Quantum computing for space applications 2025

Session

After-lunch session

Nov 19, 2025, 2:30 PM

H-0-11 (Jagiellonian University)

8. Trapped Ions Quantum Computing

Bartosz Grygielski, Grzegorz Czelusta

11/19/25, 2:30 PM

9. Optical alignment of entanglement sources on satellites using reinforcement learning

Akshata Shenoy

11/19/25, 3:00 PM

Quantum entanglement distributed using satellites enable quantum communication across the globe. Sources that produce entanglement are subject to misalignment due to degradation over a period and outer space conditions. In this work, we ensure optimal alignment of the entanglement source in automation for efficient generation of entangled photon pairs using a heuristic and reinforcement...

14. Data Augmentation for Quantum Machine Learning

Mariia Baidachna

11/20/25, 2:30 PM

Quantum machine learning faces several bottlenecks that impede its empirical and theoretical computational advantage. One critical challenge is encoding classical data to quantum states. In this work, we present a novel data augmentation strategy applied after encoding, resulting in faster convergence with less data on quantum machine learning models. We demonstrate its effectiveness on...

15. Quantum Gravimetry

Adam Ciesielski

11/20/25, 3:00 PM

16. Practical Quantum Encryption and Noise-Resilient Quantum Sensing for Space Applications

Noor Ul Ain Faisal

Space-based quantum systems face unique challenges, including hardware limitations, decoherence, and secure data transmission. This contribution presents a practical approach to implementing quantum encryption protocols using Qiskit, alongside noise-resilient quantum sensing strategies tailored for satellite and near-space environments. By bridging theory with practical simulations, the work...