2WQC

Quantum AI Foundation supports the "2WQC" project, which seeks practical algorithms, applications, and physical realizations for two-way quantum computers (2WQC) that could theoretically solve NP problems in polynomial time.

The project was proposed by Dr Jarosław Duda from the Jagiellonian University (Kraków, Poland) is now carried out within the XPRIZE Quantum Application competition.

Resources

Two-way quantum computers adding CPT analog of state preparation - a preprint introducing the 2WQC idea
Notebook on the website of the Wolfram Community
"Grover’s algorithm on two-way quantum computer", G. Czelusta, 2024
"No-cloning theorem for 2WQC and postselection", M. Noor, J. Duda, 2024
"Optimization of Postselection in Quantum Algorithms: A Two-Way Quantum Computing Approach", Alex Linden and Betul Gul, 2024
"3-SAT solver for two-way quantum computers", J. Duda, 2024
Presentations given by the participants of the QIntern 2024 program.

Team

Dr Jarosław Duda (Team Leader)

Dr Paweł Gora (Business operations & Marketing)

Dr Tomasz Rybotycki (Quantum Algorithms)

Aleksandra Lipińska (Quantum Error Correction)

Bartosz Tomsia (Quantum Algorithms)

Grzegorz Czelusta (Quantum Algorithms)

Oskar Słowik (Quantum Algorithms)

Krzysztof Pomorski (Quantum Hardware)