Comment by throwway120385
3 days ago
I mean if you didn't already know how to solder to Germanium crystals you would have had to spend months experimenting with the material before you could get leads to stick.
3 days ago
I mean if you didn't already know how to solder to Germanium crystals you would have had to spend months experimenting with the material before you could get leads to stick.
Google said (AI result):
Also one of the search results implied etching first could help remove germanium oxide and used a different solder: https://www.researchgate.net/post/How-to-solder-germanium-wa...
Plus you'd need to decide how to get a good thermal connection to set the temperature of the crystal - maybe via one big lead?
Being in the future makes some things simpler?
The little experience I've had with lab physicists showed they needed a good ability to build, debug and maintain their own equipment. You can't always rely on technicians.
In most but the very richest physics research groups there are no such thing called technicians. Except for shared equipment in centralized managed facilities like the nanofabs, even there you need to tune your own recipe...
Good, but go back in time to the year 2000 and try to solve the problem with the technology extant at that time.