Timeverse Research Lab Selected for Fujitsu Quantum Simulator Challenge 2025-26

We are proud to announce that Timeverse Research Lab has been officially selected to participate in the prestigious Fujitsu Quantum Simulator Challenge for 2025-26.

Our proposal, centered on the innovative HS-Bloch Gating protocol, was chosen by Fujitsu's technical committee. This provides us with an incredible opportunity to test our temporal coordination theories on their world-class 40-qubit quantum simulator.

The Challenge: Taming "Quantum Weather"

A primary obstacle in the NISQ era is hardware instability. Environmental factors create a dynamic noise landscape we call "Quantum Weather." Running expensive algorithms like QAOA or VQE during periods of high noise is inefficient and yields unreliable results. Our goal is to solve this by making the system "weather-aware."

Our Solution: HS-Bloch Gating

Instead of treating time as a simple scheduling parameter, our HS-Bloch protocol uses it as an active gate. It assesses the real-time quality of the QPU based on both phase alignment and coherence magnitude.

• Good Weather (Low Noise): The gate opens, and the quantum circuit is executed.
• Bad Weather (High Noise): The gate remains closed, preserving resources and preventing wasted computation.

This "Quality-Aware Execution" aims to dramatically improve the efficiency and reliability of variational algorithms.

A World-Class Platform for Validation

Fujitsu's challenge gives us access to their state-of-the-art 40-qubit CPU-based simulator, which leverages "Qulacs" for high-speed performance, and their proprietary 'Fujitsu Quantum Application Research Package' (Fujitsu QARP). This will allow us to validate our HS-Bloch protocol on industrial-scale problems, a critical step in moving from theory to real-world application.

With a potential prize of up to $100,000 and the chance for future partnerships, this is a major milestone for Timeverse.

Next Steps

Our team is eager to begin the challenge, which runs from January to March 2026. We will be integrating our scheduling logic with the Fujitsu QARP SDK and preparing to benchmark its impact on solving complex optimization problems.

Stay tuned for more updates as we embark on this exciting phase of our research.