Our newest Voices from DARPA episode, “Decentralizing #Chemistry,” highlights tech programs designed to enable distributed, small-batch manufacturing of chemical products while retaining efficiencies of large-scale industrial production. https://ow.ly/P35p50SsQwH
Atomic chemistry is the branch of science which studies the structure, behavior, and properties of atoms and their interactions with matter. It is a subfield of chemistry, physics, and quantum mechanics that focuses on the study of the structure and behavior of these particles. Atomic chemistry deals with the structure and properties of atoms, their interactions with other atoms, and their reactions with other particles. It is also concerned with the structure and properties of molecules, and their reactions with other substances. Atomic chemistry is an important field of science that is used to study the fundamentals of matter and to develop new materials and technologies. Brooks, R. A., Edwards, L. R., King, C. F., (2001). Radiation Response of Selected Ceramic Capacitors Types. Sandia Report, SAND2001-ABCD.
Jerry Magera
2w
Take a look at the chemical processes used in the US PWB/substrate manufacturing operations to help identify opportunities to deal with non-continuous processes where chemistry degrades to introduce failures.
Florin P.
2w
Far-sighted strategy!
Capital Markets | 30yrs of Startups | Aerospace Engineer
2wI will bookmark to listen later. I certainly hope that if Defense Advanced Research Projects Agency (DARPA) is working to decentralize Chemistry that it is also seeking to architect commensurate systems for regulatory feedback that will keep the public and other life safe, for existing regulatory frameworks (based upon linear sytem designs) will not be sufficient to deal with network complexity - but the engineers at DARPA would know this already. Stefanie Tompkins