Neuroscience says memory can reconstruct the past, but what if it can also sometimes build the future? If time is like a river, perhaps consciousness is a boat that drifts upstream, carrying fragments of tomorrow disguised as déjà vu. Is it really possible to remember the future?
What happens when we die? This spiritual question has haunted humanity since the dawn of thought. Yet despite centuries of soul-searching, the mystery of consciousness remains unsolved.
In the classical world of materials science, metals are well-behaved. Their electrons follow predictable rules, their resistivity scales with temperature in a quadratic fashion, and their behaviour is neatly captured by Fermi liquid theory. But in the quantum realm…
In 1977, humankind sent a machine into the interstellar void to tell the Universe who we were. Now, 48 years later, the void may have answered with a message to Voyager…
According to whom you ask, Zero Point Energy can do everything… or nothing at all. But what is it? Something that pervades all of space, albeit on a microscale? The kinetic energy a molecule does retain, even when cooled down to absolute zero? And could it offer us a source of unlimited energy?
On 19 June 2018, a peculiar number emerged from the blockchain space. The series of numbers and letters sent the cryptosphere into overdrive, sparking rampant talk of quantum computing breakthroughs, time travel, Satoshi’s return, and the esoteric meaning of Bitcoin.
Our environment is permeated by radiation, present around us at all time. We are constantly exposed to radioactivity from natural sources for the most part naturally occurring radioactive nuclei in rocks and cosmic rays – the ‘background’. Without ado, this is my lowdown on radioactivity.
Scientists accomplish the impossible. This time, a quantum physicist has only managed to capture the photographic image of an atom with a conventional camera. And THIS is the photograph…..
CERN’s LHCb collaboration has announced the discovery of a new “charming” particle, thought to be instrumental to the strong force – the Xi-cc++. Another particle. So…?
Observing Negative Mass at Washington State University
Negative mass has always been theoretically possible, and the concept has finally made it from a mathematical idea on paper to a reality achieved in the lab. Scientists at Washington State University have created a fluid with negative mass.