IBM Quantum Network

Time crystals are mysterious configurations of particles that are perpetually switching and quantum computers can now be used to examine them

Quantum computing can be a challenging concept to get your head around - could you explain it?

Quantum sensors can detect tiny changes at the level below the atom, and it’s leading to entirely new questions about how our biological systems work

Like the evolution of classic computers in the 1940s, quantum computers are on the cusp of mainstream, and researchers, businesses and universities are already getting themselves quantum ready

The quantum revolution is coming, and it’s taken some big leaps of thinking from some of the biggest minds of the 20th century to get us to this point

Much of quantum computing exists primarily in theory. Quantum sensing, however, is already here

What is life? The question was posed by famous theoretical physicist Erwin Schrödinger, and now advances in quantum mechanics could help provide the answer

Quantum computing could stream-line financial calculations, optimise the workings of complex systems like logistical networks and enhance artificial intelligence. So how hard can it be?