The instability of qubits - the building blocks of quantum computers - means they are susceptible to error. Our physicists have found that tweaking error coding can open the door to huge efficiency gains.
Optical physicists and neuroscientists has used optical tweezers, or focused beams of light, to investigate how the brain of a zebrafish reacts to gravity and motion.
Researchers have created a theory of multi-level quantum coherence, a step further than the theory which allows the famous Schrödinger’s cat to be dead and alive at the same time
How Einstein’s equivalence principle extends to the quantum world has been puzzling physicists for decades, but researchers have found the key to this question.
Dr Cornelius Hempel has simulated the bonds of lithium hydride and hydrogen molecules using trapped-ion qubits. This explores an important pathway for one of the first practical uses of quantum computers.