The quantum flux parametron is a really fascinating design and I always wondered why no one talks about it. You can get to GHz range easily and computing will be adiabatic. Its based on Josephson-junctions so you need…
Low frequencies are studied quite extensively, especially the mHz-10Hz region for noise characterization of solid state materials. 1/f is quite well studied depending on your field. In semiconductor physics, for…
Its a scaling problem. You can do a lot of cool things with fib/ebip etc. but the process itself is very slow and requires patience unless you want to destroy your structure via codeposits or other side effects. Kinda…
I really wish AI could help with learning open source FEM software so far having grok or gemini write elmer/fenics code has been a very bumpy ride my only saving grace is the fact that I can ask my colleagues for…
The quantum flux parametron is a really fascinating design and I always wondered why no one talks about it. You can get to GHz range easily and computing will be adiabatic. Its based on Josephson-junctions so you need…
Low frequencies are studied quite extensively, especially the mHz-10Hz region for noise characterization of solid state materials. 1/f is quite well studied depending on your field. In semiconductor physics, for…
Its a scaling problem. You can do a lot of cool things with fib/ebip etc. but the process itself is very slow and requires patience unless you want to destroy your structure via codeposits or other side effects. Kinda…
I really wish AI could help with learning open source FEM software so far having grok or gemini write elmer/fenics code has been a very bumpy ride my only saving grace is the fact that I can ask my colleagues for…