Quantum walks are changing the way scientists think about computation. They use the strange and powerful rules of quantum physics—such as superposition, interference, and entanglement—to solve ...

Scientists at TU Delft have unlocked a key quantum effect in graphene without using any magnetic fields, paving the way for ...

That changed with MELVIN’s successor THESEUS, which generates much simpler graphs by winnowing the first complex graph representing a solution that it finds down to the bare minimum number of ...

National pilot program led by UTA faculty equips STEM teachers to teach quantum science and inspire tech careers ...

In contrast, continuous-time quantum walks operate on graphs using time-independent Hamiltonians, ... Applications include ...

Jul. 29—How do you quantify quantum physics and computing? That is a question that is easier asked than answered. But over the course of four weeks at the University of New Mexico, high school ...

The overall project is vast, covering 16 acres — or nearly half — of Science Hill. It will transform research programs, help attract more of the best scientists and students, lower Yale’s energy use, ...

Inspired by quantum: curator Lorraine Walsh with scientist and artist Eric Heller, and his work. “Other artists use oil paints or watercolour as media,” said Eric Heller, a professor of chemistry and ...

The mathematics of cause-and-effect underpin everything from epidemiology to quantum physics. In the quantum world, however, the link between cause and effect is not so straightforward. An ...

AI designs quantum physics experiments beyond what any ... which generates much simpler graphs by winnowing the first complex graph representing a solution that it finds down to the bare ...