate chance conference this week. The CW conference will consider the value of the wireless network within digital and circular economies, exploring innovations and ideas that maximize wireless’ potential to improve the future, including the reduction of wireless’ environmental impact.

News & Products

SensiML Corporation, a developer of AI tools for building intelligent IoT endpoints, has teamed with onsemi to deliver a complete machine learning solution for autonomous sensor data processing and predictive modeling. The collaboration combines SensiML’s analytics toolkit development software with the RSL10 sensor development kit from onsemi to create a platform for edge sensing applications such as industrial process control and monitoring. The ability to support AI functions in a small memory footprint along with advanced sensing and Bluetooth Low Energy connectivity enables sophisticated smart sensing without the need for cloud analytics of highly dynamic raw sensor data.

Allegro MicroSystems has expanded its automotive lighting portfolio to include two new offerings for advanced driver assistance system (ADAS) applications. The A80803 is a switch-mode, constant-current controller for high-power LED automotive lighting applications that addresses many common pain points for headlight designers to help bring advanced functionality to mainstream vehicles. The A80804 is Allegro’s first four-channel linear driver for high-power LEDs. In addition to targeted applications such as DRL/position and stop/taillights, it gives lighting designers increased design flexibility for popular features such as sequential turn signals, animation effects, and theater-style transitions.

[insert image]

Tata Elxsi and Green Hills Software are working together on a driver monitoring system (DMS) platform that combines advanced DMS software (V.O.E.O.S.Y.S – vehicle operator environment observation system) and AUTOSAR adaptive from Tata Elxsi integrated with the safe and secure INTEGRITY real-time operating system (RTOS) from Green Hills Software, optimized to run on the latest families of automotive-grade microprocessors. This flexible and standards-based DMS platform enables OEMs and Tier 1 suppliers to reduce the time, cost, and complexity of developing and deploying their DMS-compliant ADAS systems while meeting mandatory global safety and security requirements.

Infineon Technologies has joined the FiRa Consortium as a contributor member to support the expansion of the UWB ecosystem. The company’s VP digital security & identity, Bjoern Scharfen, said “UWB has a great potential to enhance Infineon’s offering in security, connectivity and computing. With this, the technology fully supports our vision of linking the real and digital world.” With the acquisition of Cypress in 2020, Infineon said it acquired significant expertise in connectivity (Wi-Fi, Bluetooth) as well as in microcontrollers.

Wireless Telecom Group said that SmartSky Networks has selected the CommAgility high-performance telecommunications systems software and tools for its next-generation air-to-ground (ATG) network. Deployed in SmartSky’s inflight connectivity, CommAgility is providing a full protocol stack and physical layer (PHY) for SmartSky’s aircraft base radio (ABR), which is the user equipment (UE) on board the aircraft. The ABR connects to a ground base station and provides broadband inflight connectivity for the operational needs of the aircraft, passengers, and crew. SmartSky’s patented beamforming and spectrum re-use technologies have been tested and proven, and the network is now rolling out across the USA for aviation operators and passengers.

MicroAI has announced MicroAI Launchpad, a quick start development and deployment tool that helps organizations simplify and accelerate the design, development, testing, and deployment of smart systems that run embedded MicroAI software on MCUs and microprocessors (MPUs) in edge and endpoint devices. Launchpad makes it simple to handle customers with SIMs around the world and manage and reconfigure device profiles. A single pane of glass gives access to customizable dashboards for account creation, authentication, mobile SIM or LoRaWAN connectivity activation, credit card billing for global SIM connectivity, and onboarding of MicroAI’s embedded software libraries. Its embedded software, AtomML, enables OEMs to deploy personalized, edge-native AI models, without needing to develop static edge-AI models first in a cloud or laptop and then port them to the embedded device.

IAR Systems said that its latest version of IAR Embedded Workbench for Arm adds support for the Arm Cortex-M55 processor. In addition, version 9.20 of the toolchain includes support for the latest MCUs from several semiconductor vendors. The toolchain delivers optimization capabilities to assist developers in getting the most out of the performance of the MCU and yet stay as energy efficient as possible. To ensure code quality, code analysis tools are completely integrated with IAR Embedded Workbench.

