| {equation, function, exp} | {qubit, qubits, gate} | {let, theorem, proof} | {algorithm, log, probability} |
| equation | qubit | let | algorithm |
| function | qubits | theorem | log |
| exp | gate | proof | probability |
| phys | gates | set | problem |
| order | state | matrix | complexity |
| solution | operation | lemma | function |
| functions | computation | matrices | let |
| {level, atom, field} | {theory, mechanics, state} | {states, state, optimal} | {measurement, state, measurements} |
| level | theory | states | measurement |
| atom | mechanics | state | state |
| field | state | optimal | measurements |
| atomic | classical | matrix | probability |
| atoms | physical | set | stochastic |
| state | physics | density | process |
| transition | interpretation | unitary | information |
| {group, space, representation} | {time, decoherence, evolution} | {field, particle, equation} | {photon, photons, single} |
| group | time | field | photon |
| space | decoherence | particle | photons |
| representation | evolution | equation | single |
| algebra | state | particles | detector |
| wigner | environment | classical | detection |
| representations | phys | momentum | beam |
| basis | interaction | theory | polarization |
| {particle, mechanics, theory} | {state, states, entangled} | {information, entropy, channel} | {operator, operators, space} |
| particle | state | information | operator |
| mechanics | states | entropy | operators |
| theory | entangled | channel | space |
| time | entanglement | log | hamiltonian |
| particles | pure | state | time |
| experiment | local | states | real |
| physical | separable | channels | case |
| {time, wave, function} | {state, states, coherent} | {energy, state, states} | {light, field, probe} |
| time | state | energy | light |
| wave | states | state | field |
| function | coherent | states | probe |
| phys | mode | phys | noise |
| probability | phys | fig | optical |
| initial | number | ground | signal |
| fig | modes | lattice | fig |
| {alice, bob, state} | {key, protocol, security} | {observables, space, algebra} | {force, casimir, field} |
| alice | key | observables | force |
| bob | protocol | space | casimir |
| state | security | algebra | field |
| measurement | bit | set | phys |
| protocol | eve | state | boundary |
| information | bob | observable | energy |
| teleportation | information | theorem | vacuum |
| {classical, space, random} | {entanglement, phys, rev} | {error, code, errors} | {spin, pulse, spins} |
| classical | entanglement | error | spin |
| space | phys | code | pulse |
| random | rev | errors | spins |
| phys | entangled | codes | pulses |
| distribution | state | correction | electron |
| time | matrix | ancilla | magnetic |
| map | concurrence | state | nuclear |
| {state, phys, rev} | {trap, ion, state} | {temperature, thermal, energy} | {energy, gaussian, time} |
| state | trap | temperature | energy |
| phys | ion | thermal | gaussian |
| rev | state | energy | time |
| states | ions | density | nonlinear |
| scheme | laser | number | theory |
| fidelity | phys | phys | linear |
| lett | atoms | electron | phys |
| {cavity, atom, atoms} | {wave, scattering, interference} | {state, algorithm, problem} | {bell, inequality, local} |
| cavity | wave | state | bell |
| atom | scattering | algorithm | inequality |
| atoms | interference | problem | local |
| field | potential | time | phys |
| mode | barrier | hamiltonian | inequalities |
| modes | phys | adiabatic | bells |
| mirror | momentum | cluster | correlations |
| {cos, sin, state} | {vol, operators, histories} | {phase, path, phys} | {time, systems, information} |
| cos | vol | phase | time |
| sin | operators | path | systems |
| state | histories | phys | information |
| angle | operator | geometric | input |
| rotation | probability | adiabatic | space |
| case | set | phases | physical |
| cosh | decoherence | non | output |