top of page
Quantum Hardware, Software, and Sensing Conference 2027
by QuantumWay
February 22–24, 2027 | Clarion Hotel The Edge | Tromsø, Norway
Where the Northern Lights meet the cutting edge of Quantum Innovation


AQT (Alpine Quantum Technologies): Europe's Record-Breaking Trapped-Ion Quantum Computer Leader - 2026 Investor Brief & Tech Explainer
AQT (Alpine Quantum Technologies) has achieved a record Quantum Volume of 32,768 with its LYNX series trapped-ion quantum computer, secured €12.28M EuroHPC contracts, and expanded cloud access via Amazon Braket and Scaleway. This deep-dive covers AQT's technology, funding, milestones, research status, and 2026–2030 roadmap for investors and enterprise buyers.


Oxford Ionics: Trapped‑Ion Pioneer Acquired by IonQ for $1.075B - Roadmap to 2M Qubits by 2030
Oxford Ionics, the University of Oxford spin‑out that set world records in trapped‑ion gate fidelity, has been acquired by IonQ (NYSE: IONQ) in a landmark $1.075 billion deal the largest exit for a UK quantum company and a defining moment in the race to fault‑tolerant quantum computing.


Quantinuum (QNT): Quantum Computing Leader - Helios, Sol & Apollo Roadmap, $1.68B IPO, 800× Logical Qubit Breakthrough, and 2029 Fault-Tolerance Plan
Quantinuum (Nasdaq: QNT), the world’s largest integrated quantum computing company, has emerged as a clear leader in the race to fault-tolerant quantum computing. Following a landmark $1.68 billion IPO in June 2026 and a series of peer-reviewed breakthroughs including an 800× improvement in logical qubit fidelity over physical qubits. Quantinuum is executing a clear roadmap to deliver utility-scale systems today and fault-tolerant machines by 2029.


Quantum Daily Roundup by Quantumway | Breakthrough Research, New Facilities, and the Rise of Quantum Innovation
Eclypses has selected Sterling as its preferred federal partner to deliver its FIPS 140-3 validated MicroToken Exchange (MTE) quantum-resistant cryptography to U.S. government agencies. MTE secures data at the payload level, transforming each message into a self-verifying, quantum-safe object that remains unusable if intercepted, addressing both current cyberthreats and future “harvest now, decrypt later” attacks from quantum computers.


Alice & Bob: How Cat Qubits Are Rewriting the Rules of Fault-Tolerant Quantum Computing
In the global race toward universal quantum computing, one of the most formidable bottlenecks has been hardware overhead. Traditional superconducting quantum processors, such as those relying on standard transmons, require up to 1,000 physical qubits to build a single error-corrected logical qubit.
bottom of page
