The Saudi royal family is determined to slow down and even reverse aging and is set to invest $1 billion a year to do so.
The FBI was able to seize the online marketplace SSNDOB, an illegal website selling data from people around the world.
A new colorectal cancer drug has shocked researchers with how effective it is against the highly dangerous disease, after it virtually cured every member of a clinical trial.
Dostarlimab, a monoclonal antibody drug that is already approved to treat endometrial cancer in the UK, smashed expectations in a trial at Memorial Sloan Kettering Cancer Center in New York.
One year after the trial ended, each of the 18 participants’ cancer had gone into remission, with doctors unable to find signs of the cancer in their body.
The World Bank’s latest Global Economic Prospects report warned the world of the danger facing the world’s economy due to the Ukraine crisis.
Chance observations corroborate hybrid explanation for drop in brightness.
A weather satellite has helped explain why the red supergiant star Betelgeuse experienced an unprecedented dimming in 2019–20.
Its findings corroborate earlier studies that concluded the dimming was the consequence of a lower-temperature spot on the star, which reduced the heat going to a nearby gas cloud. This, astronomers believe, allowed the cloud to cool and condense into dust that blocked some of Betelgeuse’s light.
As a variable star, nearby Betelgeuse normally fluctuates in brightness, but in October 2019 it began to grow fainter than it had ever been seen before. This led to speculation that it may explode in a supernova. By the end of February, however, Betelgeuse had returned to its normal brightness range, leaving astronomers scratching their heads about what had caused the extreme dip in luminosity.
Researchers believe they’ve found the chemical process that gave rise to RNA, and not only is it remarkably simple, it could have happened on Mars, too.
India launches its first liquid-mirror telescope for astronomy, which is Asia’s largest and the only one of its kind operational in the world.
An interdisciplinary team led by Boston College physicists has discovered a new particle—or previously undetectable quantum excitation—known as the axial Higgs mode, a magnetic relative of the mass-defining Higgs Boson particle, the team reports in the online edition of the journal Nature.
The detection a decade ago of the long-sought Higgs Boson became central to the understanding of mass. Unlike its parent, axial Higgs mode has a magnetic moment, and that requires a more complex form of the theory to explain its properties, said Boston College Professor of Physics Kenneth Burch, a lead co-author of the report “Axial Higgs Mode Detected by Quantum Pathway Interference in RTe3.”
Theories that predicted the existence of such a mode have been invoked to explain “dark matter,” the nearly invisible material that makes up much of the universe, but only reveals itself via gravity, Burch said.
