Matthias Blaschke

PhD student @uni__augsburg

[Matthias Blaschke @blaschma]

@shaohua0116 Half of our reviewers missed the acknowledgment deadline. For some reasons they got an extension and then answered two words on an extensive rebuttal without engaging with any content.

[Daniel K @daniscienceaux]

What happens to reviewers that did not respond to the rebuttal? I think it would be fair to ignore their reviews for the decisions and reject their papers. What is the official policy @icmlconf ?
#ICML #ICML2026

[Shao-Hua Sun @ ICML 🇰🇷 @shaohua0116]

What happens to the ICML rebuttal? So many "Fully resolved - My concerns have been adequately addressed. I will keep my weak reject score" acknowledgment. Seeing this both as an AC and as an author.

My theory: People who are mad at the NeurIPS sanctions are trolling ICML

[Matthias Blaschke @blaschma]

Can one atom change heat flow? 🔥
In @NatureMaterials, we from @uni__augsburg & @UMich show how to tune thermal conductance by a factor of two at the single-molecule level.

https://t.co/FKHRqBXZq7

#Physics #Nanotech #MaterialsScience

[ACS Nano @acsnano]

Which structural properties effectively control heat flow at the single-molecule level? Robust mechanisms revealed by a genetic algorithm.
@blaschma

Read it here 🔗 https://t.co/Ro2cxRKajE

[Matthias Blaschke @blaschma]

How can we effectively control thermal conductance at the single-molecule level, especially when there is a huge chemical space to explore? Our new preprint tackles this challenge head on!
Read the full preprint here: https://t.co/t4D2N3xZcS

#EnergyEfficiency #Nanoscience

[Matthias Blaschke @blaschma]

@NatureComms Many thanks to everyone involved in the project and the great collaboration between @tudelft, @UniBasel, @UAM_Madrid and @uni__augsburg.

[Nature Communications @NatureComms]

Authors @blaschma reconstruct the destructive #quantum interference feature of a #mechanosensitive molecule at ambient, revealing the smearing effect of thermal #fluctuations. #GettingApplied
https://t.co/2cbbzQVGsU

[Computational Materials Science Group @CMSGFSU]

Exciting breakthroughs and vibrant discussions at the #TURBOMOLE2024 Meeting in Oxford, UK!
Exploring the future of computational chemistry with brilliant minds from around the globe. 🧪🌍 #ComputationalChemistry #ScientificConference

[Matthias Blaschke @blaschma]

Happy to share that our latest paper made it to Nanoscale!
Break-junction techniques provide the possibility to study electric and thermoelectric properties of single-molecule junctions. We present a benchmark comparing STM and MCBJ.
https://t.co/ce2rBkacQy
@nanoscale_rsc

[Matthias Blaschke @blaschma]

-Excited to give a talk at the APS Meeting in Minneapolis-
I will present how to design and optimize nanoscale molecular devices! Check out the session “Coupled Excitations and Transport Phenomena” https://t.co/6nTzHUEl1o and the paper https://t.co/49Po2zz1Ag
#JChemPhys #apsmarch

[Matthias Blaschke @blaschma]

Our paper on molecular design using machine learning is now online. Designing mechanosensitive molecules from molecular building blocks: A genetic algorithm-based approach.
https://t.co/49Po2zz1Ag
#GenerativeMolecularDesign