Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Constantine Yannouleas; Uzi Landman

doi:10.1038/ncomms4020

Paper details

Research paper

TheoreticalComputational Multiscale

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Constantine Yannouleas, Uzi Landman

2022·10.1038/ncomms4020·arXiv:2204.02243

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

No measurements recorded

SimulatedGaAsStudied Material

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

No measurements recorded

SimulatedGaAsStudied Material

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

2 properties

SimulatedGaAsStudied Material

Materials

GaAs

Studied Material

Also known as

gallium arsenide

Variables

dielectric_constant= 12.5,1000

studied material

electron

Reactant Species

Why these are connected

Related documents with shared materials, methods, properties, or citations.

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Condition	Source
Wigner Parameter	RW,1	5.31	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—
Wigner Parameter	RW,2	3.09	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Wigner Parameter	RW,1	5.31	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—
Wigner Parameter	RW,2	3.09	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Wigner Parameter	RW,1	5.31	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—
Wigner Parameter	RW,2	3.09	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—

Properties

Type	Label	Value	Material	Sample	Condition	Source
Wigner Parameter	RW,1	5.31	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—
Wigner Parameter	RW,2	3.09	GaAs	Same GaAs double-quantum-dot system in the strongly interact		—

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Molecular formations and spectra due to electron correlations in three-electron hybrid double-well qubits

Samples

Three-electron GaAs asymmetric hybrid double-quantum-dot qubit modeled as an integral unit using a full configuration-interaction approach; used for spectra as a function of detuning and dielectric constant.

Same GaAs double-quantum-dot system in the weak-interaction limit used for comparison (κ = 1000).

Same GaAs double-quantum-dot system in the strongly interacting regime (κ = 12.5).

Materials

Why these are connected

Properties

Simulations

Properties

Simulations

Properties

Simulations

Properties

Simulations