Homepage of Dirk Oliver Theis
Dr. rer. nat. habil.
Dirk Oliver Theis
Associate Professor
- Diplom in mathematics, Heidelberg (8/2002)
- Dr. rer.nat., Heidelberg (12/2005, summa cum laude🔗)
- Habilitation to Priv.-Doz. in mathematics, Magdeburg (5/2012)
- Assoc. Prof. in Theoretical Computer Science🔗 at Uni Tartu, Estonia, EU, Earth (since 3/2013)
Research
Who I am: Theoretical computer science, applicable mathematics.
What I do: Quantum computing.
Theoretical computer science and mathematics are about proving theorems, which is what I (try to) do most of the time. To assess the practical utility of results that I obtain on paper, I also often write proof-of-concept source code. Apart from pure theory, I'm fond of compiler engineering: the closer to the metal the better. With my research, I aim to contribute to realizing quantum computing within this decade.
My recent papers:
- On SciRate
- My arXiv tag
- My ORCID stub will, at some point in the future 🙄, offer a selection of my favorite recent papers & preprints
- .
Teaching
Current students
- Evgenii Dolzhkov: PhD candidate — Quantum (and quantum inspired) algorithms for optimization
- Shahla Novruzova: PhD candidate — Quantum error correction & fault-tolerance
- Anton Perepelenko: BSc candidate — Testing quantum computers
Past students…
… in quantum computing:
- Anabel Ovide González Multicore quantum computers: Mapping analysis of quantum algorithms (MSc 2022)
- Handy Kurniawan A quantum language compiler (MSc 2022)
- Alejandro Villoria Gonzalez Verification of AutoCCZ quantum states by ZX calculation (MSc 2022)
- Evgenii Dolzhkov, Using abstract harmonic analysis and Lie group theory to study parameterized quantum circuits (MSc 2020)
- Andrew Lei, Quantum computing methods for machine learning (MSc 2020)
- Mykhailo Nitsenko (MSc 2020)
Courses
Teaching in Fall 2024:
LTAT.04.004
Quantum Seminar (3 ECTS)
Quantum computing courses I have taught in the past include:
MTAT.05.118
Quantum Algorithms (6 ECTS; basic quantum algorithms)MTAT.07.024
Quantum Cryptography (6 ECTS)LTAT.00.015a
Modern Quantum Algorithms (6 ECTS; LCU, QSVT, etc.)LTAT.00.015b
Quantum Error Correction & Fault Tolerant Quantum Computing (6 ECTS; stabilizer codes, surface codes, fault tolerant QC)LTAT.00.015c
Quantum Information Processing with Photons (6 ECTS; measurement-based quantum computing on photonic QC devices)
Contact
➜ LinkedIn
➜ dotheis
dot UTartu
at ƍ📧
dot com
(I lose some of the mails sent to my @ut.ee-address.)