3D Chemicals Technology 
TechCrunch
FEBRUARY 28, 2022
Instead, it’s developing a unit that 3D prints a dense network of microchannels that pass cells through the nutrients and oxygen they need. An example of a 3D-printed fluid channel piece. Despite the potential of the technology, Stämm is still in the early stages of commercializing it.
The Parallax
FEBRUARY 20, 2020
The technology that might become the future of facial recognition started with a bucket of household paint. Ingmar Bruder was researching organic photovoltaics—and how to make paint that could absorb sunlight and turn it into electricity—at German chemical giant BASF, when he hit upon an unexpected discovery.
TechCrunch
FEBRUARY 9, 2021
Part of that comes from the need to closely examine every relevant molecule, studying its chemical composition and interactions as well as its physical structure at the atomic level. Discovery and research of new molecular compounds is an expensive business, with development costs exceeding $10 billion per substance in some cases. per drug.”.
TechCrunch
DECEMBER 2, 2020
Machine learning has, of course, accelerated work in many fields, biochemistry among them, but he felt that the potential of the technology had not been tapped. He had dabbled in the area before and arrived at what he feels is a breakthrough in how molecules are represented digitally. ” Flagship Pioneering raises $1.1
CIO
AUGUST 27, 2024
The digital human workflow for customer service is aimed at helping enterprises bring their enterprise applications to life with a 3D animated digital human interface powered by NVIDIA Tokkio, an interactive avatar virtual customer service assistant product SDK. NIM microservices.
TechCrunch
OCTOBER 20, 2022
Called Generally Intelligent , it plans to do this by turning these fundamentals into an array of tasks to be solved and by designing and testing different systems’ ability to learn to solve them in highly complex 3D worlds built by their team. ” Image Credits: Generally Intelligent.
TechCrunch
AUGUST 11, 2022
It looks a bit chaotic, but the material is carefully engineered to interact with the other chemical components of the electrolysis process (mainly water and a catalyst), and by forming a sort of 3D sponge structure rather than a flat or rough one, it doubles the surface area that reaction can happen on.
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