Laser-assisted tunneling and Hartman effect in graphene under scalar potential and exchange fields

Paper details

Research paper

TheoreticalComputational Multiscale

Rachid El Aitouni, Ahmed Jellal, Pablo Díaz, David Laroze

arXiv preprint·2025·10.1016/j.physe.2025.116227·arXiv:2503.03006

Samples

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

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricNiSubstrate / Dielectric

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricNiSubstrate / Dielectric

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricNiSubstrate / Dielectric

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricCoSubstrate / Dielectric

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricCoSubstrate / Dielectric

1 property

SimulatedCStudied MaterialBNSubstrate / DielectricCoSubstrate / Dielectric

graphene

Studied Material

Also known as

studied material

hexagonal boron nitride

Substrate / Dielectric

Also known as

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Laser-assisted tunneling and Hartman effect in graphene under scalar potential and exchange fields | Matter42 Literature

Type	Label	Value	Material	Sample	Source
Group Delay Time	group delay maximum	4ps	C BN Ni	Graphene on one BN layer on nickel substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Ni	Graphene on two BN layers on nickel substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Ni	Graphene on three BN layers on nickel substrate, modeled for	—
Group Delay Time	group delay maximum	4ps	C BN Co	Graphene on one BN layer on cobalt substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Co	Graphene on two BN layers on cobalt substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Co	Graphene on three BN layers on cobalt substrate, modeled for	—

Type	Label	Value	Material	Sample	Source
Group Delay Time	group delay maximum	4ps	C BN Ni	Graphene on one BN layer on nickel substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Ni	Graphene on two BN layers on nickel substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Ni	Graphene on three BN layers on nickel substrate, modeled for	—
Group Delay Time	group delay maximum	4ps	C BN Co	Graphene on one BN layer on cobalt substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Co	Graphene on two BN layers on cobalt substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Co	Graphene on three BN layers on cobalt substrate, modeled for	—

Type	Label	Value	Material	Sample	Source
Group Delay Time	group delay maximum	4ps	C BN Ni	Graphene on one BN layer on nickel substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Ni	Graphene on two BN layers on nickel substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Ni	Graphene on three BN layers on nickel substrate, modeled for	—
Group Delay Time	group delay maximum	4ps	C BN Co	Graphene on one BN layer on cobalt substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Co	Graphene on two BN layers on cobalt substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Co	Graphene on three BN layers on cobalt substrate, modeled for	—

Type	Label	Value	Material	Sample	Source
Group Delay Time	group delay maximum	4ps	C BN Ni	Graphene on one BN layer on nickel substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Ni	Graphene on two BN layers on nickel substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Ni	Graphene on three BN layers on nickel substrate, modeled for	—
Group Delay Time	group delay maximum	4ps	C BN Co	Graphene on one BN layer on cobalt substrate, modeled for la	—
Group Delay Time	group delay maximum	15ps	C BN Co	Graphene on two BN layers on cobalt substrate, modeled for l	—
Group Delay Time	group delay maximum	5ps	C BN Co	Graphene on three BN layers on cobalt substrate, modeled for	—