Martínez Group(@mtzlab) 's Twitter Profileg
Martínez Group

@mtzlab

Theoretical chemistry group at @Stanford, designing molecular systems from first principles. #theochem #compchem #terachem

Led by @toddjmartinez

ID:1308544754825613312

linkhttp://mtzweb.stanford.edu calendar_today22-09-2020 23:12:42

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Quantum Chemistry at massive scale! Our new open source systems, BigChem and ChemCloud, parallelize calculations across hundreds of nodes (or GPUs) simultaneously while achieving linear performance gains. Give them a try in your lab today🙌 The Journal of Chemical Physics doi.org/10.1063/5.0190…

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Check our new paper in The Journal of Chemical Physics by our group alumni and members Roman Ellerbrock, Grace Johnson, Stefan K. Seritan, and Harry Zhang. We released QuTree, a tree tensor network package available for public use. doi.org/10.1063/5.0180…

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Our new article in JCIM & JCTC Journals, led by Andreas Hillers-Bendtsen, presents a new strategy for achieving quartic computational scaling of coupled cluster ground-state energies, by using tensor hypercontraction (THC) in cluster perturbation theory.
doi.org/10.1021/acs.jc…

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Check out our contribution to the prediction challenge for the photochemistry of cyclobutanone. Using EOM-CCSD & TDDFT with ab-initio multiple spawning, we estimate a few ps lifetime for the S2 state, leading to relatively slow photodissociation.
arxiv.org/abs/2402.10710

Check out our contribution to the prediction challenge for the photochemistry of cyclobutanone. Using EOM-CCSD & TDDFT with ab-initio multiple spawning, we estimate a few ps lifetime for the S2 state, leading to relatively slow photodissociation. arxiv.org/abs/2402.10710
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Our paper on the nonadiabatic dynamics of polaritons are now available in The Journal of Physical Chemistry, doi.org/10.1021/acs.jp…. Led by Bhaskar Rana, we applied ab initio multiple spawning (AIMS) to simulate the photochemistry of salicylideneaniline coupled to a cavity photon.

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Check our new preprint about red fluorescent proteins (RFP) led by Elisa Pieri. We show that the brightness in two RFP variants are dictated by their different conical intersection accessibility. Link: doi.org/10.26434/chemr…

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Check out another nanoreactor article this year. Led by our graduate student Alex Chang, we developed and explored new acceleration techniques in reaction discovery.

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In this new article led by Keiran, we applied recent signal processing techniques to consistently adapt a dictionary of basis functions to solve TDSE, which opens for future on-the-fly quantum wavepacket dynamics. Link: doi.org/10.1080/002689…

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Stanford Theoretical Chemistry Virtual Preview Day is Monday, October 30th!!! We especially encourage students belonging to groups historically underrepresented in STEM to apply and find out what a PhD in theoretical chemistry at Stanford looks like! sites.google.com/view/chemprevi…

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Check our latest work in PRL by Nanna H. List in collaboration with SLAC scientists Thomas Wolf and Elio Champenois. The work combines UED and ab initio multiple spawning to study hydrogen dynamics in ammonia dissociation. 👇

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