Q) Why Algorithmic leaps can be better than Hardware leaps?
Ans) Hardware constraints create bottlenecks that are hard to tackle as uncertainty of physics at small scale (nano-meters and less) come into play (electrons start jumping around).
At this point, ideas (algorithms) can be used to unleash full potential of the feasible hardware.
Born 300 years ago this month, Agnesi was the first woman to write a mathematics textbook and to be appointed to a university chair in math.
By Julianna Photopoulos
A laser device can monitor vital signs such as your heartbeat, breathing rate, and muscle activity from up to a metre away. The device is intended for hospital patients or those with chronic diseases who need close monitoring at home. What’s more, it works through your clothes.
“No wires — everything is non-contact — continuously measuring different biomedical parameters with a single sensor,” says Zeev Zalevsky who developed the SmartHealth Mod with his team at ContinUse Biometrics, based …
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The first conference on ageing research organised by the Life Extension Advocacy Foundation is coming to New York on July 12th!
We’re extremely excited to announce “Ending Age-Related Diseases: Investment Prospects & Advances in Research”, the very first rejuvenation biotechnology conference that LEAF has organized.
Respected speakers from around the globe
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Recently, roughly 200 eminent scientists assembled in Boston. Their agenda? Creating “superhero” human cells impervious to all viral attacks and possibly other killers—radiation, freezing, aging, or even cancer.
The trick isn’t super-soldier serum. Instead, the team is relying on tools from synthetic biology to read the cell’s genetic blueprint and rewrite large chunks of the genome to unlock these superpowers.
“There is very strong reason to believe that we can produce cells that would be completely resistant to all known viruses,” said Dr. Jef Boeke, a geneticist at New York University and a co-leader of the project. “It should also be possible to engineer other traits, including resistance to prions and cancer.”
Today, we wanted to bring your attention to a new review that takes an in-depth look at genomic instability, senescent cell accumulation, and its role in aging.
DNA damage as a driver of aging
Genomic instability, otherwise known as DNA damage, is thought by many researchers to be a primary reason why we age. Damage to, and imperfect repair of, the genomes of stem and progenitor cells causes mutations, which are then passed to the somatic cells they create [1].
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A UCF research team with collaborators at Virginia Tech have developed a new “green” approach to making ammonia that may help make feeding the rising world population more sustainable.
“This new approach can facilitate ammonia production using renewable energy, such as electricity generated from solar or wind,” said physics Assistant Professor Xiaofeng Feng. “Basically, this new approach can help advance a sustainable development of our human society.”
Ammonia, a compound of nitrogen and hydrogen, is essential to all life on the planet and is a vital ingredient in most fertilizers used for food production. Since World War I, the ammonia in fertilizer has been primarily produced using the Haber-Bosch method, which is energy and fossil-fuel intensive. There have been substantial obstacles to improving the process, until now.
