You Don’t Need to Predict the Quantum Winner. Find the Bottleneck.

Before Raising €50M, What Must a Quantum Scale-Up Prove?

Qifrost’s Hidden Moat: Why Cold Data Could Lock In Quantum Customers

The Cryo-CMOS Race May Be Decided Before 2030

Why the tile may be the real scaling unit in quantum

Can spin qubits turn semiconductor manufacturing into a quantum advantage?

When quantum technology works, the real problems begin

Who Controls Europe’s Quantum Security Layer?

Why transduction could become the control point of quantum networking

Why quantum networks need a new architecture

Why quantum testing needs hardware, software and data to work together

Deep-Tech Founders Need Procurement-Market Fit

Why modular quantum computing creates a new software problem

Can quantum software create value before perfect hardware arrives?

Why photonic quantum computing needs better photons

Why quantum’s biggest moat may be systems integration

Why quantum needs a trust layer before enterprises can scale

Why cryogenic cooling may be a strategic bottleneck in quantum

Quantum may need a new cooling architecture, not just bigger fridges

Why quantum testing may become the next bottleneck

Beyond The Atom Count

How neutral atoms scale

From Atoms To Logical Qubits

Can quantum sensing fund the road to quantum computing?

Could the KLA of quantum become as important as the quantum computer itself?

Why quantum will not scale without diagnostics

Why quantum computing may become a measurement revolution

Qubit to Capital: The Layer of Quantum Investors Should Watch

Why Parity QC can be the ARM of Quantum

What If Quantum’s Edge Is Architecture, Not Hardware?

Europe has strong quantum talent. That does not mean it will build strong quantum companies.

Quantum computing has a hype problem.

Why Olivier Ezratty Made His 1,500-Page Quantum Bible Guide Free

European Quantum Deepmind

What if games are not just a way to explain quantum, but a way to build real quantum intuition?

Could games help unlock the next phase of quantum computing?

Can we model the real device physics before we commit to the lab?

The next Synopsys and Cadence might be built for quantum.

Python is not the problem. The compile gap is.

Learnings year 1 Beyond the qubit 11 feb

Summary QC design

Error correction isn’t primarily blocked by physics anymore.It’s blocked by design choices.

“What does the ultimate computer look like under the laws of physics?”

Deep dive QuEra part 2 Yuval Boger

Deep dive Part 1 QuEra CCO Yuval Boger

Neutral atoms just went from dark horse → workhorse. And it changes everything.

Emergence Quantum part 2 Deep dive interview Thomas Ohki CTO and co founder

Part 1 Deep dive interview Emergence Quantum CTO Thomas Ohki

The Next Tectonic Shift in Compute Might Not Be Quantum, It Might Be Cold

Part 2 deep dive interview Pex Machina

Part 1 Deep dive pex machina CEO Matthias Kaiser

Quantum meets oncology: building solutions that matter

“Hackers don’t followthe book. If you only protect one layer, they’ll go around it.”

Quantum cybersecurity isn’t 10 years away it’s happening now.

Part 2 deep dive interview TQN

Classiq interview cofounder Amir Naveh part 2 deep dive

Classiq part 1 deep dive interview

Classiq 30 min summary

Koen Groenland part 2 deep dive interview

Koen Groenland part 1 Deep dive interview