Superluminal Correlations in Ensembles of Optical Phase Singularities

Paper details

Research paper

Experimental CharacterizationTheoretical

T. Bucher, A. Gorlach, A. Niedermayr, Q. Yan et al.

Samples

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

2 characterizations6 properties1 figure

ExperimentalhBNStudied Material

No measurements recorded

hBNStudied Material

hexagonal boron nitride

hBN

Studied Material

Also known as

hBN

studied material

support substrate

Substrate / Dielectric

substrate or dielectric

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

Superluminal Correlations in Ensembles of Optical Phase Singularities | Matter42 Literature

Type	Label	Value	Material	Sample	Source
Spatial Resolution	phase imaging resolution	20nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Temporal Resolution	phase imaging resolution	3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Field Of View	field of view	21×21um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Excitation Wavelength	mid-infrared pump wavelength	7um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Cycle Period	optical field cycle period	23.3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Ph Polariton Wavelength	hyperbolic phonon-polariton wavelength	630nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—

Type	Label	Value	Material	Sample	Source
Spatial Resolution	phase imaging resolution	20nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Temporal Resolution	phase imaging resolution	3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Field Of View	field of view	21×21um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Excitation Wavelength	mid-infrared pump wavelength	7um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Cycle Period	optical field cycle period	23.3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Ph Polariton Wavelength	hyperbolic phonon-polariton wavelength	630nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—

Type	Label	Value	Material	Sample	Source
Spatial Resolution	phase imaging resolution	20nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Temporal Resolution	phase imaging resolution	3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Field Of View	field of view	21×21um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Excitation Wavelength	mid-infrared pump wavelength	7um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Cycle Period	optical field cycle period	23.3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Ph Polariton Wavelength	hyperbolic phonon-polariton wavelength	630nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—

Type	Label	Value	Material	Sample	Source
Spatial Resolution	phase imaging resolution	20nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Temporal Resolution	phase imaging resolution	3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Field Of View	field of view	21×21um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Excitation Wavelength	mid-infrared pump wavelength	7um	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Cycle Period	optical field cycle period	23.3fs	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—
Ph Polariton Wavelength	hyperbolic phonon-polariton wavelength	630nm	hBN	Thin hexagonal boron nitride flake used as the hyperbolic ph	—