Andrew Salij

Computational Scientist (ML/AI)
PhD (Northwestern University)
Thoughts are my own and do not represent my employer

[Andrew Salij @SalijAndrew]

I expect to be speaking at AI for Advanced Materials this May (https://t.co/Kr0yE6FYcF) about recent developments our team at @LosAlamosNatLab has been working on in reinforcement learning for multi-objective optimization. If you'll be in Madrid then, feel free to reach out.

[Andrew Salij @SalijAndrew]

I'm pleased to announce the public release of Transform Your World (https://t.co/YBpfgn8zwj), a machine learning library with a particular focus on running reproducible training experiments on chemical language models and on a HPC system.

[Tempelaar Team @TempelaarTeam]

A huge congrats to @SalijAndrew for successfully defending his thesis!! The first PhD to come out of the Team, and a great occasion to introduce a Clog tradition...

[Northwestern Chemistry @NUChemistry]

Meet Andrew Salij!👋
@SalijAndrew is grad student in the @TempelaarTeam. His work as a computational physical chemist includes building tools in Python to understand the optical and electronic properties of future materials. @CMQTnu

Read more ➡️ https://t.co/Md7llXHAQy

[Tempelaar Team @TempelaarTeam]

Fabry–Pérot cavities with asymmetric 2D chiral modes have materialized in this collaborative effort, with theory by Team member @SalijAndrew. Out in @NatureComms!

@CMQTnu @NUChemistry @UWMadisonChem @ChemUniPI @ripes @LorenzoDiBari6

https://t.co/ODvjg7gbPt

[Tempelaar Team @TempelaarTeam]

The idea of producing chiral polaritons has fascinated us for a while. In his latest, Team member @SalijAndrew proposes a feasible means to realize 2D chiral polaritons using "apparent circular dichroism". Out now in @NatureComms!

@CMQTnu @NUChemistry

https://t.co/cHiXXmendb

[SPIE Northwestern Chapter @SPIE_NU]

On Wednesday 11/08/2023 at 12-1pm in TGS Commons, we will have Andrew Salij, a PhD student in Chemistry department, present about "2D Chirality in Optical Cavities". Sign up below to RSVP for the seminar!

[Tempelaar Team @TempelaarTeam]

Team member and @NUChemistry graduate student @SalijAndrew was just recognized for his work on 2D chiral polaritons with an Outstanding Researcher Visionary Award at the @IINanoNU Annual Symposium. Congrats Andrew!!!

[Quantinuum @QuantinuumQC]

Congratulations to the winning team – Andrew Salij & Alex Krotz from @NorthwesternU – who used InQuanto to explore the electronic structure of a monolayer transition metal dichalcogenides —  a 2D semiconductor with an array of potential uses.
https://t.co/XHqt0ut5ic

[Andrew Salij @SalijAndrew]

Excited to be heading to @chirality2023 in a week to share in a talk some new results around enhancing and manipulating chiroptical signals. In addition to the main focus, will include some collaborative work between Randall Goldsmith's group and the @TempelaarTeam via @CMQTnu

[CMQT - Center for Molecular Quantum Transduction @CMQTnu]

Congratulations to @SalijAndrew of the @TempelaarTeam for winning the Second Poster Prize at @chirality2022 for his CMQT-based work on apparent circular dichroism🥳

[Andrew Salij @SalijAndrew]

Excited to be a representative of the @TempelaarTeam and @NUChemistry at @chirality2022 this July 17-20, discussing our recent advances in theory for antisymmetric circular dichroism in thin films as we detail at https://t.co/0SO6P3FlSv.
#nanotechnology

[Andrew Salij @SalijAndrew]

Glad to announce that a theory of apparent circular dichroism, a phenomenon with potential use in quantum information sciences, is available to read now at
https://t.co/0SO6P3FlSv
#JACS #QuantumComputing #ACD

[Andrew Salij @SalijAndrew]

Glad to remake my personal website at https://t.co/2WumafpVYP. Excited to be writing short form content on quantum polaritonics!