Maik Hassel

Maik Hassel

Director, Product Photonic Inc.
Maik Hassel

Maik Hassel is a product and technology leader with a career built at the frontier of emerging technology. Across aerospace, automotive, telecom, fintech, and AI, he has repeatedly been at the table when transformative technologies make the leap from research promise to commercial reality — navigating the technical, organizational, and market complexity that transition demands. His breadth of experience provides a rare, grounded perspective on how deep tech actually matures: where the real barriers lie, what separates hype from durable progress, and how to build toward outcomes that hold up under scrutiny. As Director of Product at Photonic Inc., Maik is helping define the product strategy for one of the most ambitious quantum computing platforms being built — one designed from the ground up for the large-scale, fault-tolerant, distributed quantum systems that enterprise, defence, and national security applications will ultimately require. His focus is on translating Photonic's technical edge into a clear path to operational readiness for the industries where the stakes are highest.

DAY 1 THURSDAY JUNE 25TH

10:20 AM Keynote Panel: Where are we on the path to FTQC?

Fault-tolerant quantum computing (FTQC) remains the defining milestone of the quantum era — the point at which quantum systems can reliably solve problems beyond the reach of classical machines. But how close are we really?


In this high-level panel, leaders from some of the world’s most advanced quantum hardware companies will assess the state of the field: current qubit performance, scaling challenges, error correction breakthroughs, system architectures, and realistic timelines to fault tolerance.

From superconducting and trapped-ion systems to neutral atoms and photonics, panelists will compare technical approaches, discuss tradeoffs, and explore what must happen next — in engineering, materials science, cryogenics, control systems, and software — to move from today’s noisy intermediate-scale quantum (NISQ) devices to truly fault-tolerant machines.

Key questions include:

What technical hurdles remain before logical qubits outperform physical qubits?

How many physical qubits will meaningful fault tolerance actually require?

Are timelines converging — or diverging?

What milestones should industry and investors watch over the next 3–5 years?

Designed for researchers, industry leaders, investors, and policy stakeholders, this session will provide a candid look at progress, bottlenecks, and the roadmap ahead — separating momentum from hype in the race toward practical quantum advantage.

Check out the incredible speaker line-up to see who will be joining Maik.

Download The Latest Agenda