UA EXPERIMENTAL MATERIALS PROPERTY DATABASE

• We are organizing the measurement results on crystals below to build an Experimental Materials Property Database. Click the crystal images to view details.
• Not all properties and materials are available, but we are working on them! Any comments and suggestions are very welcome. Please use the feedback form in the bottom to submit.
• For theoretical band structures and predicted properties, please refer the excellent theoretical Databases such as Materials Project🔗, Topological Materials Database🔗, Materiae🔗, etc. 

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Data are collected at UA on single crystals produced in UA Quantum Materials Lab. More properties and more materials are to be added. The database is made possible by graduate, undergraduate, and high school students working in UA Quantum Materials Lab, who contribute to crystal growth, measurement, and data organization:

• UA grads:

Rabindra Basnet (UA PHYS), Krishna Pandey (UA MSEN), Md Rafique Un Nabi (UA PHYS), Gokul Acharya (UA PHYS), Sudip Acharya (UA MSEN), Santosh Chhetri (UA PHYS), Dinesh Upreti (UA PHYS) 

• UA undergrads:

Stephen Storment (UA undergrad), Cory Stephenson (UA undergrad)

• Other undergrads:

Anna Corbitt (SAU, undergrad), Kaylee TenBarge (Butler U undergrad), Dawn Ford (U Virginia undergrad)

• High School contributors:

Sam Bishop (Haas Hall Academy, high school)

Thank you guys!

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(last update: Oct. 6, 2023. Database update log>>)

Topological Quantum Materials

ZrGeTe

ZrSnTe

PbTe

LaSbSe

Layered Materials

Si2Te3

GeSe

Black Phosphorous

Nb2SiTe4

Nb3SiTe6

Sn3P2

Layered Magnets

CrGeTe3

FexTaS2

Mn2-xZnxSb

FePS3

Misfit Layered Materials

Superconductors

CsBi4Te6

Correlated systems

Nano Structures

Te nanowire – SEM

Se nanowire – SEM

Ag nanowire

Want to see more materials? More properties? Have comments or suggestions? Please let us know!