Magazine
Synthetic biology, protein design, digital twins, open science, and AI at the code–life boundary — how biology becomes programmable.
Protein structure prediction, synthetic genetic circuits, and biological data at scale are turning living systems into a new computing substrate.
12 min read
Climate modeling, biodiversity monitoring, and protein design for new materials: where AI is genuinely useful and where hype outruns evidence.
9 min read
Why more labs are sharing protocols and datasets — and what still blocks trustworthy, reusable science.
8 min read
How regulators, hospitals, and researchers are approaching in-silico models for treatment planning and drug response.
10 min read
Bio + Computing
Silicon is hitting limits. Biology is becoming programmable infrastructure.
Protein structure prediction, synthetic genetic circuits, and biological data at scale are turning living systems into a new computing substrate.
12 min read
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Models can accelerate discovery — but they also consume energy at scale.
Climate modeling, biodiversity monitoring, and protein design for new materials: where AI is genuinely useful and where hype outruns evidence.
9 min read
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Preprints, open data, and reproducibility reforms are changing how biology gets done.
Why more labs are sharing protocols and datasets — and what still blocks trustworthy, reusable science.
8 min read
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Patient-specific simulation is moving from engineering into medicine.
How regulators, hospitals, and researchers are approaching in-silico models for treatment planning and drug response.
10 min read
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