Snake oil, investing, and I like the bit between 19 minutes and 24 minutes on the future. Aubrey is on the panel.
Led by Victor Hill, Author at Master Investor Magazine, the panel first explores what the new field of juvenescence is and why it should be taken seriously…
In 2018, researchers at the Biogerontology Research Foundation and the International Longevity Alliance submitted a joint proposal to the World Health Organization to re-classify aging as a disease. Months later, 11th Revision of the International Classification of Diseases (ICD-11) officially introduced some aging-related conditions such as age-associated cognitive decline.
This matters because, for the first time in human history, the once natural process of aging is becoming recontextualized as a condition to be treated and prevented. This will gradually lead to pharmaceutical companies and governments redirecting funding to new drugs and therapies that not only extend human life expectancy but reverse the effects of aging entirely.
Thus far, people in developed nations have seen their average life expectancy rise from ~35 in 1820 to 80 in 2003. And with the advances you’re about to learn about, you’ll see how that progression will continue until 80 becomes the new 40. In fact, the first humans expected to live to 150 may have already been born.
Besides biological immortality, there is also the possibility of digital immortality. The Human Connectome Project launched in 2010 aimed at mapping the entire human brain and to build its “network map” (connectome) to connect its structure to function and behaviour. Once the neural structure of the brain is completely deciphered, the mind can be uploaded into a computer that could control a robot that replicates a human in every respect.
The quest for eternal life is as old as humanity itself. “Grant us liberation from death for the sake of immortality, as the cucumber is severed from its bondage to the creeper”, runs one of the ancient Hindu prayers in the Mahamrityunjay, or the “great death-conquering” mantra. Death is the ultimate end, mysterious and terrible, against which even the strongest is powerless.
How to conquer death is a question every civilisation has tried to address. Myths have grown around immortal beings like gods in every culture, and of valiant but futile attempts of mortal men to attain immortality. But science may be closer to finding an answer to this ancient quest now more than ever before. In the early history of life, unicellular organisms like prokaryotes, protozoans and algae had ageless bodies and were immortal.
Can we, as adults, grow new neurons? Neuroscientist Sandrine Thuret says that we can, and she offers research and practical advice on how we can help our brains better perform neurogenesis—improving mood, increasing memory formation and preventing the decline associated with aging along the way.
TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world’s leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design — plus science, business, global issues, the arts and much more.
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Continue reading “You can grow new brain cells. Here’s how | Sandrine Thuret” »
SAN LEANDRO (KPIX) — It is the stuff of science fiction and Hollywood movies. The promise: upon your death, your body is frozen until some future medical breakthrough restores you to full health.
Roughly 400 Americans — before they died — decided to bank on the possibility that this will happen. Their bodies are now being held at three facilities in the United States, including one in the East Bay.
“This is like a hospital,” explained Steve Garan, who took KPIX 5 reporter Juliette Goodrich on a tour of Trans Time, a Bay Area Cryonics facility in San Leandro.
KIRK DOUGLAS AND HIS WIFE are now centenarians together. I have always liked Kirk and his Son Michael Douglas, so much so, over two decades ago I reached out to their Hollywood agent at William Morris and asked if Kirk Douglas would be interested in buying a script and playing a part of the main character in the script which is-was a telling of a biographical segment of my Life and a Jewish War hero from Russia I had met and befriended just months before he died.
Kirk Douglas is 102 years old and will reach his next birthday milestone on December 9th. Most loyal Douglas fans know this! However, many people don’t realize that his wife, Anne Buydens, just turned 100. Talk about longevity in their family! The lovely couple has been married for 64 years and the actor calls his wife his “soulmate.” Aww!
Part of the Douglas family includes his son, Michael Douglas, and his wife Catherine Zeta-Jones. With this being said, Anne often doesn’t make headlines as much as the other members of the family do, but she is this time!
The High-Luminosity upgrade of the Large Hadron Collider (HL-LHC) is scheduled to begin colliding protons in 2026. This major improvement to CERN’s flagship accelerator will increase the total number of collisions in the ATLAS experiment by a factor of 10. To cope with this increase, ATLAS is preparing a complex series of upgrades including the installation of new detectors using state-of-the-art technology, the replacement of aging electronics, and the upgrade of its trigger and data acquisition system.
What discovery opportunities will be in reach for ATLAS with the HL-LHC upgrade? How precisely will physicists be able to measure properties of the Higgs boson? How deeply will they be able to probe Standard Model processes for signs of new physics? The ATLAS Collaboration has carried out and released dozens of studies to answer these questions—the results of which have been valuable input to discussions held this week at the Symposium on the European Strategy for Particle Physics, in Granada, Spain.
“Studying the discovery potential of the HL-LHC was a fascinating task associated with the ATLAS upgrades,” says Simone Pagan Griso, ATLAS Upgrade Physics Group co-convener. “The results are informative not only to the ATLAS Collaboration but to the entire global particle-physics community, as they reappraise the opportunities and challenges that lie ahead of us.” Indeed, these studies set important benchmarks for forthcoming generations of particle physics experiments.
Researchers at Indiana University School of Medicine have found a way to charge up the fight against bacterial infections using electricity.
Work conducted in the laboratories of the Indiana Center for Regenerative Medicine and Engineering, Chandan Sen, Ph.D. and Sashwati Roy, Ph.D. has led to the development of a dressing that uses an electric field to disrupt biofilm infection. Their findings were recently published in the high-impact journal Annals of Surgery.
Bacterial biofilms are thin, slimy films of bacteria that form on some wounds, including burns or post-surgical infections, as well as after a medical device, such as a catheter, is placed in the body. These bacteria generate their own electricity, using their own electric fields to communicate and form the biofilm, which makes them more hostile and difficult to treat. The Centers for Disease Control and Prevention estimates 65 percent of all infections are caused by bacteria with this biofilm phenotype, while the National Institutes of Health estimates that number is closer to 80 percent.
Continue reading “Researchers develop electric field-based dressing to help heal wound infections” »
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Find out more here: https://www.eventbrite.com/e/ending-age-related-diseases-20…
