Using the magnetic orientation (spin) of a trapped electron to store and process data.
Most systems require temperatures near absolute zero to operate. Quantum Dots for Quantum Information Technologies
They produce highly efficient, on-demand photons. Challenges Using the magnetic orientation (spin) of a trapped
They can be manufactured using existing semiconductor industry techniques. Speed: They allow for incredibly fast gate operations. Quantum Dots for Quantum Information Technologies
Quantum dots are bridging the gap between stationary matter qubits and flying photon qubits. This makes them a top contender for building the future .
Boosting quantum signals across vast distances without destroying the data. ⚖️ The Pros and Cons Advantages
Emitting light particles one by one for secure quantum cryptography.