Visualizing Plasmonic Deposition and Nanoparticle Reshaping is published in Matter
The work led by UMD Prof. Taylor Woehl’s group is published in Matter. Our contributioin consisted of performing the theoretical/modelling…
The work led by UMD Prof. Taylor Woehl’s group is published in Matter. Our contributioin consisted of performing the theoretical/modelling…
Our research on phase change materials for photonic and electronics has been highlighted by our School of Engineering on the…
Carlos was selected to participate in the prestigious 2024 Grainger Foundation Frontiers of Engineering Symposium along with other 75 distinguished early…
We congratulate Sheron for having interned at Apple over the summer of 2024, being selected after a very competitive selection…
Chih-Yu is selected from a competitive pool of students to participate in the 2024 Siegman International School on Lasers organized…
We had the pleasure of hosting Prof. Chris Vagionas! Lots of interesting new ideas and results… stay tuned!
The ICO newsletter with further information can be found here
on high-throughput discovery of Phase Change Materials for Co-designed Electronic and Optical Computational Devices. FuSe: Future of Semiconductors
Congrats to Yi-Siou for his internship at TSMC and to Chih-Yu for her scholarship to participate in the Integrated Quantum…
See what the news outlets have written about out paper: Phys.org, Optics.org, NanoWerk, and more…
We welcome Orho Acharjee and congratulate his parents, Niloy and Trisha!
5 Early Career Editorial Advisory Board appointees are selected yearly to assist the journal with early career researcher initiatives.
Embedding phase-change materials with novel Fano-resonant optical coatings lead to unprecedented tunable transmissive structural color.
Awarded to a Graduate Student in recognition of excellence in teaching. Very well deserved! See the full note here
Carlos was the Lead Guest Editor on Optical Materials Express’s new feature issue on Phase Change Materials for Optics and…
A joint effort to develop close to the theoretical limit ultra-low-energy programmable non-volatile silicon photonics based on phase-change materials…
We have published an extensive (invited) review on tunable nanophotonics for photonic computational memories.
Our collaborators at Sandia Labs led the demonstration of strong Purcell enhancement at telecom wavelengths afforded by spinel Fe3O4 nanocrystals…
Our collaborators at the University of Virginia have demonstrated suppressed electronic contribution in thermal conductivity of Ge2Sb2Se4Te
Carlos has been awarded Third Prize by Rising Stars of Light