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Workshop on Gravitational Quantum Physics and Metrology

Quantiki

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⚡ Quantum Brief

A four-day workshop in Ljubljana (August 10–13, 2026) will unite theorists and experimentalists exploring quantum gravity’s weak-field regime, focusing on near-term lab and space-based experiments to probe gravity’s quantum effects. Registration and abstract submissions close April 15, 2026, for this European-led event under the RQI COST Action, aiming to bridge quantum information, metrology, and gravitational physics research communities. Key topics include gravity-induced entanglement, quantum decoherence from gravity, and tests of the equivalence principle in quantum systems, with emphasis on experimentally feasible approaches below the Planck scale. The workshop highlights emerging space-based quantum technologies and relativistic quantum systems, assessing how acceleration, rotation, and gravitational fields alter quantum states and computational resources. Goal: Strengthen EU collaboration by reviewing recent breakthroughs, unresolved theoretical challenges, and practical experimental proposals to advance gravitational quantum physics and metrology.

Workshop on Gravitational Quantum Physics and Metrology

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Workshop on Gravitational Quantum Physics and Metrology Acronym: Ljubljana RQI WorkshopDates: Monday, August 10, 2026 to Thursday, August 13, 2026Web page: Ljubljana RQIRegistration deadline: Wednesday, April 15, 2026Submission deadline: Wednesday, April 15, 2026Tags: Gravitational Quantum PhysicsQuantum Gravity (Weak-Field Regime)quantum informationquantum metrologyGravitational PhysicsQuantum States in GravityTests of Quantum GravityWeak-Field Quantum Gravity ExperimentsGravity-Induced EntanglementGravitational DecoherenceCollapse ModelsRelativistic Quantum SystemsEquivalence Principle (Quantum Regime)Quantum Effects of Acceleration and RotationQuantum Resources in Gravitational FieldsNear-Term Quantum Gravity ExperimentsSpace-Based Quantum ExperimentsQuantum Technologies in SpaceExperimental Quantum GravityQuantum Sensing for Gravitational EffectsGravitational MetrologyRelativistic Quantum InformationLaboratory Tests of Gravity and Quantum MechanicsEuropean Quantum Gravity ResearchRQI COST Action WG2Gravitational Quantum Physics Workshop 2026The field of gravitational quantum physics brings together ideas from quantum information, metrology, and gravitational physics to address questions such as how gravity affects quantum states, whether quantum properties of gravity can be tested in the weak field regime far below the Planck scale, how relativistic concepts extend to quantum systems, and how these effects can be tested experimentally. Many of these questions can now be explored with near-term laboratory experiments and with emerging space-based platforms. The workshop aims to provide a forum for exchange between theorists and experimentalists working on these topics. It focuses on recent results, open theoretical issues, and realistic experimental proposals, and seeks to strengthen coordination within the European research community active in gravitational quantum physics. Topics covered by the workshop include: Tests of quantum aspects of gravity in the weak-field regime Quantum metrology for gravitational and relativistic effects Gravity-induced entanglement, collapse models, and gravitational decoherence Effects of gravity, acceleration, and rotation on quantum states and resources Weak-field quantum-gravity effects accessible to near-future experiments Equivalence principle and relativistic concepts for quantum systems Space-based quantum experiments and quantum technologies in space The workshop is the main event for the year 2026 of WG2, on “Gravitational Quantum Physics and Metrology”, in the RQI COST Action. Log in or register to post comments

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