Teledyne Test Tools has launched the T3DSO3000, a new series of premium economy oscilloscopes, which feature four channel models with analog bandwidth options from 200 MHz to 1 GHz. Each model offers a maximum sample rate of 5 GSa/s, and a maximum memory depth of 250 Mpts in half channel mode. All models incorporate two 5 GSa/s ADCs and two 250 Mpts memory modules. The oscilloscopes employ a new generation of high-speed display technology for excellent signal clarity, fidelity and performance. The series comes with a minimum vertical input range of 500 μV/div, an innovative digital trigger system with high sensitivity, low jitter, and a waveform capture rate of 500,000 waveforms/sec (sequence mode).

Kontron has launched the 3.5-inch SBC-R39, a compact 3.5-inch single-board computer suitable for integration into (open source) embedded systems in entertainment, digital signage, facial recognition, smart retail, smart classroom, smart office and industrial applications. The 3.5-inch SBC-R39 is built on a Rockchip RK3399(K) processor with ARM big.LITTLE microarchitecture. This includes two processors embedded in a single, fully integrated silicon chip. The LITTLE cluster consists of a quad-core Cortex A53 processor, which is typically used to perform routine tasks at low power consumption. The large cluster is a dual-core Cortex-A72 processor, which handles compute-intensive high-performance tasks. This architecture enables the SBC-R39 to dynamically assign tasks to the respective processor according to the performance requirement.

People and Funding

Velodyne Lidar announced the appointment of Theodore “Ted” L. Tewksbury, Ph.D. as chief executive officer, who joins after serving as CEO of Eta Compute. Prior to Eta Compute, Tewksbury, a technology executive with over 30 years’ leadership experience across public and private companies, held several chief executive and board positions, including Entropic Communications and Integrated Device Technology. He is an accomplished engineer, with a Ph.D. in electrical engineering from MIT. He has held a variety of engineering and management positions in his career, including introducing over 180 innovative new product families during his time at Maxim Integrated Products.

Events

The CW International Conference (CWIC), one of the key annual events for the wireless industry in the U.K., is back both as a physical live event at IWM Duxford, Europe’s largest air museum, as well being available online. Taking place on 9th November 2021, this year’s theme considers the value of the wireless network within digital and circular economies, exploring innovations and ideas that maximise wireless’ potential to improve the future. Full agenda and details are here.

Nvidia GTC takes place online from 8-11 November 2021, which will include a live-streamed keynote by Jensen Huang, plus talks from AI research and industry leaders on deep learning, data science, high-performance computing, robotics, data center/networking and graphics. Speakers include Fei-Fei Li, professor of computer science, Stanford University, Lindsay Edwards, responsible for AI at in respiratory and immunology, AstraZeneca, and Kay Firth-Butterfield, head of AI and ML, World Economic Forum. Details here.

The 58th DAC (Design Automation Conference) is takes place both physically in San Francisco and virtually between 5-10 December 2021. Keynote speakers include Jeff Dean of Google Research and Google Health, Bill Dally of Nvidia, and Missy Cummings of Duke University. For the first, DAC attendees will also have access to SEMICON West and the RISC-V Summit. Details here.

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Taiwan 6.8 strong earthquake Hualien building fall, bridge break, train derailment casualties unknown
Guizhou bus overturned 27 dead, 20 injured, "the car was pulled to quarantine."
Experts: Many key technologies lag behind China
The United States recently launched a total amount of more than US $50 billion wafer industry against China plan, the largest investment case in decades of strategic significance.
But at a conference attended by U.S. officials and private executives, there was widespread concern that the United States was lagging behind China in several key technologies, and that “Beijing will become more competitive in areas such as artificial intelligence, quantum computing, and biotechnology. ”
The conference, organized by the Special Competitive Research Project (SCSP), aims to advance the stated goal of former Google CEO Eric Schmidt, to ensure that the United States is well positioned and organized to win technology-economic competition between now and 2030, a critical window period for shaping the future.
Just a few days before the summit, the SCSP released a report predicting what would happen if China became a technology leader.
“Understanding the stakes requires imagining a world in which an authoritarian state controls digital infrastructure, dominates the world ’ s technology platforms, controls how critical data is produced, and harnesses a new wave of general-purpose technologies, such as biotechnology and new energy technologies, to transform its society, economy and military. ”
The report envisions a future in which China, not the United States, receives trillions of dollars in revenue from new technological developments and uses them as leverage to show that autocracy, not democracy, is the superior system of government.
The report concludes by warning that in such a scenario, the U.S. military would lose its technological edge over China and other competitors, and that China could be well positioned to cut off the supply of “microelectronics and other key technological elements. ”
The report pointed out that a theme that has been repeated at this meeting is the development of 5G wireless Internet technology.
In this area, Western countries, including the United States, are lagging far behind China, and Chinese companies that receive preferential treatment from Beijing, especially Huawei, have established global dominance in the provision of 5G network equipment.
Schmidt said it would be difficult to get ahead of China in terms of technology.
He predicts that Beijing will “become more competitive in areas we care about, including artificial intelligence, quantum computing, biotechnology, and more. ”
Jon Huntsman, a former U.S. ambassador to China, said Americans generally don ’ t know that China is far ahead of the United States in certain areas of technology.
Huntsman, who now serves as vice chairman of Ford Motor Co., cited China as at least five years ahead of the United States in developing electric vehicles.
Beijing Artificial Intelligence Car
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Jiangsu 11-year-old girl self-taught modeling master powder more than 100,000
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China's 3,470 chip industry closed in the first eight months, more than the total number of previous years
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## Leading Countries in Quantum Computing

