Yes. And a lot of that software collects dust after the paper it produced is published :/
Academia needs to recognize and incentivize software (including maintenance) as a research output, and make funding available for more research software engineers.
Re:Why scientists are turning to Rust
by mattkrause on Tuesday December 01, 2020 @06:47PM
(#25271611)
Amen! More long-term staff scientist jobs of all stripes!
One lesson I hope people take away from AlphaGo/AlphaFold (and a lot of the work coming out of the Allen Institutes, Broad, etc) is that some really amazing work can be done when big groups of experienced people can work together on a project.
Seriously! My lab does plant root growth modeling, which (like protein folding) is a 3D morphology prediction problem. Tweaking crops for even a small increase in carbon uptake and sequestration in soil (e.g., via deeper or longer roots) may be able to cut a sizeable chunk out of annual CO2 emissions[0], but almost nobody's working on it because it doesn't have direct applications to human healthcare.
Re:Why scientists are turning to Rust
by whymauri on Wednesday December 02, 2020 @05:50PM
(#25282832)
This is really cool and I wasn't aware of this previously. Thanks for sharing!
Re:Why scientists are turning to Rust
by walleeee on Thursday December 03, 2020 @11:25AM
(#25290519)
Sure thing! Seems almost nobody is (I wasn't until a year ago)
Do these software collect dust and rust over time?
ok sorry.. bad dad joke..
This just made me discover the Dust programming language[1].
Re:Why scientists are turning to Rust
by ibraheemdev on Tuesday December 01, 2020 @09:45PM
(#25272720)
There is also DustJS [1]. It is much more popular.
I think it's really field-dependent. I know academics/profs in the computational biology space that accumulate a looot of software over time from their colleagues/students. Also, it's not the scientists/PIs writing the software :P