News & Research

The problem of intracellular delivery is not only about permeating the outer membrane but also about mixing with the inner ones; when the state matters and when it doesn't.

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Blog

10.5.2019

How to create tiny vapour bubbles near lipid membranes using sound waves

A scientific and impact summary of the paper titled “Thermodynamic state of the interface during acoustic cavitation in lipid suspension” Phys. Rev. Materials 3, 055602 — Published 9 May 2019

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Podcast

24.4.2019

What do nerves sound like?

Our nerves don’t stop talking. They’re 24-7 communication systems for our bodies. But does all this cellular chitter-chatter actually make a noise?

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News & Research

Optimization of a Hydrodynamic Computational Reservoir through Evolution

A new paradigm of reservoir computing exploiting hydrodynamics

Navigating the Maze of Material Science: The Pitfalls of Brute-Force Machine Learning Approaches

The hydrodynamic problem of Intracellular drug delivery

How to create tiny vapour bubbles near lipid membranes using sound waves

What do nerves sound like?

What if a machine could help you feel the true texture of a material, the taste of an ingredient, the efficacy of a new drug?