‘Future Shock’ is a documentary film based on the book written.
in 1970 by sociologist and futurist Alvin Toffler. Released in 1972.
with a cigar-chomping Orson Welles as on-screen narrator, this piece of futurism is darkly dystopian and oozing techno-paranoia.
Cleaned up and ‘HD formatted’ version of Zeroheadroom’s posting. https://www.youtube.com/watch?v=vVJrJk3q3MA
“I view string theory as the most promising way to quantize matter and gravity in a unified way. We need both quantum gravity and we need unification and a quantization of gravity. One of the reasons why string theory is promising is that there are no singularities associated with those singularities are the same type that they offer point particles.” — Robert Brandenberger.
In this thought-provoking conversation, my grad school mentor, Robert Brandenberger shares his unique perspective on various cosmological concepts. He challenges the notion of the fundamental nature of the Planck length, questioning its significance and delving into intriguing debates surrounding its importance in our understanding of the universe. He also addresses some eyebrow-raising claims made by Elon Musk about the limitations imposed by the Planck scale on the number of digits of pi.
Moving on to the topic of inflation and its potential detectability, Robert sheds light on the elusive B mode fluctuations and the role they play in understanding the flaws of general relativity. He explains why detecting these perturbations at the required scale may be beyond our current technological capabilities. The discussion further explores the motivations behind the search for cosmic strings in the microwave sky and the implications they hold for particle physics models beyond the standard model.
With his expertise in gravity and the quantization of mass, Robert Brandenberger emphasizes the need for a quantum mechanical approach to gravity. He discusses the emergence of time, space, and a metric from matrix models, offering new insights into the foundations of our understanding of the universe. The speaker’s work challenges conventional notions of inflation and proposes alternative models, such as string gas cosmology, as potential solutions.
Beyond the scientific aspects, Robert Brandenberger reflects on his role as a scientist and educator. He expresses his gratitude to a mentor and shares advice he received about navigating the academic world. Additionally, he discusses the evolution of being a professor over the past three decades and shares his thoughts on the profession as a whole.
This episode leaves us with many questions, tantalizing possibilities, and a deeper appreciation for the mysteries of the cosmos. We invite you to join us in this cosmic journey as we explore the frontiers of theoretical cosmology.
The future of cities as seen by architects and urban planners. Future cities: Urban planners get creative | DW DocumentaryYOUTUBE.COMFuture cities: Urban planners get creative | DW Documentary.
Will the cities of the future be climate neutral? Might they also be able to actively filter carbon dioxide out of the air? Futurologist Vincente Guallarte thinks so. In fact, he says, our cities will soon be able to absorb CO2, just like trees do.
To accomplish this, Guallarte wants to bring sustainable industries and agriculture to our urban centers, with greenhouses atop every building. But in order for Guallarte’s proposal to work, he says, cities will have learn to submit to the laws and principles of nature.
Urban planners also have big plans for our energy supply. In the future, countries like Germany could become energy producers. In Esslingen am Neckar, residents are working on producing green hydrogen in homes, to be used as fuel for trucks. It’s a project that‘s breaking new ground, says investor Manfred Norbert.
Our future cities will be all about redefining a new normal. Architects and urban planners are expecting to see entirely new approaches to communal living, as well as new urban concepts for autonomous supply chains. The repurposing of old buildings, and the generation of food as well as energy, are other important topics.
Is the Ira Rubinoff Director of the Smithsonian Tropical Research Institute (STRI https://www.si.edu/about/bios/joshua-tewksbury), part of the Smithsonian Institution, the world’s largest museum, education, and research complex. He oversees more than 400 employees, with an annual budget of $35 million. Headquartered in Panama City, Panama, with field sites around the world, STRI furthers the understanding and public awareness of tropical biodiversity and its importance to human welfare. In addition to its resident scientists and support staff, STRI’s facilities are used annually by some 1,400 visiting scientists, pre-and postdoctoral fellows and interns from around the world.
Dr. Tewksbury is an ecologist with more than two decades of research in conservation and biodiversity, as well as nearly a decade of executive leadership experience at international research institutes.
Prior to his role at the STRI, Dr. Tewksbury was serving as Executive Director at Future Earth, a global research program dedicated to sustainability and global change, where he led a network of tens of thousands of scientists and managed a wide range of conservation research projects, staff, programs and partnerships.
In this role at Future Earth, Dr. Tewksbury oversaw dozens of interdisciplinary research projects, from assessing threats to biodiversity to understanding the relationship between human and environmental health. He has also founded initiatives like the Earth Leadership Program, which supported skills development for academic researchers working to address sustainability challenges. Previously, he was the founding director of the Luc Hoffman Institute, a global research center within World Wildlife Fund International focused on conservation science.
Dr. Tewksbury is also co-founder and executive editor of Anthropocene magazine, a publication that highlights sustainability solutions. He holds faculty positions at the University of Colorado at Boulder, Colorado State and George Mason University’s Department of Environmental Science and Policy. He also has an appointment as senior scholar with Colorado State University’s School of Global Environmental Sustainability and is a member of the National Academy of Sciences’ Board on Environmental Studies and Toxicology.
Over the course of his research career, Dr. Tewksbury has published more than 85 scientific papers on topics in conservation, climate change and natural history, including the relationships and diversity of tropical plants, animals and fungi. He holds a bachelor’s degree in field biology from Prescott College and a doctorate from the University of Montana in organismal biology and ecology.
