We did some brief demographic surveys of the attendees of the session. Here are the results!
(Respondents could choose 1 answer)
- High school student: 0
- Undergraduate student: 2
- Graduate student: 8
- Postdoc/other research staff: 6
- Academic faculty: 5
- Industry professional: 6
- Other: 0
(Respondents could choose 1 answer)
- Chemistry: 9
- Physics: 5
- Materials Science: 3
- Biology: 2
- Computer Science: 2
- Mathematics: 3
- Other: 0
(Respondents could choose multiple answers)
- Density functional theory (DFT): 14
- Quantum Monte Carlo (QMC): 2
- Hartree-Fock (HF): 7
- Tight-binding models (TB): 6
- Parciel simulation: molecular dynamics (MD), classical Monte Carlo, etc.: 12
- Continuum modeling: 1
- Data Science/Machine Learning: 12
- Experiments!: 7
- Other: 6
(Respondents could choose 1 answer)
- Mostly periodic systems/crystals: 8
- Mostly localized systems/molecules: 10
- Both (e.g. surfaces, catalysis, etc.): 9
- Something else?!?: 0
(Respondents could choose 1 answer)
- I maintain a research/production code in Julia (e.g. for running simulations): 20
- I use Julia for setup/post-processing/other minor tasks: 2
- I use Julia for a personal side project: 1
- I plan to use Julia for an upcoming project: 2
- I don't use Julia, but am curious about how I could :) : 2
(Respondents could choose 1 answer, Rachel was critiqued for lumping Hartrees and Rydbergs together. She will hopefully live it down someday.)
- Electron volt: 11
- Hartree/Rydberg: 10
- Joule: 6
- Kilowatt-hour: 1
- Erg: 0
- Btu: 1