AtomEliX

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Thanks to Zulip for Making our Work Easier

News | 28 March 2025

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Thanks to Zulip for Making our Work Easier

Thanks to Zulip for Making our Work Easier

https://zulip.com/

News | 28 March 2025

Recent Articles

Excitons in nonlinear optical responses: shift current in MoS2 and GeS monolayers
Building unconventional magnetic phases on graphene by H atom manipulation: From altermagnets to Lieb ferrimagnets
CISS: understanding how chirality gives rise to magnetoconductance from DFT and group theory
EDUS: happy to be part of a project to simulate electron dynamics under electromagnetic radiation
XATU: our code to calculate excitons from second principles is available now
Shift current: learn how to compute it from DFT and group theory

Research Highlights

Excitons in nonlinear optical responses: shift current in MoS2 and GeS monolayers
Building unconventional magnetic phases on graphene by H atom manipulation: From altermagnets to Lieb ferrimagnets
CISS: understanding how chirality gives rise to magnetoconductance from DFT and group theory
EDUS: happy to be part of a project to simulate electron dynamics under electromagnetic radiation
XATU: our code to calculate excitons from second principles is available now
Shift current: learn how to compute it from DFT and group theory

Job Opportunities

About AtomEliX

AtomEliX (Atomistic ElectroniX) is a research group dedicated to the theory, modelling, and simulation of the optoelectronic, magnetic, and structural properties of materials and devices starting from an atomistic description. We are particularly interested in low-dimensional and quantum materials.

Most Popular

Shift current: learn how to compute it from DFT and group theory
XATU: our code to calculate excitons from second principles is available now
CISS: understanding how chirality gives rise to magnetoconductance from DFT and group theory
Excitons in nonlinear optical responses: shift current in MoS2 and GeS monolayers
EDUS: happy to be part of a project to simulate electron dynamics under electromagnetic radiation
Building unconventional magnetic phases on graphene by H atom manipulation: From altermagnets to Lieb ferrimagnets
Thanks to Zulip for Making our Work Easier

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Contact

E-mail: juanjose.palacios@uam.es
Phone: +34 91 497 6416
Mailing Address: Module 3, Office 605, Facultad de Ciencias, Calle Francisco Tomás y Valiente, 7, Universidad Autónoma de Madrid, Ciudad Universitaria de Cantoblanco, 28049, Madrid, Spain.

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