01
Quantum foundations
Conceptual questions, entanglement, measurement, topology and the physical ideas that continue to shape quantum science.
Dubrovnik · Croatia · 2027
Dubrovnik Quantum Computing
An international meeting point for quantum computing, quantum information, quantum technologies and the future of physics.
Vision
From fundamental physics to the quantum future
The conference is conceived as a focused international forum where foundational ideas, experimental progress, engineering challenges and long-term scientific vision can meet in one place.
A small, high-quality meeting designed to encourage serious scientific exchange, new collaborations and direct contact between leading researchers and the next generation.
Dubrovnik Quantum Computing 2027Interdisciplinary bridge
Bridging Mathematical Structures and Quantum Technology
Dubrovnik Quantum 2027 is conceived not simply as another quantum conference, but as an interdisciplinary meeting point connecting fundamental physics, mathematical physics, quantum information and experimental quantum technologies.
A scientific language across disciplines
One of the central aims is to create bridges between communities that often use different languages for closely related problems. Mathematical structures developed in one context can acquire unexpected relevance in another, while experimental challenges can stimulate new mathematical questions.
Generalized Statistics↔
Algebra & Topology↔
Quantum Information↔
Quantum Technology
The Dubrovnik Question
A question worth bringing different communities together
Can mathematical structures developed in fundamental physics and generalized quantum statistics provide new perspectives for quantum error correction and fault-tolerant quantum computation?Conference framework
Three connected strands
02
Quantum processors
Superconducting qubits, architectures, control, benchmarking and the path from laboratory systems to useful machines.
03
Error correction and scale
Surface codes, fault tolerance, systems engineering and the scientific challenges that determine the next phase of quantum computing.
Preliminary scientific programme
Conference Concept · 2½ Days
Dubrovnik 2027 will bring together fundamental quantum physics, quantum technology, and the future of quantum computing — from the principles underlying quantum information to the challenge of building useful, fault-tolerant quantum computers.
I. Fundamental Physics & Quantum Information
Quantum foundations · entanglement · quantum statistics · anyons · topology · quantum information
II. Quantum Computing Technology
Superconducting qubits · circuit QED · quantum processors · quantum error correction · surface codes · fault tolerance
III. Future Directions
Topological quantum computing · alternative architectures · qudits · photonics · trapped ions · emerging technologies
From Fundamental Physics to the Quantum Processor
Opening Keynote · Quantum Foundations & Information · Building Quantum Hardware · Dubrovnik Panel
From Physical Qubits to Fault-Tolerant Quantum Computing
Plenary Lecture · Quantum Error Correction · Beyond Conventional Qubits · Anyons, Topology & Quantum Computation · Conference Dinner
The Future of Quantum Computing
Emerging Quantum Architectures · Closing Plenary · Dubrovnik Quantum Forum
Day 1
Full dayFoundations and New Quantum Paradigms
- Registration
- Opening CeremonyWelcome addresses and presentation of the conference vision
- Opening Keynote · Building a Useful Quantum ComputerProposed keynote perspective: from macroscopic quantum phenomena to quantum error correction
- Coffee Break
- Session I · Foundations of Quantum PhysicsMeasurement, entanglement, Bell inequalities and the quantum–classical boundary
- Lunch
- Session II · Anyons, Paraparticles and Generalized StatisticsQuons, braiding, topology and their links to quantum information
- Coffee Break
- Session III · Topological Quantum Matter and ComputationTopological phases, Majorana states, Fibonacci and Ising anyons
- Discussion and Day 1 Conclusions
- Welcome Dinner
Day 2
Full dayTechnologies and Building the Quantum Computer
- Plenary · Superconducting QubitsProgress, limitations and future architectures
- Session IV · Superconducting Quantum ProcessorsTransmons, control, coherence, two-qubit gates and scalable connectivity
- Coffee Break
- Session V · Alternative Quantum-Computing PlatformsTrapped ions, photonics, neutral atoms, spin qubits, qudits and hybrid systems
- Lunch
- Session VI · Quantum Error CorrectionSurface codes, logical qubits, thresholds, decoding and real-time control
- Coffee Break
- Session VII · Toward Quantum AdvantageUseful algorithms, simulation, chemistry, optimization, AI and the limits of NISQ devices
- Panel · Can We Build a Useful Quantum Computer?A discussion connecting theory, experiment and industry
Day 3 · Half day
Closing programmeThe Future of Quantum Computing
- Closing Plenary · Quantum Computing in 2035Scientific and technological perspectives
- Session VIII · Quantum Computing, Society and SecurityPost-quantum cryptography, education, collaboration and social implications
- Coffee Break
- Dubrovnik Round Table · The Dubrovnik Quantum InitiativeOpen problems, international collaboration and a possible Dubrovnik Quantum Declaration
- Conclusions and Conference Closing
- Closing Lunch and Informal Networking
Dubrovnik Quantum Forum 2027
Quantum Computing 2035 — What Will Actually Be Possible?
