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Publication
12.11.2025
Every day seems to bring a fresh wave of new assays and in silico models, bringing also more fragmentation and complexity. Teams spend more time comparing outputs than learning from them.
Author(s):
Apoha
We present Liquid Brain®, a liquid-state machine inspired by neuronal signal processing that maps antibody behaviour by generating thermodynamic state diagrams.
16.5.2025
We introduce the Variations of Interfacial Behaviour and its Evolution (VIBE) assay—a high-dimensional biophysical measurement inspired by the thermodynamics of biological signalling. In each assay, an antibody sample stimulates an excitable liquid interface held near a thermodynamic phase transition
Podcast
24.4.2019
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?
Oxford Sparks x Shamit Shrivastava
1.1.2014
Biological macromolecules self-assemble under entropic forces to form a dynamic 20 interfacial medium where the elastic properties arise from the curvature of the entropic potential of the interface.
Shrivastava S.
12.7.2023
As demand for computational resources reaches unprecedented levels, research is expanding into the use of complex material substrates for computing.
Shrivastava S., et. al.
6.9.2014
Biological membranes by virtue of their elastic properties should be capable of propagating localized perturbations analogous to sound waves. However, the existence and the possible role of such waves in communication in biology remain unexplored.
Shrivastava S., Schneider M.
Nonlinear waves have played a significant role in the development of the science of complexity throughout history.
Shrivastava S., Caramazza P. & Marcucci G.
Media Mention
1.4.2018
Physicists who have revived experiments from 50 years ago say nerve cells communicate with mechanical pulses, not electric ones
Douglas Fox
