Tag: Quantum simulation

A new quantum algorithm estimates similarity using hybrid discrete-continuous encoding and is applied to simulated atomtronics data for potential magnetic ...

A UCF-led project will develop tools to estimate the performance, error-correction demands and resource needs of partially fault-tolerant quantum simulations ...

Rice University researchers and collaborators have built a monolithic segmented 3D ion trap that combines the performance of blade-style traps ...

Oxford physicists have used a hybrid qubit-oscillator quantum computer to observe the Aharonov-Bohm effect in a dynamical lattice gauge theory, ...

A hybrid quantum–classical feedback protocol on a superconducting processor has revealed and stabilized regular trajectories coexisting with chaos, providing the ...

A trapped-ion quantum simulator has captured the real-time unraveling of a confining string, revealing that charge pairs form at the ...

Using a hybrid qubit–oscillator trapped-ion processor, physicists have simulated a Z2 lattice gauge theory and directly observed how magnetic flux ...

University of Chicago researchers have proposed a quantum computing design that traps individual fermionic helium-3 atoms in optical tweezers, exploiting ...

Researchers used a hybrid trapped-ion quantum computer combining qubits and native phonon modes to simulate the real-time dynamics of a ...

A digital quantum processor using 104 qubits and W-state-based wavepacket preparation has produced evidence of inelastic particle production in one-dimensional ...