Imagine a molecule twisted into the shape of a Möbius strip—a surface with only one side. Researchers have now created this exotic molecular structure and used quantum computers to map its bizarre electron behavior, opening new possibilities for molecular design.
Researchers have achieved a breakthrough in spintronics by discovering how to stabilize magnetic spins using electric current, opening exciting possibilities for next-generation computing. This discovery could fundamentally change how we process and store information at the quantum level.
Researchers at ETH Zurich are challenging the conventional wisdom about quantum computing's role in chemistry. Rather than chasing the most theoretically interesting molecular systems, they argue that real quantum advantage requires solving the messy, practical problems that matter most to industry and science.
Just when everyone was celebrating quantum computing breakthroughs, researchers are pumping the brakes. A new collaborative study challenges whether the recent "quantum advantage" claims from tech giants like IBM, Google, and D-Wave actually hold up under scrutiny.