Grab a book. Notice its length, width and thickness. They correspond, respectively, to the three dimensions of space and, we reasonably assume, to all...
The first image of a black hole On April 2017, eight telescopes turned to the sky, pointed to a black hole and photographed it. Those...
Ancient rocks could hold the key to discovering the elusive nature of Dark Matter.
Photons pass throughout the twisted spacetime near black holes, changing their orbital angular momentum. What does that mean for quantum computing?
Bernhard Riemann formulated his hypothesis about prime numbers in 1859. 160 years later, mathematician Sir Michael Atiyah claims he solved the million-dollar-worth problem.
The motions of celestial bodies through space are more captivating than mere textbook depictions suggest.
TRAPPIST’s one-year anniversary has come with exciting discoveries. Here are the two most recent and promising ones.
Rotating black holes may be able to create entangled states within single photons.
Thoughts of a researcher on quantum technology and the Universe.
Physicists have finally resolved the paradox of “Maxwell’s Demon” via quantum mechanical experiments.