### United States
The United States maintains a significant position in quantum computing, particularly in quantum computing and quantum measurement technologies.

Title:

Content: People 's Daily Online > > Economy and Technology
Five areas will become the forefront of future industrial innovation
September 10, 2023 08: 28 | Source: Guangming Daily
Small number
Original title: Five major areas will become the forefront of future industrial innovation
A new round of scientific and technological revolution and industrial transformation have accelerated development, and new disruptive technologies have emerged. On September 9, the results conference of the Pujiang Innovation Forum was held in Shanghai.
At the meeting, the report "Frontier Areas of Future Industrial Innovation" jointly compiled by the China Institute of Science and Technology Information and the Shanghai Institute of Science and Technology was officially released.
Based on multi-dimensional analysis of scientific and technological information such as national and regional science and technology policy and R & D investment, papers and patents, expert opinions and academic conference materials, the report selects five frontier areas of future industrial innovation - brain chips, quantum information, synthetic biology, green hydrogen production and blockchain.
Brain chips: rapid development in the past 10 years
The brain-like chip is a new type of computing chip developed by drawing on the information processing mechanism of the human brain, which has developed rapidly in the past 10 years.
The report pointed out that brain-like chips entered a period of rapid growth from 2013 to 2016, and entered a period of rapid growth after 2016. Before 2013, the number of global papers on brain-like chips was less than 500, rising to 1,000 in 2016, and nearly 4,000 in 2022.
The number of patent applications for brain-like chips also rose sharply after 2015, from less than 300 in 2015 to more than 2,600 in 2021.
From a national point of view, the United States is the leading country in the research and application of brain chips in the world; Switzerland is the initiator of neuromorphic chips, and its academic influence is large; China's brain chip research started late, but in 2016, it entered a period of rapid growth with the United States.
At present, China ranks first in the world in the number of basic research and technological research and development achievements in this field, but there are still problems such as low academic influence, and gaps between research quality and top institutions.
Liu Qiyan, deputy director of the China Institute of Science and Technology Information, said at the press conference that brain-like chips are the foundation and pioneer of the development of artificial intelligence industry, and are still in the stage of laboratory exploration, and there are still many technical bottlenecks such as theoretical modeling, power consumption reduction, integration of sensing and calculation, and efficient sensing.
Brain chips integrate knowledge of brain science, computational neuroscience, cognitive science, statistical physics and other disciplines, and it is necessary to fully mobilize experts in relevant fields to participate and strengthen interdisciplinary.
Quantum information: fierce competition among innovation powers
Quantum information is a subject formed by the intersection of quantum mechanics and informatics.
The report shows that in the field of quantum information, the competition of innovative countries is fierce, and the number of basic research and technological research and development achievements continues to increase.
The United States has a clear advantage in quantum computing and quantum measurement.
China's current number of quantum information patents ranks first in the world, the number of papers is second only to the United States, and the scale of quantum communication applications and industrial development are in the leading position in the world, but the level of research and application in the field of quantum computing and quantum measurement is still a certain gap compared with the United States.
In the field of subdivision, quantum computing has the largest industrial influence and is the focus of attention in the field of quantum information.
The future direction of quantum communication is to build quantum information networks based on key technologies such as quantum teleportation, storage relay and conversion.
The report pointed out that the cutting-edge scientific and technological achievements of quantum information are still in the period of exploration and research, and need to carry out in-depth proof of concept, the technology maturity is not high, and there are many difficulties in transferring and transforming.
Therefore, it is necessary to strengthen the communication and collaborative innovation of all parties in the field of quantum information, and organically combine academic forces with industrial resources.
Synthetic biology: the need for continued policy support
Synthetic biology, a new branch of biological science, is an artificial biological system research based on genetic engineering and engineering methods of systems biology.
