| Quantum effects (1) |  |
| Quantum entanglement (4) | |
| Quantum information (3) | |
| Quantum leap (3) | |
| Quantum mechanics (3) | |
| Quantum physics (2) | |
| Quantum state (5) | |
| Quantum effects (1) | |
| Quantum entanglement (4) | |
| Quantum information (3) | |
| Quantum leap (3) | |
| Quantum mechanics (3) | |
| Quantum physics (2) | |
| Quantum state (5) | |
genes or the quantum states of atoms oe is linked closely to the field of thermodynamics, which was devised originally to understand how heat flows in engines and other machinery.
because we know that the Zhang-Rice quantum state which used to be the hallmark of this high-temperature superconductor could be found in totally different crystal structures.
In this material the electrons combine into a unique quantum state called the Zhang-Rice singlets Chakhalian explained.
Two particles whose vibrations are the same in all dimensions are said to occupy the same quantum state.
and whatever atom it strikes takes on the quantum state of the original atom. In effect, an atom at the transmitting end has disappeared
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