Pinned update
New paper and talk cycle
The site now highlights work around relativistic quantum computing, contextuality harvesting, and conference material in a more navigable way.
Welcome to my personal website and blog, dear Qubitzers! Take your shoes off and stay a while, why don’t you.
Disclaimer: the views expressed on the site are my own and do not necessarily reflect the views of my colleagues, employers, affiliations, or anyone else mentioned on the site.
Major updates and useful entry points that deserve more than a one-off mention.
Pinned update
The site now highlights work around relativistic quantum computing, contextuality harvesting, and conference material in a more navigable way.
Conference material
Recent conference talks and posters are linked directly from the research page, so the site now works better as a central hub for talks and related material.
Fresh paths through the site
Find what you are looking for quickly and in style.
Featured Posts
Another great time cruising through Wien seeing great art and lively markets
Presenting my latest work at a one day conference hosted at IQOQI Wien and organized by the ISRQI
Recent Posts
Another great time cruising through Wien seeing great art and lively markets
Presenting my latest work at a one day conference hosted at IQOQI Wien and organized by the ISRQI
I cash in on a giftcard for a walk with Alpacas and head to Bogenfest with friends to hear some great music
My friend Desi successfully defends her PhD and celebrations ensue
Visiting the group of Robert Raussendorf in Hannover to collaborate
I meet my parents in Prague and we have a blast
Stopping by in Slovenia and Austria as I make my way to Bratislava for a quantum gravity conference
Experts in quantum gravity and quantum information meet to assess the status of observers in quantum theory
Explore the site
Featured Work
Papers
Paper
Shows that detectors coupled to a quantum field can extract contextuality directly from the vacuum, extending the resource-harvesting program beyond entanglement.
Paper
Builds a quantum-computing architecture where gate operations arise from relativistic motion and field-mediated interactions.
Paper
Introduces a more expressive and interpretable learning architecture for projective simulation using a many-body inspired inductive bias.
Talks and Posters
Talk
IJCAI 2026 conference talk on multi-excitation projective simulation and its many-body-physics-inspired inductive bias.
Talk
Recorded conference talk from the 15th Relativistic Quantum Information North Conference.
Poster
Poster version prepared for QISS 2025.
Codes
Code
Code connected to the relativistic variational quantum computer work.
Code
Simulation code for contextuality harvesting from quantum fields.
Code
Codebase underlying the polymer self-consistent field theory atom papers.