Medicine & TechnologyScientists have made important advances in quantum computing by developing a formula that forecasts the effects of ambient noise. Read the article to find out more.
Yale University researchers extended the lifespan of a qubit by 2.3 times in a step to improve and validate quantum computers. Read the article to learn more.
A duo of senior high school students presented their proof of the Pythagorean theorem during the American Mathematical Society meeting. Read to learn more.
A novel solution to Stephen Hawking's famous dilemma reveals that the 'Hawking radiation' released by black holes may be capable of carrying information after all. Read the article to learn more.
Without taking biological factors into consideration, a controversial mathematical research suggests that humans have yet to reach the maximum lifespan. Read to learn more.
Scientists are investigating the afterglow left by the brightest gamma-ray burst ever recorded, and what they find contradicts any theoretical assumptions. Read the article to learn more.
A thought experiment by physicists reveals that the mere presence of a black hole near a quantum spatial superposition could force it to decohere within a limited time. Read the article to learn more.
New research presents a new way to convert quantum information used by quantum computers to the format needed in quantum communication. Read the article to learn the details.
Through this remarkable breakthrough, scientists have demonstrated how quantum light could be potentially used in various applications. Read to learn more.
CERN's Large Hadron Collider (LHC) created the neutrinos for the first time, expanding knowledge as to why there is more matter than anti-matter in the universe. Read the article to learn more.
Good positioning in basketball can help the team maintain control of the ball, successfully score points, and defend against opponents. Find out in this article how a physics model could be used in this sport.