A closing round-table bringing leading participants together to discuss the scientific and technological milestones that could define the next decade of quantum computing.
This programme is preliminary. Speakers, lecture titles, session structure and times will be confirmed progressively as the Scientific Committee is formed and participation is confirmed.
Founding scientific circle
A conference built through trusted scientific dialogue
The initiative is being developed carefully. Only roles and participation that have been explicitly discussed are described here.
John M. Martinis
A leading experimental physicist in superconducting quantum computing. Professor Martinis has indicated that the proposed period in late May 2027 works for him and that he would be happy to participate.
Invited scientific participantFrancesco Toppan
Theoretical physicist at CBPF in Rio de Janeiro. Professor Toppan has confirmed his willingness to help organize the meeting and to contribute international scientific experience and contacts.
Scientific collaborator in the founding phaseGovernance
Committees are being formed
The portal deliberately distinguishes confirmed participation from preliminary proposals. Names will be added only after direct acceptance.
Scientific Committee
A compact international committee representing quantum computing, quantum information, foundational physics and European research networks.
Members to be announced after confirmation.
Organizing Committee
The organizing structure will connect the Croatian initiative with European scientific leadership, local institutions and professional conference support.
Institutional partnerships are in preparation.
John M. Martinis in Croatia
A scientific visit that helped inspire the Dubrovnik initiative
A scientific visit that helped inspire the Dubrovnik initiative
Scientific inspiration
From a Croatian visit to an international initiative
Professor Martinis' visit brought together lectures, university encounters, scientific discussions and a deeply personal return to Komiža, the homeland of his family. The experience created a natural foundation for a future meeting in Dubrovnik.
Scientific lectures and meetings in Zagreb and Split
A personal and family connection with Komiža and the island of Vis
A shared interest in strengthening quantum science links with Croatia and Europe
Watch
Interview and Komiža homecoming
Quantum Computing and the Future of Physics
An exclusive interview recorded on March 5, 2026.
Komiža — a homecoming
A memorable gathering on the island of Vis during Professor Martinis' visit to Croatia.
Quantum foundations and computing
From Einstein to Martinis
The book behind the initiative
A century of ideas leading toward quantum computing
From Einstein's doubts and the EPR paradox, through Bell, entanglement, anyons and quantum information, to modern superconducting processors and the engineering of useful quantum machines.
PaperbackKindle eBookASIN B0HBGHZYG5
Buy the book on Amazon
Croatia 2026
A journey in photographs
Zagreb, Split, Komiža and Dubrovnik — the places that shaped the story behind this initiative.
PMF Zagreb · 7 July 2026
John Martinis at the University of Zagreb
Scenes from Professor Martinis’ lecture and meetings at the Faculty of Science (PMF), documenting the scientific visit that helped inspire the Dubrovnik 2027 initiative.
Conference venue
Dubrovnik Palace · Dubrovnik
Science by the Adriatic
Dubrovnik Quantum Computing 2027 is planned at Dubrovnik Palace, combining professional conference facilities with an exceptional setting overlooking the Adriatic.
Conference facilitiesLarge lecture halls and flexible meeting rooms for plenary sessions, discussions and focused scientific meetings.
A focused settingA compact venue where lectures, scientific exchange and informal conversations can remain closely connected.
Dubrovnik and the AdriaticA distinctive international setting for bringing together Croatian, European and global quantum communities.
News
The initiative is taking shape
Dubrovnik conference idea emerges
The initiative grew from scientific discussions surrounding Professor Martinis' visit to Croatia.
Late May 2027 identified as the working period
The proposed period is compatible with Professor Martinis' schedule and is being used for preliminary planning.
Founding documents and portal in preparation
The Vision Document, Founding Memorandum, conference identity and first public website are now being developed.
Stay connected
Help shape Dubrovnik Quantum Computing 2027
Expressions of scientific, institutional and partnership interest are welcome during the founding phase. Formal registration will open after the venue, programme and committees are confirmed.
Current status
Conference concept, scientific network and institutional framework are in preparation. Official contact details will be published here shortly.