Lifeboat Foundation

We have now launched the Rejuvenation Roundup Podcast, a monthly podcast accompanying our regular Rejuvenation Roundup digest. Check out the first episode of this new show hosted by Ryan O’Shea from Future Grind.

Brought to you by Nicola Bagalà, the Rejuvenation Roundup is our monthly digest, which takes a look at the big news stories involving the industry and helps keep you informed of current developments in the aging research field. Hosted by Ryan O’Shea of the Future Grind podcast, the Rejuvenation Roundup podcast is a regular podcast that complements the monthly written Roundup articles that we publish here on the blog. The podcast aims not to replace the regular written Roundup articles but to offer a deeper dive into some of the key stories, and it includes quotes and interviews from industry leaders. We suggest enjoying both written and podcast versions every month!

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“I think we are on the verge of a massive disruption,” Ford told me recently. “We see stagnant wages, and we see an erosion in the quality of the jobs. A lot of solid middle-class jobs are disappearing, and that alone has been remarkably disruptive… This is a big deal and I think it’s going to get get vastly bigger, and I do think that this is a subject everyone should be a bit concerned about.”

To put it bluntly: Once cars and trucks become automated, what will taxi and truck drivers do for work? Same with factory workers, fast food employees, retail clerks, and millions of other low-skill jobs that could theoretically be phased out entirely with robotics. This isn’t some sci-fi future; one report compiled recently by the McKinsey Global Institute says that advances in AI, automation and robotics will displace between 39 and 73 million jobs by 2030.

Much research on black holes is theoretical since it is difficult to make actual measurements on real black holes. Such experiments also need to be undertaken over decades or longer. Physicists are therefore keen to create laboratory systems that are analogous to these cosmic entities. New theoretical calculations by a team in Canada, the US, UK and Israel have now revealed that a material as simple as a graphene flake with an irregular boundary subjected to an intense external magnetic field can be used to create a quantum hologram that faithfully reproduces some of the signature characteristics of a black hole. This is because the electrons in the carbon material behave according to the Sachdev-Ye-Kitaev model.

Some of the most important unresolved mysteries in modern physics come from the “incompatibility” between Einstein’s theory of general relativity and the theory of quantum mechanics. General relativity describes the physics of the very big (the force of gravity and all that it affects: spacetime, planets, galaxies and the expansion of the Universe). The theory of quantum mechanics is the physics of the very small – and the other three forces, electromagnetism and the two nuclear forces.

“In recent years, physicists have gleaned important new insights into these questions through the study of the SYK model,” explains Marcel Franz of the University of British Columbia in Canada, who led this research effort. “This model is an illustration of a type of ‘holographic duality’ in which a lower-dimensional system can be represented by a higher dimensional one. In our calculations, the former is N graphene electrons in (0+1) dimensions and the latter the dilation gravity of a black hole in (1+1) dimensional anti-de Sitter (AdS₂) space.

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845 pages in length, the report aims to outline the history, present state and future of the Longevity Industry in the United Kingdom, profiling hundreds of companies, investors, and trends, and offering guidance on the most optimal ways in which UK longevity industry stakeholders, as well as government officials, can work to strengthen the industry, and allow it to reach its full potential as a global longevity science and preventive medicine hub. The report uses comprehensive infographics to distill the report’s data and conclusions into easily understandable portions, and interested readers can get a quick understanding of the report’s main findings and conclusions in its 10-page executive summary.

This special regional case study follows-up on the content and general outline of the Longevity Industry made by our consortium in the previous Longevity Industry Landscape Overviews, including Volume I “The Science of Longevity” (750 pages), and Volume II “The Business of Longevity” (650 pages), published earlier this year.

These ongoing analytical reports are part of a collaborative project by The Global Longevity Consortium, consisting of the Biogerontology Research Foundation, Deep Knowledge Analytics, Aging Analytics Agency and the Longevity. International platform.

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The strange case of a young boy who had a large section of his brain removed shows just how good the human brain is at repairing itself — or at least making the most of a tough situation. Beyond being just a lump of tissue that named itself, the brain is also a kind of wonderful, wet computer that’s capable of rewiring itself in response to new experiences like taking drugs, forming new memories, and making friends. In extreme cases, like that of a 6-year-old boy who had about one-sixth of his brain removed, the brain can even adapt to getting cut apart.

Doctors documented the boy’s case in a paper published July 31 in the journal Cell Reports. They report that despite the boy having a significant portion of his brain removed, including the portion associated with visual processing, the boy has developed into a healthy 10-year-old. And while he still can’t see in the left side of his field of vision, his brain has reconfigured some of the lost connections so that he is able to recognize people’s faces. All in all, the doctors see it as a successful procedure, as well as evidence of the brain’s plasticity — its ability to adapt — when it comes to higher-order functions.

“He is essentially blind to information on the left side of the world. Anything to the left of his nose is not transmitted to his brain, because the occipital lobe in his right hemisphere is missing and cannot receive this information,” Marlene Behrmann, Ph.D., a professor of psychology at Carnegie Mellon University and the corresponding author on the paper, tells New Scientist.

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A research team at the University of Texas Medical Branch have bioengineered lungs and transplanted them into adult pigs with no medical complication.

In 2014, Joan Nichols and Joaquin Cortiella from The University of Texas Medical Branch at Galveston were the first research team to successfully bioengineer human lungs in a lab. In a paper now available in Science Translational Medicine, they provide details of how their work has progressed from 2014 to the point no complications have occurred in the pigs as part of standard preclinical testing.

“The number of people who have developed severe lung injuries has increased worldwide, while the number of available transplantable organs have decreased,” said Cortiella, professor of pediatric anesthesia. “Our ultimate goal is to eventually provide new options for the many people awaiting a transplant,” said Nichols, professor of internal medicine and associate director of the Galveston National Laboratory at UTMB.

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As heat and humidity soared and New Yorkers slowed their famously fast strides to cope, a small miracle happened in Midtown: A single-family house was assembled in three days.

The tiny 22-square-meter (237-square-foot) prototype, on display on United Nations Plaza, is designed for a family of four. It’s self-sustaining, producing drinkable water from the air, energy from the sun and food from a vertical vegetable garden embedded in the exterior walls. And at an expected price of about $35,000, it may provide an affordable answer to a global housing shortage.

“In this climate, this home would produce enough food for a family of four for about 260 days” out of a year, said Anna Dyson, a professor of architecture and forestry and environmental studies at Yale University. “In better climates — in Africa, for example — it could actually produce a surplus of food.”

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