Researchers have developed the first unitary encoder capable of preparing quantum states in surface codes, a promising type of quantum error correction code. This breakthrough represents a crucial step towards building fault-tolerant quantum computers, as robust encoding of quantum information is fundamental to overcome the inherent fragility of qubits.
Researchers have developed diffusive metamaterials that manipulate the flow of particles or energy in an analogous way to how optical metamaterials control light.… more →
A new study has developed a majorization theory for quantum quasiprobability distributions, providing a unified framework to understand and quantify non-classicality in quantum sys… more →
Quantum physics, with its fundamental principles of superposition and entanglement, profoundly challenges our classical intuition about how the universe works.… more →
Researchers have investigated the isotopic effect on the broadening and shifting of mercury (Hg) atomic clock transitions due to collisions with ultracold rubidium (Rb) atoms.… more →
Researchers have developed CliffordIP, a new interatomic potential model that incorporates Clifford algebra equivariance.… more →