Brain on a chip employs microfluidic technology for studying the brain and its associated diseases in vitro. uFluidix article.
O,.o! Amazing đđđź
A new multicomponent, partially-superconducting electromagnetâcurrently the worldâs strongest DC magnet of any kindâis poised to reveal a path to substantially stronger magnets still. The new magnet technology could help scientists study many other phenomena including nuclear fusion, exotic states of matter, âshape-shiftingâ molecules, and interplanetary rockets, to name a few.
The National High Magnetic Field Laboratory in Tallahassee, Florida is home to four types of advanced, ultra-strong magnets. One supports magnetic resonance studies. Another is configured for mass spectrometry. And a different type produces the strongest magnetic fields in the world. (Sister MagLab campuses at the University of Florida and Los Alamos National Laboratory provide three more high-capacity magnets for other fields of study.)
Continue reading “Magnet Sets World Record at 45.5 Teslas” »
Following El Salvador, opposition politician Gabriel Silva says he is seeking consensus to make cryptocurrency legal tender in Panama.
Doug Liman Opines On Jeff Bezosâ Blue Origin Rocket: âItâs Not Going Very High. I Really Think The Moon Or Beyond Is Spaceâ â Tribeca Festival
Director Doug Liman likes that thereâs so much buzz about space these days and takes a teensy part of the credit after news (broken by Deadline) last year that he plans to shoot a film up there with Tom Cruise in collaboration with Elon Muskâs SpaceX and NASA.
âItâs good. If we can inspire kids to study science. I grew up dreaming about going into space,â said Liman, who also directed Cruise on American Made and Edge of Tomorrow and has helmed hits from Mr. & Mrs. Smith and The Bourne Identity to Go and Swingers. He spoke Tuesday on a sunny roof deck at Spring Studios in downtown Manhattan during a Directors Talk Q&A at the Tribeca Festival.
Circa 2014 o,.o.
Two issues preventing the widespread uptake of electric vehicles are recharging time and lack of range. Now, scientists have shown one potential means of negating these issues. Their demonstration of electric power transfer via the car-wheel is claimed as the worldâs first.
Electric vehicles can already be powered via infrastructure in the road. The South Korean city of Gumi uses a means of electromagnetic induction to power some of its buses. This newly-demonstrated method, however, uses radio frequency transmission.
Continue reading “Prototype EV powered by radio frequency transmission demonstrated” »
Circa 2020
Researchers at UC Berkeley have developed a rapid test for SARS-CoV-2 that uses an enzyme to cleave viral RNA, initiating a fluorescent signal that can be detected using a smartphone camera, and which can provide a quantitative measurement of the level of viral particles in the sample. The test produce a result in as little as 30 minutes and does not require bulky or expensive laboratory equipment.
Continue reading “CRISPR Test Uses Cell Phone Camera to Detect SARS-CoV-2” »
A ball of 4000-year-old hair frozen in time tangled around a whalebone comb led to the first ever reconstruction of an ancient human genome just over a decade ago.
Stimulation of the nervous system with neurotechnology has opened up new avenues for treating human disorders, such as prosthetic arms and legs that restore the sense of touch in amputees, prosthetic fingertips that provide detailed sensory feedback with varying touch resolution, and intraneural stimulation to help the blind by giving sensations of sight.
Scientists in a European collaboration have shown that optic nerve stimulation is a promising neurotechnology to help the blind, with the constraint that current technology has the capacity of providing only simple visual signals.
Nevertheless, the scientistsâ vision (no pun intended) is to design these simple visual signals to be meaningful in assisting the blind with daily living. Optic nerve stimulation also avoids invasive procedures like directly stimulating the brainâs visual cortex. But how does one go about optimizing stimulation of the optic nerve to produce consistent and meaningful visual sensations?
Continue reading “The vision: Tailored optical stimulation for the blind” »
Several different causes of aging have been discovered, but the question remains whether there are common underlying mechanisms that determine aging and lifespan. Researchers from the Max Planck Institute for Biology of Ageing and the CECAD Cluster of Excellence in Ageing research at the University Cologne have now come across folate metabolism in their search for such basic mechanisms. Its regulation underlies many known aging signaling pathways and leads to longevity. This may provide a new possibility to broadly improve human health during aging.
In recent decades, several cellular signaling pathways have been discovered that regulate the lifespan of an organism and are thus of enormous importance for aging research. When researchers altered these signaling pathways, this extended the lifespan of diverse organisms. However, the question arises whether these different signaling pathways converge on common metabolic pathways that are causal for longevity.
We probably cannot slow the rate at which we get older because of biological constraints, an unprecedented study of lifespan statistics in human and non-human primates has confirmed.
The study set out to test the âinvariant rate of agingâ hypothesis, which says that a species has a relatively fixed rate of aging from adulthood. An international collaboration of scientists from 14 countries, including JosĂ© Manuel Aburto from Oxfordâs Leverhulme Centre for Demographic Science, analyzed age-specific birth and death data spanning centuries and continents. Led by Fernando Colchero, University of Southern Denmark and Susan Alberts, Duke University, North Carolina, the study was a huge endeavor requiring monitoring wild populations of primates over several decades.
Jose Manuel Aburto says, Our findings support the theory that, rather than slowing down death, more people are living much longer due to a reduction in mortality at younger ages. We compared birth and death data from humans and non-human primates and found this general pattern of mortality was the same in all of them. This suggests that biological, rather than environmental factors, ultimately control longevity.
