Scholar
Jarek Duda
Google Scholar ID: -6Z7zwcAAAAJ
Jagiellonian University
Citations & Impact
Citations
972
H-index
12
i10-index
15
Publications
20
Co-authors
0
Contact
Publications
Resume (English only)
Academic Achievements
- Invented and developed Asymmetric Numeral Systems (ANS), a family of entropy coders now widely used in ZSTD (Facebook/Linux/Android), LZFSE (Apple/macOS/iOS), JPEG XL, Google Draco, and CRAM DNA compressor
- Proposed Maximal Entropy Random Walk for modeling in physics and information theory
- Generalized the Kuznetsov-Tsybakov problem in constrained coding, enabling message encoding under sender-only-known constraints
- Developed the Finite State Entropy implementation of tANS, offering arithmetic-coding-level compression at Huffman-like speed, with chaotic properties suitable for simultaneous encryption
- Introduced Hierarchical Correlation Reconstruction (HCR)-based local joint distribution models in 2WNN, enabling biology-like multidirectional propagation
- Proposed the Two-Way Quantum Computing (2WQC) framework, theoretically capable of solving NP problems and enhancing quantum error correction
- Explored non-perturbative Standard Model via liquid crystal-inspired topological excitations using Landau-de Gennes-like Lagrangians
Education
- 2006–2012: PhD in Theoretical Physics, Jagiellonian University
- 2004–2010: PhD in Theoretical Computer Science, Jagiellonian University
- 2001–2006: MSc in Theoretical Physics, Jagiellonian University
- 2000–2005: MSc in Theoretical Mathematics, Jagiellonian University
- 1999–2004: MSc in Computer Science, Jagiellonian University
Co-authors