If there’s one thing the Covid pandemic taught us, it’s that viruses shouldn’t be underestimated.
People are, therefore, taking note after scientists discovered a whole new range of giant virus-like particles (VLP) that have taken on “previously unimaginable shapes and forms.”
The microscopic agents, resembling everything from stars to monsters, were found in just a few handfuls of forest soil.
Revolutionizing Cancer Research: The Power of Nanobiotechnology|Role of nanotechnology in Cancer.
#cancer #biotechnology #nanotechnology #nanobiotechnology #cancerbiology #cancerresearch #biology #molecularbiology #molelixirinformatics.
✓Discover the exciting advancements in Nanobiotechnology and its role in transforming cancer research.
✓This groundbreaking field is using tiny nanotechnology to make a big impact in the fight against cancer. From early detection to targeted treatments, Nanobiotechnology is providing new hope for a future free from the disease.
✓ Join us in this informative and educational video as we take you on a journey to understand the power of nanotechnology in cancer research.
Learn about the latest innovations, the potential benefits, and the impact it could have on our lives.
✓Get ready to be inspired and informed about this amazing field.
For more details:
In the shade of a coconut palm, Chandrika tilts her smartphone screen to avoid the sun’s glare. It is early morning in Alahalli village in the southern Indian state of Karnataka, but the heat and humidity are rising fast. As Chandrika scrolls, she clicks on several audio clips in succession, demonstrating the simplicity of the app she recently started using. At each tap, the sound of her voice speaking her mother tongue emerges from the phone.
Before she started using this app, 30-year-old Chandrika (who, like many South Indians, uses the first letter of her father’s name, K., instead of a last name) had just 184 rupees ($2.25) in her bank account. But in return for around six hours of work spread over several days in late April, she received 2,570 rupees ($31.30). That’s roughly the same amount she makes in a month of working as a teacher at a distant school, after the cost of the three buses it takes her to get there and back. Unlike her day job, the app doesn’t make her wait until the end of the month for payment; money lands in her bank account in just a few hours. Just by reading text aloud in her native language of Kannada, spoken by around 60 million people mostly in central and southern India, Chandrika has used this app to earn an hourly wage of about $5, nearly 20 times the Indian minimum. And in a few days, more money will arrive—a 50% bonus, awarded once the voice clips are validated as accurate.
Read More: Gig Workers Behind AI Face ‘Unfair Working Conditions,’ Oxford Report Finds
Google career certificates are no longer just an alternative to college — they’re also now a way for college students to boost their earning potential, while lowering the cost of obtaining a degree.
The challenge: On average, people with bachelor’s degrees earn $27,000 more per year than people whose highest level of education is a high school diploma.
However, students can expect to spend thousands or tens of thousands of dollars per year earning their degrees through a traditional four-year program, and about two-thirds of students end up taking out loans to help pay that cost.
Robert Sapolsky is one of the world’s leading neuroscientists, with a focus on the physiological effects of stress. (For years, he spent his summers in Kenya, alone except for the baboons he was observing.) Steve asks Robert why we value human life over animals, why he’s lost faith in the criminal justice system, and how to look casual when you’re about to blow-dart a very large and potentially unhappy primate.
This episode was originally published March 5, 2021.
For a full transcript, resources, and more, visit: https://freak.ws/3WQAjmF
ABOUT PEOPLE I (MOSTLY) ADMIRE:
People I (Mostly) Admire is hosted by Steven Levitt, the unorthodox University of Chicago economist and co-author of the Freakonomics book series, who tracks down other high achievers and asks questions that only he would think to ask. Guests include all-time Jeopardy! champion (and now host) Ken Jennings, YouTube C.E.O. Susan Wojcicki, W.N.B.A. champion Sue Bird, Operation Warp Speed chief Moncef Slaoui, and neuroscientist/actress (also now Jeopardy! host) Mayim Bialik. Winner of Adweek‘s 2021 Best Interview Podcast of the Year.
SUBSCRIBE TO PEOPLE I (MOSTLY) ADMIRE:
YouTube: https://freak.ws/3yIl6dl.
Stitcher: https://freak.ws/3ENOP8v.
Apple Podcasts: https://freak.ws/3ELfGST
Spotify: https://freak.ws/3D6uqKV
ABOUT FREAKONOMICS RADIO NETWORK:
Freakonomics began as a book, which led to a blog, a documentary film, more books, a pair of pants, and in 2010, a podcast called Freakonomics Radio. Hosted by Stephen J. Dubner, it’s one of the most popular podcasts in the world, with a reputation for storytelling that is both rigorous and entertaining. Its archive of more than 500 episodes is available, for free, on any podcast app, and the show airs weekly on NPR stations. Freakonomics Radio is now the flagship show of the Freakonomics Radio Network, which includes the podcasts No Stupid Questions (est. 2020), People I (Mostly) Admire (2020), and Freakonomics, M.D. (2021).
FREAKONOMICS RADIO NETWORK PODCASTS:
Head over to our on-demand library to view sessions from VB Transform 2023. Register Here
Arm and its industry partners have announced a new global initiative dubbed the Semiconductor Education Alliance.
The effort includes partners across industry, academia and research in an effort to combat the world’s shortage of semiconductor engineers and other tech talent, Gary Campbell, executive vice president of central engineering at Arm, said in an interview with VentureBeat.