The report pointed out that in the field of synthetic biology, the United States belongs to the first echelon, and China, Japan and the United Kingdom belong to the second echelon.
From a global point of view, the research of synthetic biology has formed a relatively fixed academic cooperation circle, and the geographical relationship has a greater impact in the cooperation of scientific and technological innovation.
Liu Qiyan said that the development of synthetic biology is still at an early stage and requires continued policy support.
At present, the development of the entire industry still lacks a medium- and long-term clear development plan.
In terms of subdivision, the upstream tool layer is the foundation and key of the synthetic biology technology system, and the competition barriers are high, and the digitalization and artificial intelligence of the midstream are crucial for the rational design of life systems, and technological innovation is difficult.
Solving the problem of large-scale production is the only way to realize the commercialization of synthetic biology products.
In addition, synthetic biology research requires a convergence of disciplines such as life sciences, engineering, informatics, physics and chemistry.
Ethical controversies, biosafety and effective regulation also need to be explored.
Green hydrogen production: renewable energy electrolytic water hydrogen production is the focus
In the field of new energy, green hydrogen production has received much attention in recent years.
According to the report, the use of solar energy, wind energy, ocean energy, water energy and other power generation and then electrolytic water to produce hydrogen, resulting in hydrogen energy, is the focus of green hydrogen production, in the commercial will be able to compete with coal, oil and other fossil energy, but there are still material costs, catalyst activity, gas diffusion layer and other technical challenges.
On the research and development route, China, the United States, Germany, Canada, India and the United Kingdom focus on proton exchange membrane electrolytic water technology; South Korea, Italy and Japan focus on alkaline electrolytic water technology; France focuses on solid oxide electrolytic water.
From the perspective of international competition, in the green hydrogen production, Japan's technology research and development patents ranked first in the world, with an absolute advantage.
China ’ s patent application volume is second only to Japan, but it lacks a global layout.
Among the top 20 R & D institutions in the world, Japan has 15, and all are enterprises.
China has three institutions, but only one company is Huaneng Group.
China's research and development force is still dominated by universities and research institutes, which is easy to cause industrial demand and R & D direction disconnect, and R & D results are not easily converted into products.
Blockchain: China 's R & D level is leading the world
Blockchain is essentially a decentralized distributed database, which is an innovative application model of distributed data storage, multi-center peer-to-peer transmission, consensus mechanism and encryption algorithm in the Internet era.
Blockchain has been used in many industries such as global finance, logistics and transportation, and healthcare.
In the future, with the maturity of technology and the improvement of cognition, it is expected that more industries will begin to explore and adopt blockchain technology.
As blockchain applications increase, personal privacy and authentication issues become more important.
In terms of scientific and technological innovation, global innovation powers cooperate closely in basic research in the field of blockchain, and nearly half of the papers are completed by cooperation between multiple countries or regions.
Among them, the frequent cooperation between China and the United States is the first.
At present, the research and development of blockchain technology is mainly concentrated in the upstream data layer, the contract layer, and the downstream financial field.
China has an absolute advantage in the number of papers and patents at the upper, middle and lower levels, which is especially reflected in the alliance chain, consensus layer in basic research, and the alliance chain in technology research and development, logistics and transportation.
It can be seen that China is leading the world in basic research and technology research and development in the field of blockchain.
(This newspaper Shanghai September 9, our reporter Yang Shu, Yan Weiqi, Meng Xindi)
(Editor: Hao Shuai, Yang Di)
Public Number ： People 's Network Finance
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What countries and blocs are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

According to the documents, the US has invested approximately $3 billion in quantum technologies between 2019-2021.

What countries and blocs are leading in developing quantum computing?

American companies like IBM currently lead the quantum race with their 127-qubit quantum computer.

What companies are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

What have been the landmark achievements in quantum computing?

