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Home Tsvi Tlusty

Unlocking the Mechanics of Life: Enzymes as Soft, Programmable Nanobots

The findings of this research have been published in Nature Physics on March 28, 2025.

Unlocking the Mechanics of Life: Enzymes as Soft, Programmable Nanobots

Abstract The catalytic cycle involves internal motions and conformational changes that allow enzymes to specifically bind to substrates, reach the transition state and release the product. Such mechanical interactions and motions are often... Read More

Mar 31, 2025 By JooHyeon Heo Research
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Life as a Multiscale Cascade of Machines Making Machines

The work by Distinguished Professor Tlusty has been published in the January 2025 issue of Proc. Nat. Sci. USA.

Life as a Multiscale Cascade of Machines Making Machines

Abstract Life is invasive, occupying all physically accessible scales, stretching between almost nothing (protons, electrons, and photons) and almost everything (the whole biosphere). Motivated by seventeenth-century insights into this infi... Read More

Jan 31, 2025 By JooHyeon Heo Research
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Scientists Observe “Quasiparticles” in Classical Systems for the First Time

Their findings have been published in the January 2023 issue of Nature Physics.

Scientists Observe “Quasiparticles” in Classical Systems for the First Time

Starting with the emergence of quantum mechanics, the world of physics has been divided between classical and quantum physics. Classical physics deals with the motions of objects we typically see every day in the macroscopic world, while qu... Read More

Feb 01, 2023 By JooHyeon Heo Research
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The Exotic and The Common: A New Bridge Between Topological and Soft Matter

The work by Distinguished Professor Tlusty has been published in the August 2021 issue of Phys. Rev. E.

The Exotic and The Common: A New Bridge Between Topological and Soft Matter

Exotic topological features that were thought to exist only in sophisticated quantum matter systems emerge in ordinary soft matter at room temperature, demonstrating that the so-called exotic phenomena are much more widespread than previous... Read More

Aug 23, 2021 By JooHyeon Heo Research
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New Study Presents Model to Explain How Evolution Can Shape Flexible, Functional Proteins

The work by Professor Tlusty has been published in the May issue of PNAS.

Researchers have designed a model to explain how evolution can shape flexible, functional proteins.

New Study Presents Model to Explain How Evolution Can Shape Flexible, Functional Proteins

An international team, affiliated with UNIST has designed a model that simulates protein evolution. Starting from stiff, unfunctional proteins, the computer model shows how evolving protein components can work together to give rise to dynam... Read More

May 29, 2018 By JooHyeon Heo Research
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