Peek inside the lab working on quantum memories
It’s a key piece of the puzzle that needs to be solved before a fully fledged quantum network can be developed.
It’s a key piece of the puzzle that needs to be solved before a fully fledged quantum network can be developed.
The company just passed its first big milestone: proving that the physics behind a new type of qubit works as expected.
The trick is to work with the errors instead of trying to prevent them.
A real-world example of an optimization problem could help ground some wacky terms like superposition and entanglement.
Simulating a wormhole has long been a goal in quantum physics. But current quantum computers don’t have enough qubits to teleport particles.
It’s not “The Last of Us,” but it sure is weird. Here’s how mushrooms and fungi can be used to carry out problems computers typically solve.
The trick is by combining multiple physical qubits into a single logical qubit in order to encode information.
What is a neutral atom? And how would it work to power a quantum computer? Here’s what the know about the emerging technology.
This is one type of problem that researchers think quantum computers will be better at compared to classical: simulating molecules.
It’s one of few nations in the world with a quantum computer and a supercomputer, and LUMI is the most powerful quantum-enabled supercomputer.