IBM's world's first integrated quantum computing system, IBM Quantum System One

What companies are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

What have been the landmark achievements in quantum computing?

IBM's world's first integrated quantum computing system, IBM Quantum System One

What companies are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

What have been the landmark achievements in quantum computing?

IBM's world's first integrated quantum computing system, IBM Quantum System One

However, experts express concern that the US may be falling behind China in several key technological areas, with former Google CEO Eric Schmidt warning that China will "compete more fiercely in fields including artificial intelligence, quantum computing, and biotechnology.

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U.S. May Include AI and Quantum Computing in Chinese Tech Ban

The U.S. may be looking to tighten its technological noose on China beyond semiconductors. According to Bloomberg's sources, the Biden administration has been holding internal and external discussions on further cutting China off from high-tech solutions that might impact national and worldwide security. Foremost are the fields of A.I. software and quantum computing, whose potential for worldwide disruption is still under assessment despite breakneck advances. Further sanctions would add power to existing ones, including China's quantum computing companies (to a degree).

One thing both technological spaces have in common is that they're still nascent: every day greets us with yet another quantum computing or AI-related headline. Efforts to regulate China's access to such rapidly-changing technologies leave the Biden administration between a rock and a hard place. Sanctions targeting China have been shown to have nefarious effects on the world at large and American semiconductor companies in particular, not just on its intending recipient.

Another element any sanctions would have to consider is the technological fields themselves. Essentially, what specific elements for each technology could be sanctioned that would hit China the most and the rest of the world the least? What price - if any - would U.S. companies pay for tightening the noose?

Companies in the quantum computing space might tell you otherwise, but the current approaches to the field showcase the number of potential sanction venues. Should the Biden administration produce sanctions for any kind of quantum computing approach - from superconducting qubits to ion chains? What would it do to the quantum computing research and product market if the sanctions only focussed on certain technologies, disproportionately hitting some companies while leaving others off the hook? What if a new quantum computing (or A.I.) approach surfaces?

Despite the cost and difficulty in perceiving the magnitude of the required U.S. regulatory intervention, China's efforts in the quantum computing space should give the U.S. pause. The number of accusations flying around regarding I.P. and state secret thefts, paired with China's clear interest in leading the space's research and development, open up the doors to immense privacy and national security concerns.

When quantum computing lurches past its current NISQ (Noisy Intermediate-Scale Quantum Era), it will enable any actor to field a way to crack currently-applied encryption algorithms. This includes data in motion and data at rest - especially any data that has been already stolen in what is known as a "steal now, decrypt later" attack. Nobody knows the petabytes (?) of intercepted data just lying in wait for the moment that a quantum computer is around to destroy their current encryption schemes. The impact of being the first to crack quantum computing cannot be overstated - especially if it's done by an actor that feels it has a score to settle, even more so when standards for post-quantum encryption are still being discussed.

China has shown incredible resilience despite the ever-tightening sanctions. Even after being cut from the latest manufacturing technologies, the country's OceanLight supercomputer managed to stand side by side with the AMD-made Frontier in disputing the finalist prize for the Gordon Bell award. The award is directly related to A.I. workloads, and China managed to field a supercomputer powered by 14nm-era hardware to perform work deemed relevant enough for prize contention. It's extremely likely that China will continue on this road. As they say: where there's a will, there's a way.

Freelance News Writer

Francisco Pires is a freelance news writer for Tom's Hardware with a soft side for quantum computing.

What countries and blocs are leading in developing quantum computing?

What fields can quantum computers advance?

What countries and blocs are leading in developing quantum computing?

What fields can quantum computers advance?

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### China
China has emerged as a formidable competitor in the quantum race, investing substantially more than other nations—with approximately $11 billion invested between 2019-2021.

What countries and blocs are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

China currently holds the largest number of quantum information patents globally and ranks second only to the US in research paper publications.

What countries and blocs are leading in developing quantum computing?

The country demonstrates particular strength in quantum communication applications and industrial development, where it holds a global leading position.

What countries and blocs are leading in developing quantum computing?

However, China still faces a gap with the US in quantum computing and quantum measurement research and applications.

What countries and blocs are leading in developing quantum computing?

What countries and blocs are leading in developing quantum computing?

### European Union
The European Union has demonstrated its commitment to quantum technologies with an investment of approximately $5 billion between 2019-2021.

What countries and blocs are leading in developing quantum computing?

European countries are activel