![]() The gate complexity for a single iteration of the circuit isĮquivalent to that of a time evolution for a fixed time. Size of the wavepackets, and with a success probability depending on the stateīeing prepared. ![]() We provide a quantumĪlgorithm requiring a number of ancillary qubits that is logarithmic in the Of a theory in a full, nonperturbative framework. If you do not wish to accept these terms, do not download this product. ![]() Theory, which provides a way to construct creation and annihilation operators The approach is based on the Haag-Ruelle scattering This is the first step towards quantum simulation of Present a strategy to excite wavepackets of the interacting theory directlyįrom the vacuum of the interacting theory, allowing for preparation of states The free theory into wavepackets of the interacting theory. State preparation relies typically on adiabatically transforming wavepackets of Not suitable to simulate scattering of incoming bound states, as the initial Simulation of scattering have been proposed in the context of scalar andįermionic theories, requiring thousands of logical qubits. Given their unique abilities, Quantum Slimes can be the most difficult to manage. Download a PDF of the paper titled Towards Quantum Simulation of Bound States Scattering, by Matteo Turco and 3 other authors Download PDF Abstract: The last years have seen a rapid development of applications of quantumĬomputation to quantum field theory. Quantum Slime is a type of slime that lives in the Glass Desert, Ancient Ruins, and can also teleport to the place where its ghosts are located.
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