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Dr Vesna Mitrovic
Department of Physics (Quantum),
Brown University, Providence, USA
Dr Rami Ahmad El-Nabulsi
Department of Optical Networks
CESNET, Prague, Czech Republic
Dr Varsha Sambhaje
Quantum Research Centre
SRM-AP University - Amaravati, India
Dr Pat Gumann
Quantum System Integration & Cryogenics,
IBM, NewYork, USA
Dr Almut Beige
Head of the Quantum Group, University of Leeds, UK
Dr Luigi Maxmilian
Caligiuri
Foundation of Physics Research Center (FoPRC), Cosenza, Italy
Dr Giovanni Acampora
Editor-in-Chief of Quantum Machine Intelligence Journal,
University of Naples Federico II, Italy
Dr Fatih Ozaydin
Quantum Technologie
Tokyo International University, Tokyo, Japan
Dr. Raymond Ooi
Quantum Physicist, University of Malaya, Kuala Lumpur, Malaysia
Dr Arindam Ghosh
Department of Physics,
Indian Institute of Science, Bangalore, India
ABOUT CONFERENCE
Join us in Tromsø.
Be part of the conversation that defines the quantum decade.
Organizer: QuantumWay
Dates: February 22-24, 2027
Location: Tromsø, Norway
Bridging the Quantum Gap: From Theory to Reality
Hosted by QuantumWay, the Quantum Hardware, Software, and Sensing Conference 2027 (QWT27) is a premier three-day summit in Tromsø, Norway, gathering the world’s leading physicists, engineers, software developers, and policy makers.
As we approach a pivotal era in quantum advantage, this conference serves as the "full-stack" meeting ground. Set against the breathtaking backdrop of Tromsø, Norway, in the heart of the Aurora Borealis season, we will explore the transition from laboratory prototypes to scalable, secure, and commercially viable quantum ecosystems.
1. Quantum Computing Hardware
The Foundation of Scalability
Explore the physical layer of the quantum revolution. We dive deep into the competing and complementary modalities that will define the next decade of computation.
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Superconducting Qubits
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Trapped Ion & Neutral Atom Systems
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Photonic & Silicon Spin Qubits
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Quantum Annealing & Emerging Modalities
2. Software, Algorithms, Communications & Security
The Intelligence of the Quantum Stack
Hardware is only as powerful as the logic that drives it. This track focuses on the software layer and the urgent need for a quantum-secure world.
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Quantum Algorithms & Software Platforms.
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Quantum Key Distribution (QKD) & Cryptography
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Quantum Networks & Secure Communication
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Application Areas & Industry Adoption
3. Sensing, Navigation & Enabling Technologies
Precision in the Real World
Quantum isn't just about computing. Discover how quantum properties are revolutionizing measurement and the infrastructure required to support them.
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Quantum Sensing & Timing
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Enabling Technologies & Components
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Sensing & Navigation Applications
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Ecosystem, Investment & Policy
Empowering Discovery in the Next Quantum Revolution
SCIENTIFIC TOPICS
Conference sessions may be geared toward participants with different levels of experience or different positions. Main conference sessions include the following 12 tracks. Choose to follow one track or move between tracks to create your own personalised conference experience. The conference topics include but are not limited to:
Superconducting Qubits
Trapped Ion & Neutral Atom Systems
Photonic & Silicon Spin Qubits
Quantum Annealing & Emerging Modalities
Quantum Algorithms & Software Platforms
Quantum Key Distribution & Cryptography
Quantum Networks & Secure Communication
Quantum Application Areas & Industry Adoption
Quantum Sensing & Timing
Quantum Enabling Technologies & Components
Quantum Sensing & Navigation Applications
Quantum Ecosystem, Investment & Policy
REGISTRATION
SCHEDULE
February 22
Registrations
Opening Ceremony
Keynote Session
Coffee Break
Oral Session
Lunch
Oral Session
Coffee Break
Oral Session
February 23
Keynote Session
Coffee Break
Oral Session
Lunch
Young Research Forum
Coffee Break
Poster Session
February 24
Keynote Session
Coffee Break
Oral Session
Lunch
Oral Session
Coffee Break
Oral Session
Closing Ceremony
TARGET AUDIENCE
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Quantum researchers, scientists, and engineers from universities and national laboratories
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Professors, postdoctoral fellows, and PhD students specializing in quantum science and technology
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Industry leaders and innovators from quantum computing, sensing, and communication companies
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R&D professionals developing hardware, software, and quantum algorithms
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Government representatives and policymakers involved in national quantum initiatives
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Defense, space, and cybersecurity agencies exploring secure quantum communication
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Investors, venture capitalists, and funding organizations supporting deep-tech innovation
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Biotechnology and life sciences researchers leveraging quantum tools for molecular modeling and imaging
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ICT and cryptography specialists working on quantum-safe communication and QKD networks
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Materials scientists and nanotechnology experts designing next-generation quantum materials
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Startup founders and entrepreneurs in quantum technology and emerging industries
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Students and early-career researchers seeking collaboration and mentorship opportunities
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Academic societies and international research organizations in the quantum ecosystem