Carina Ines Hausladen PRO
I am an Assistant Professor for Computational Social Science at the University of Konstanz, Germany.
POL-32450, Proseminar II, Universität Konstanz, winter semester 2026/27
Tuesdays, 11:45–13:15, Room G307
Carina Hausladen
| Date | Session | Due before class |
|---|---|---|
| Oct 20 | Introduction | – |
| Oct 27 | Extension ideas and literature gap | Read your paper; first extension idea |
| Nov 3 | 1. Politics of AI and work | Readings; literature gap |
| Nov 10 | 2. Who shapes AI science | Readings; hypothesis |
| Nov 17 | 3. Voluntary vs. mandatory accountability | Readings; causal research design |
| Nov 24 | 4. Designing rules | Readings; dummy figure + results |
| Dec 1 | 5. States vs. AI power | Readings; introduction + conclusion |
| Dec 8 | Short exposé presentation + group feedback | Short-exposé draft; ILIAS: revision unit; submit by Dec 9 |
| Dec 15 | Theoretical model and DAG | Long exposé: literature-gap figure |
| Dec 22 | 1:1 feedback (online) | Long exposé: model and DAG |
| Jan 12 | 1:1 writing session | Long exposé: first draft; ILIAS: writing reflection |
| Jan 19 | Presentation: social media thread | Thread on slides |
| Jan 26 | Final presentations + feedback I | – |
| Feb 2 | Final presentations + feedback II | – |
| Date | Session | Due before class |
|---|---|---|
| Oct 20 | Introduction | – |
| Oct 27 | Extension ideas and literature gap | Read your paper; first extension idea |
| Nov 3 | 1. Politics of AI and work | Readings; literature gap |
| Nov 10 | 2. Who shapes AI science | Readings; hypothesis |
| Nov 17 | 3. Voluntary vs. mandatory accountability | Readings; causal research design |
| Nov 24 | 4. Designing rules | Readings; dummy figure + results |
| Dec 1 | 5. States vs. AI power | Readings; introduction + conclusion |
| Dec 8 | Short exposé presentation + group feedback | Short-exposé draft; ILIAS: revision unit; submit by Dec 9 |
| Dec 15 | Theoretical model and DAG | Long exposé: literature-gap figure |
| Dec 22 | 1:1 feedback (online) | Long exposé: model and DAG |
| Jan 12 | 1:1 writing session | Long exposé: first draft; ILIAS: writing reflection |
| Jan 19 | Presentation: social media thread | Thread on slides |
| Jan 26 | Final presentations + feedback I | – |
| Feb 2 | Final presentations + feedback II | – |
"The issue is not whether my students are valuable. In the long run, they are invaluable. The issue is that their value emerges slowly, whereas AI delivers immediate returns. I feel somewhat embarrassed to admit how tempting this is.
Yet I see these calculations shaping the labs around me. Close colleagues are quietly refraining from taking on as many students as they used to."
2' per paper
main application document:
5 pages (only)
FAccT, AIES, arXiv cs.CY
Gerchick, Wang, Trišović, Jarvers, Longpre, Blankvoort
Intro → related work → methods → findings → discussion with recommendations and limitations → conclusion
AJPS, preprint in the same style
Yang, Chueri & Törnberg
Intro → background → theory with hypotheses → data and research design → results → discussion
Stanford Digital Economy Lab
Brynjolfsson
Long intro with literature → data → results → robustness → alternative explanations → conclusion → long appendix
Nature, PNAS, PNAS Nexus
Kalluri, Waight, Hao, Laufer, Fenoaltea, Wack
Abstract → short intro → results under claim headings → discussion → methods at the end
https://www.overleaf.com/project/6ad66c8e39f8f9af9c366884/share#1fb1b99d0715bed0873af73530917c52ca0431b0514867cd
Submit via Overleaf: YourName.tex, section "Literature"
\bibliography{…} to your .bib file\cite{key}- 15' paper 1
- 15' paper 2
- 10' AI Observatory
- 5' Break / buffer
- 20' Theory and hypotheses
- 25 Your Extension ideas &
Literature sections
Theory: Why and through what mechanisms does the phenomenon occur
Hypothesis: What observable outcome would we expect if this theoretical explanation is correct?
Falk, Fehr & Fischbacher 2003: 8/2 offer + 4 additional ones
| Proposer's alternative | H1: outcomes | H2: intentions | Responders who reject 8/2 |
| 5/5 (fair) | same | high | 44% |
| 2/8 (generous) | same | medium | 27% |
| none (forced) | same | none | 18% |
| 10/0 (greedy) | same | low | 9% |
H1: Rejections of 8/2 are the same whatever the alternative.
H2: Rejections of 8/2 are higher when 5/5 was possible than when only 10/0 was.
H1: if the app tells people why a proposal is shown, they'll understand why Most Voted is unfair, so they'll rate FairFeed as fairer.
Result: rejected. People liked Most Voted "to see what others support", and almost nobody mentioned fairness.
H2: people don't see FairFeed as fairer because they don't know how it orders proposals. Asking them, then explaining the rich-get-richer effect, will change their view.
Result: Only 3 of 21 got the quiz fully right, and the explanation moved only very few people.
Submit via Overleaf: YourName.tex, section "Theory and Hypotheses"
- 5' orga
- 15' paper 1
- 15' paper 2
- 15' paper 3
- 5' next task
- 20' questions on writing
%\cite{} (or \citep or citet)No new content. Make what you have read like a paper. Submit via Overleaf: YourName.tex
By Carina Ines Hausladen
I am an Assistant Professor for Computational Social Science at the University of Konstanz, Germany.