The physics department won't tell you this but the massive tanks of liquid nitrogen in the basement of the physics department are free. You can just take them home
this parenthetical will put some through the five stages of grief
ALT screenshot of a paragraph of serif text that says “The IEEE member is in charge of R&D for new chips built using TSMC’s 3-nanometer process node, expected to go into production later this year. (The commercial term nanometer refers to a new, improved generation of silicon semiconductor chips.)”
a big reason why they had huge screens in cars before other auto makers is because no automotive grade screens that large existed, so they just put laptop screens in there. then (big surprise) they all failed after a few years
thedrive.com/tech/27989/tesl…
oh, you used [commercial package] to acquire your data??? tsk tsk tsk… why didn’t you use [messy, hacked together, open source tool that came to me in a dream 2 years ago, that i haven’t written yet] instead?
Take a look at a sketch by physics laureate Ernst Ruska, dated 9 March 1931, of the cathode ray tube for testing one-stage and two-stage electron-optical imaging by means of two magnetic electron lenses (electron microscope). Ruska was awarded the 1986 physics prize for his work.
One of my least-liked design elements of suburban design is this inaccessible landing I see in foyers.
Any creative solutions for "staging" it out there?
Take a look at a sketch by Physics Laureate Ernst Ruska, dated 9 March 1931, of the cathode ray tube for testing one-stage and two-stage electron-optical imaging by means of two magnetic electron lenses (electron microscope). Ruska was awarded the 1986 Physics Prize for his work.
metallurgists will show a TEM image like this and then say some absolutely made up shit like "dislocation motion," "anti-phase boundaries," "burgers vector"
look guys, i don’t know how to break this to you all, but… well we opened up the objective area on one of the scopes today and it turns out the beam is red when it hits the sample 🤷
capacitors are like little hotels for electrons. rest stops on the information super highway.
unfortunately these capacitors are like a motel 6 on the jersey turnpike—overflowing with toxic sludge
i used to think i could control electrons with my mind but it turns out electrons & i just have very similar ideas about what stuff electrons should do
that's a nice looking STEM probe you got there... be a shame if someone were to ä̵̡͚͎́͛͝b̵͇̻͆͘͝ë̵͕͓̺́̚͠r̵̠̦͛̚r̵̻͉̓̔͐͜à̵̘̝͓̈́͠ẗ̸͎̝̼́̈́̓e̴̼̝̺̓͑͐ it
now featuring
𝔯𝔢𝔞𝔩𝔰𝔭𝔞𝔠𝔢 𝔭𝔯𝔬𝔟𝔢𝔰
look guys, i don’t know how to break this to you all, but… well we opened up the objective area on one of the scopes today and it turns out the beam is red when it hits the sample 🤷
the reason you often see liquid nitrogen dewars in electron microscope rooms is because the presence of “tube with not enough air in it” needs to be offset by “tube with too much air in it” in order for the room’s humours to be kept in balance
Crystals are picky, but they can find their match too!
Learn how epitaxy allows to template the phase-selective synthesis of nanocrystals (NCs), now online on @NatureComms. 🧵 1/8
doi.org/10.1038/s41467-022-3…
a modern transmission electron microscope is mostly just a big computer, but with the critical distinction that about 0.00000001% of the electrons take a ~2 meter long detour through empty space
older TEMs were essentially just a series of tubes. easy enough to fix…
modern ones have not only more tubes to deal with but also the Windows registry
the year is 2089. Gatan releases the K42 detector. In superresolution mode it captures 10^80 pixels. In one frame it measures the universal wave function. It stores it as a 31.5 bit integer. While generating the preview image it collapses into a black hole and the universe ends
Most food goes through machines such as this
plantautomation-technology.com/articles/types…
Organic natural meat such as pork also goes through processes such as this.
meat-machinery.com/meat-processin