News & Research
A Web Platform Unifying Experimental Developability Data with in silico Predictions to Accelerate Therapeutic Antibody Discovery
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.
A Web Platform Unifying Experimental Developability Data with in silico Predictions to Accelerate Therapeutic Antibody Discovery
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.
Mapping Antibody Behaviour: Multi-Dimensional Data for Developability
We present Liquid Brain®, a liquid-state machine inspired by neuronal signal processing that maps antibody behaviour by generating thermodynamic state diagrams.
Mapping Antibody Behaviour: Multi-Dimensional Data for Developability
We present Liquid Brain®, a liquid-state machine inspired by neuronal signal processing that maps antibody behaviour by generating thermodynamic state diagrams.
When Sensors Disagree: Gauss, Elon, and What We Can Learn for Molecules
A few days ago, Elon Musk tweeted: “Lidar and radar reduce safety due to sensor contention. If lidars/radars disagree with cameras, which one wins? … We turned off the radars in Teslas to increase safety. Cameras ftw.”
When Sensors Disagree: Gauss, Elon, and What We Can Learn for Molecules
A few days ago, Elon Musk tweeted: “Lidar and radar reduce safety due to sensor contention. If lidars/radars disagree with cameras, which one wins? … We turned off the radars in Teslas to increase safety. Cameras ftw.”
A High-Dimensional Interfacial Wave Assay for Early Biophysical Profiling of Therapeutic Antibodies
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
A High-Dimensional Interfacial Wave Assay for Early Biophysical Profiling of Therapeutic Antibodies
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
How Crashes Reveal the Deepest Truths About the Universe, the Brain, and the Future of Thinking Machine
Two black holes merge, sending ripples through space-time (gravitational waves). This tremendously powerful collision, first detected by LIGO in 2015, involved black holes about 30 times the Sun’s mass each.
How Crashes Reveal the Deepest Truths About the Universe, the Brain, and the Future of Thinking Machine
Two black holes merge, sending ripples through space-time (gravitational waves). This tremendously powerful collision, first detected by LIGO in 2015, involved black holes about 30 times the Sun’s mass each.
LLMs Know the Past, But Can They Predict the Future? The Case for World Models in Biology and Materials
In my last post, I broke down AI/ML for experimentalists working in biologics, addressing how these tools fit into experimental workflows.
LLMs Know the Past, But Can They Predict the Future? The Case for World Models in Biology and Materials
In my last post, I broke down AI/ML for experimentalists working in biologics, addressing how these tools fit into experimental workflows.
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?