24
submitted 1 year ago* (last edited 1 year ago) by realChem@beehaw.org to c/science@beehaw.org

I've been curious how many working researchers we've got in this community, and what you all do!

If you're working in science (physical or social), engineering, etc in a research capacity, give a shout in the comments and let us know what you work on! Same goes for students and amateur scientists at any level. (And by amateur I mean those of you who are working on your own experiments but just not being paid for it / not working on a degree; I'm upset that "amateur" has a negative connotation, it shouldn't.)

I'm currently a PhD candidate, working on transmission electron microscopy and electronic materials (mainly ferroelectrics). In the past I've been involved in research / product development in a few different industries, including medical devices, aerogels, and materials for RF devices.

(page 2) 29 comments
sorted by: hot top controversial new old
[-] hiwigiwi@lemmy.nz 1 points 1 year ago

trained physicist with 2D materials background, turned all-round engineer with an ultrafast spectroscopy startup.

[-] AcrossTheDrift@lemmy.one 1 points 1 year ago* (last edited 1 year ago)

I'm a postdoc, working on laser-plasma interactions and electron accelerators. My PhD work was on ultrafast electron diffraction.

[-] realChem@beehaw.org 0 points 1 year ago

ultrafast electron diffraction

That's pretty fascinating stuff! I know a lot about electron diffraction in general (in the context of TEM/STEM/4D-STEM), but not ultrafast. What kind of processes were you studying with that method?

load more comments (1 replies)
[-] TechnicolorRex@beehaw.org 1 points 1 year ago

I'm a Mechanical Engineer who designs automation equipment. Basically lots of 3-6 axis robots, multi-axis gantries, various conveyance mechanisms, and other specialized automation equipment integration. Its fun because it is a job all about things moving from point A to point B.

[-] realChem@beehaw.org 1 points 1 year ago

That sounds like a pretty fun job, yeah! A bit like a real-world puzzle game, maybe? But presumably with more freedom to do what needs to be done to get things from A to B efficiently.

[-] TechnicolorRex@beehaw.org 1 points 1 year ago

100%.

It's kind of like designing Lego but with weldments, extruded aluminum, cylinders, servos, and any other number of components.

[-] dbrass@lemmy.ca 1 points 1 year ago

I'm a postdoctoral researcher in chemical engineering with a background in mechanical engineering. I have been working on different materials (composites, nanocomposites, conductive coatings), but I am now working on an atmospheric water harvesting material to produce water in remote locations with low energy demands.

[-] howrar@lemmy.ca 1 points 1 year ago

PhD student working in reinforcement learning (the branch of machine learning, not the neuroscience kind). Trying to figure out how to make more general agents, and I'm hypothesizing that making things bigger is a key ingredient.

[-] realChem@beehaw.org 1 points 1 year ago

Bigger seems to have helped so far, yeah, with things like GPT3.5 being based m some really massive models iirc? Happy to have you around!

[-] ThreeLawsDebugger@beehaw.org 0 points 1 year ago

Software engineer working with a company that does materiel handling AGV systems (basically fleets of robot forklifts). Not much in the way of cutting-edge, though I do spend a lot of time thinking about the ethical implications of automation these days.

load more comments (1 replies)
load more comments
view more: ‹ prev next ›
this post was submitted on 12 Jun 2023
24 points (100.0% liked)

Science

13026 readers
125 users here now

Studies, research findings, and interesting tidbits from the ever-expanding scientific world.

Subcommunities on Beehaw:


Be sure to also check out these other Fediverse science communities:


This community's icon was made by Aaron Schneider, under the CC-BY-NC-SA 4.0 license.

founded 2 years ago
MODERATORS