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Scott Aaronson
Quantum Computational Complexity
Quantum Algorithms
Limits Of Quantum Computation
Computational Complexity Theory
About
Prior to coming to UT, Aaronson taught for nine years in Electrical Engineering and Computer Science at MIT. His primary area of research is theoretical computer science, and his research interests center around the capabilities and limits of quantum computers, and computational complexity theory more generally.
Research Performance Summary
1989-2026
Active Research Span
First Recorded Paper
A simple refractory depression scale
Year:
1989
Citations:
0
Venue:
Biological Psychiatry 25 (7), A207
Latest Recorded Paper
Durability of the benefit of vagus nerve stimulation in markedly treatment-resistant major depression: a RECOVER trial report
Year:
2026
Citations:
0
Venue:
International Journal of Neuropsychopharmacology 29 (1), pyaf080
Last 10 Years Publication Activity
This timeline shows the professor's yearly publication activity.
Publication Venues and Collaboration
Journal, Conference, and Book Publication Breakdown
Top Coauthors
Aaronson
Carpenter
Research Impact by Period
Papers
36
Citations
406
Avg. Citations / Paper
11.3
H-Index
7
Papers
112
Citations
3488
Avg. Citations / Paper
31.1
H-Index
26
Papers
77
Citations
4667
Avg. Citations / Paper
60.6
H-Index
26
Papers
74
Citations
6296
Avg. Citations / Paper
85.1
H-Index
24
Papers
42
Citations
3599
Avg. Citations / Paper
85.7
H-Index
21
Papers
23
Citations
3884
Avg. Citations / Paper
168.9
H-Index
13
Papers
4
Citations
23
Avg. Citations / Paper
5.8
H-Index
3
Papers
1
Citations
0
Avg. Citations / Paper
0
H-Index
0
Contact and Professional Links
Detected Research Keywords
Transcranial Magnetic Stimulation
Treatment Resistant Depression
Major Depressive Disorder
Vagus Nerve Stimulation
Single Dose Psilocybin
Magnetic Stimulation Major
Stimulation Major Depressive
Magnetic Stimulation Treatment
Severe Treatment Resistant
Open Label Study