Martin Rahm

@rahmlab.bsky.social

Professor of Theoretical Chemistry at Chalmers University of Technology in 🇸🇪 interested in chemical bonding, material prediction, and astrobiology. www.rahmlab.com

Finally!! Scientific evidence on the meaning of corporate bullshit. Share so we can collectively leverage cross-functional awareness, align our strategic narratives, and operationalize a paradigm-shifting roadmap for reducing corporate BS across the value chain. news.cornell.edu/stories/2026...

Workers who love ‘synergizing paradigms’ might be bad at their jobs | Cornell Chronicle

Employees who are impressed by vague corporate-speak like “synergistic leadership,” or “growth-hacking paradigms” may struggle with practical decision-making, a new Cornell study into “corporate BS” r...

news.cornell.edu

Could there be 👽 life in Venus’s clouds? Up to six missions are planned to explore our hot neighbor. In our latest #astrobiology paper, we ask: Could carbon-free heteropolymers be the backbone of life in sulfuric-acid–rich clouds? Check it out! 🔗 www.cambridge.org/core/journal...

On the possibility of carbon-free heteropolymers on Venus: a computational astrobiology study | QRB Discovery | Cambridge Core

On the possibility of carbon-free heteropolymers on Venus: a computational astrobiology study - Volume 6

cambridge.org

Excited to see our work featured by Digital Discovery! Tired of quantum noise ruining your chemistry sims? Our new MREM method brings multireference insight to error mitigation—boosting accuracy for strongly correlated molecules on NISQ hardware. Proud of this collaboration with @rahmlab.bsky.social

Digital Discovery@digital-discovery.rsc.org · last yr.

Tired of quantum noise ruining your chemistry simulations? Our new MREM method brings multireference insight to error mitigation, boosting accuracy for strongly correlated molecules on near-term quantum devices. @rahmlab.bsky.social @dobrautz.bsky.social Read the paper here: doi.org/10.1039/D5DD...

💥 How much energy can be squeezed into chemical bonds before reality objects? A part of my scientific journey has been focused on answering that question, by both modeling and making extremely energetic materials. In this blog post, I reflect on that pursuit rahmlab.com/2025/07/23/a... #chemsky

A Quest for the World’s Most Energetic Compound

In a recent article, Lara Harter and Guillaume Belanger-Chabot (both at Université Laval in Quebec) and I computationally investigate the feasibility of making dinitroacetylene (C2(NO2)2; see Fig 1…

rahmlab.com

The idea of a Boltzmann brain, a 🧠 spontaneously appearing someplace in space believing it is you granted the universe is large enough, is bogus. In contrast, here is evidence for the Boltzmann hut (Swedish: koja), a series of branches randomly assembling to form a hut. #thermodynamics #chemsky

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During the holidays, I revisited an idea I bring up (usually after a few drinks): A Theory of Food #Evolution! 🥖🍕 Just like species evolve, so does food. Which food risks extinction, and what food evolution will happens in zero gravity? #FoodForThought #recipes #culinary rahmlab.com/2025/01/04/a...

A Theory of Food Evolution

During the holiday season I got reminded of an idea I sometimes bring up jokingly (usually after a few drinks): A theory of food evolution! It goes something like this: Food is an evolving story of…

rahmlab.com