Can Quantum Chemistry Simulations Help Trace the Origin of Life?
From cosmic crucibles to Earth’s primordial soups, can quantum chemistry simulations help us understand how lifeless molecules sparked life?
Read moreFrom Atoms To Words
From cosmic crucibles to Earth’s primordial soups, can quantum chemistry simulations help us understand how lifeless molecules sparked life?
Read moreAt Quantistry, we are celebrating a significant milestone: €3 million funding to transform chemical and material R&D. From Quantum to AI.
Read moreOnce theoretically predicted, then experimentally confirmed, anion-pi interactions have become central in various fields of chemistry.
Read moreWhat’s serendipity? Where does AI fit into the picture? And what can we anticipate for the future of scientific discovery?
Read moreTo a quantum chemist, every science problem looks like a quantum chemistry problem. Enter ReaxFF molecular dynamics.
Read moreWe’ve mastered predicting protein structures from their sequences. Can we now replicate this success with RNA structure prediction?
Read moreAll-atom molecular dynamics simulations of the SARS-CoV-2 virus, featuring 305 million atoms! Is that even possible? Yes, it is.
Read moreCan we really investigate enzymatic reactions and estimate their activation energies with quantum chemistry? Let’s talk “cluster approach.”
Read moreThe journey of machine learning in materials science is just at the beginning. Yet, its impact is already clear.
Read moreAndre Geim’s Nobel lecture is a goldmine of science-inspired life lessons. Eager to dig deeper into the wisdom of he who discovered graphene?
Read moreIs AI the real deal in drug discovery? And if it is, how exactly is it going to disrupt the drug discovery process?
Read moreMachine learning is all over: drug discovery, material design, protein structure prediction. As computational chemists, should we be worried?
Read moreThe discovery of cisplatin: a story of human curiosity and ingenuity inspiring a pivotal turn in medical history.
Read moreNoncovalent interactions in proteins: the flexible wonders that bestow proteins the magic of three-dimensionality.
Read moreMultiscale simulations of DNA to tackle a challenge of epic proportions: Embark on a computational journey into the essence of our being.
Read moreWhen you really get down to it, all living things, including humans, are just excitations of the quantum fields. Ergo quantum biology.
Read moreYou wake up and brew yourself a refreshing cup of coffee. Your calendar says it’s 2043. Time to run your daily computational chemistry simulations.
Read moreHow did quantum chemistry evolve from the early days when Schrödinger wrote down his equation to today’s quantum computing hype?
Read moreThe true story of how I went from almost having to leave Berlin to contributing to the discovery of the anion-pi Interactions in proteins.
Read moreShakespeare’s DNA? Dante’s RNA Infernal Structures? Discover Literature’s Genetic Code through bioinformatics.
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