Object-oriented Python library for computation of properties of highly-excited Rydbeg states of alkali and divalent atoms.
Rydberg Sensor Interactive Quantum Physics Module
Collection of functions to solve the optical Bloch equations
A cluster optimized Python based simulation framework to simulate Rydberg tweezer dynamics utilizing tensor network methods
Library to calculate Stark and Zeeman maps for Rydberg helium, in either the n,L,S,m_L or n,L,S,J,m_J basis, using the Numerov method.
Python functions for simulating the fluorescence emitted by a Rydberg state.
Calculate state properties of helium
Create animations of the Rydberg electron charge distribution in helium as a function of electric field using the Numerov method
Approximation of computed data with empirical pair potentials
Calculate the Stark effect in Rydberg helium using the Numerov method
QuEra Computing is a Boston-area neutral-atom quantum computing company, founded in 2021 by scientists from Harvard and MIT. Its flagship system, Aquila, is a 256-qubit field-programmable analog neutral-atom quantum processor that has been publicly available since November 2022 through Amazon Braket and through a direct Premium Access channel.…
A classical simulation of the dynamics of Rydberg atoms in a lattice at ultracold (near absolute zero) temperatures. These simulations were used for both qualitative and quantitative analysis of the system.
Calculate the Stark effect in Rydberg helium in the n,L,S,J,MJ basis using the Numerov method.
Infleqtion is a Louisville/Boulder, Colorado quantum-technology company — formerly ColdQuanta — that builds neutral-atom quantum computers, precision atomic clocks, and quantum sensors for governments, corporations, and research institutions. Its computing portfolio spans Sqale (a full-stack, fault-tolerant neutral-atom quantum computer), Quantum…
Calculate the Stark effect in Rydberg helium in the n,L,S,ML basis using the Numerov method.
Python functions for finding atomic transitions with specific parameters.
API Evangelist profile of Pasqal — French neutral-atom quantum computing (Pulser SDK + Pasqal Cloud Services)
Stochastic noise simulation kit for quantum and photonic systems in Python.
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