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Science ❯ Physics ❯ Quantum Mechanics
Superposition Topological States Qubits Majorana Fermions Non-Equilibrium States Excited States Quantum Error Correction Valley Hall Effect Superconducting Qubits Nuclear Spin Quantum Networks Photonics Superconducting States Quantum Superposition Spin and Parity Superfluorescence Breit-Wigner Parameterizations Quantum Hall Physics Grid State Superconductivity Neutrino Oscillation Quantum Liquid Crystal Rydberg Blockade Model Stabilizer R'enyi Entropy Magic States Quantum Liquid Crystals Cultivation Techniques Quantum Hypothesis Testing Quantum Divergence Decay Channels Bose-Einstein Condensate GHZ States Qudit Systems Majorana Bound States Spin States Wigner Negativity Relative Entropy Tunneling Nobel Prize in Physics Eigenstate Thermalization Hypothesis Quantum Uncertainty Hamiltonian Models Fidelity Correlators Coherence and Entanglement Overtones Flat-Band Ferromagnetism Rydberg States Nanoparticles Thermal Fluctuations Quantum Entanglement Rydberg Atoms Quantum Path Selection Entropic Time Quantum Superpositions Wigner Functions Topological Phases Werner States Error Detection Exotic Quantum States Quantum Phase Symmetry Breaking Ground States Guided State Estimation Mixed States Wigner Entropy
The measurement shows Einstein’s equivalence principle holds for a quantum wavepacket, signaling a path to larger experiments that could probe where quantum behavior might break down.
