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Fluorescent Groups	Description
Graphene and Hexagonal Boron Nitride	Graphene is a one-atom thick hexagonal lattice of carbon atoms that is covalently linked. Its energy band structure is one-of-a-kind. This means electrons move through it at a speed of around 1/300th that of light, providing it unique features like thermal conductivity.
Xenes	Xenes are hexagonal monolayers of silicon, germanium, and tin that have a hexagonal structure similar to graphene but a different degree of bending. Potential applications span from field-effect transistors to topological insulators, despite the fact that they are still in their infancy.
Transition Metal Disulfides	MX₂, where M is a transition metal and X is a sulfur element, is the chemical formula for transition metal disulfide (TMDC). The bulk TMDCs are van der Waals materials, with each layer consisting of a metal layer sandwiched between two thiolated layers and measuring three atoms thick.
Phosphonene	Phosphonene is a layered, stable isomer of elemental phosphorus. It's a direct bandgap semiconductor with a pleated honeycomb structure and high charge mobility, which makes it ideal for optoelectronic devices and transistors.

Fluorescent Groups

Description

Graphene and Hexagonal Boron Nitride

Graphene is a one-atom thick hexagonal lattice of carbon atoms that is covalently linked. Its energy band structure is one-of-a-kind. This means electrons move through it at a speed of around 1/300th that of light, providing it unique features like thermal conductivity.

Xenes

Xenes are hexagonal monolayers of silicon, germanium, and tin that have a hexagonal structure similar to graphene but a different degree of bending. Potential applications span from field-effect transistors to topological insulators, despite the fact that they are still in their infancy.

Transition Metal Disulfides

MX₂, where M is a transition metal and X is a sulfur element, is the chemical formula for transition metal disulfide (TMDC). The bulk TMDCs are van der Waals materials, with each layer consisting of a metal layer sandwiched between two thiolated layers and measuring three atoms thick.

Phosphonene

Phosphonene is a layered, stable isomer of elemental phosphorus. It's a direct bandgap semiconductor with a pleated honeycomb structure and high charge mobility, which makes it ideal for optoelectronic devices and transistors.

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