DeepMind has given us the 3-D structures of all human proteins. What does it mean for biofacturing? Here’s our take.
The brave new world of protein structures and biofacturing
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Blog
Beyond the t-test: Using Bayesian modeling to separate signal from noise
A data science approach to finding commercially relevant titer improvements in fermentation
From DARPA to IPO: It’s time to build the bioeconomy
From ag to electronics, biology could drive a global industrial renaissance, built with good jobs, fueled by technology, and led by the U.S, says Zach Serber.
How machine learning is changing the way we design products
Marian Farah’s team is honing in on better chemicals and materials — without the AI hype.
Digital screens of the future: Touch Taiwan 2021 in pictures
A visual tour of the materials and innovations going into your next digital device, featuring Hyaline Z2 and clear touch panel displays.
The art of biological data science: Bringing biology’s great unknowns into focus
How algorithms are ushering in the era of generative biology
Hyaline Z2: The nature-inspired material that brings futuristic electronic displays to life
Brighter digital displays. Clearer images. Longer battery life. What do these device features have in common? A bio-inspired electronic film can help achieve them all.
From atoms to bytes and back again: How DNA spells manufacturing in the digital age
A fusion of digital, physical, and biological technologies may come to represent The Fourth Industrial Revolution.
Let’s not call it AI: How machine learning changes the story of what’s possible in biology
Vytas SunSpiral talks about the quest to push the envelope in technology and biology.
How biofacturing can help tackle plastic waste
Plastic waste is choking our landfills and polluting our water and soil. Recycling is important, but only about 9% of the world’s plastic gets recycled. The rest adds to the 6.3 billion tons of plastic waste that has accumulated across the globe.
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