Our Working Groups’ Objectives
BridgeQG’s working groups focus on key areas of quantum gravity. They aim to facilitate discussions, share knowledge, and drive innovative research across disciplines. Through collaborative efforts, we enhance our understanding and support the next generation of scientists.
Working Groups’ Structure
| WG | Working Group | Leader | Vice Leader |
| 1 | High-energy quantum gravity theory | Dr Christian Pfeifer | Prof Alessia Platania |
| 2 | High-energy quantum gravity experiment | Dr Tomislav Terzić | Dr Alba Domi |
| 3 | Low-energy gravitational effects in quantum systems | Dr Lin-Qing Chen | Dr Thomas Galley |
| 4 | Low-energy high-precision experiment | Dr Matteo Fadel | Dr Catalina Oana Curceanu |
| 5 | Connection between low-energy and high-energy QG | Dr Flavio Mercati | Dr Giacomo Rosati |
| 6 | Dissemination and Diversity | Ms Jelena Strišković | Dr Denitsa Staicova |
Current Research Initiatives
Explore our ongoing projects that push the boundaries of quantum gravity research and collaboration.
WG1: High-energy quantum gravity theory
This group gathers researchers working on fundamental approaches to quantum gravity, on phenomenological models of quantum gravity relevant to very high-energy physics, and on the systematic prediction of astrophysical observables from fundamental approaches to quantum gravity.
WG2: High-energy quantum gravity experiment
This group gathers researchers working on fundamental approaches to quantum gravity, on phenomenological models of quantum gravity relevant to very high-energy physics, and on the systematic prediction of astrophysical observables from fundamental approaches to quantum gravity.
WG3: Low-energy gravitational effects in quantum systems
This WG focuses on the investigation of gravitational effects in quantum systems. It addresses theoretical questions on the nature of gravity and observers and identifies how these could be tested in quantum systems.
WG4: Low-energy high-precision experiment
This WG is mostly composed of experimentalists working with table-top setups (e.g., cold atoms, mechanical oscillators, levitated particles), and by theorists familiar with these low-energy platforms.
WG5: Connection between low-energy and high-energy quantum gravity
WG5 includes scientists working at the interface between high-energy quantum gravity and gravitational effects in quantum systems, either at theoretical or phenomenological level. It is responsible for establishing connections between WGs 1-4 and catalyzing the development of models for quantum gravity on all scales.
WG6: Dissemination and Diversity
This WG is in charge of organizing the Action networking and dissemination activities and working towards promoting diversity in the Action. For all events organized, WG6 ensures that speakers, lecturers and participants are balanced with respect to gender, age and geographical distribution.
Exploring Quantum Gravity Together
Welcome to BridgeQG, where we unite researchers in quantum gravity. Join us in our mission to promote collaboration and share our findings.
Join Our Quantum Gravity Community
Frequently Asked Questions
Here are some common questions about our working groups.
Our working groups aim to deepen the understanding of quantum gravity by fostering collaboration among scientists. They provide a platform for sharing ideas, discussing recent findings, and advancing research efforts that bridge different disciplines.
To join a working group, simply reach out to us via the contact page. We welcome researchers at all levels who are interested in contributing to discussions and projects that explore quantum gravity.
We offer various resources including workshops, research grants, and networking opportunities to support our members. Participants can also access a library of materials relevant to quantum gravity research.
Yes, our workshops are open to all interested individuals regardless of membership status. We encourage participation from anyone eager to learn more about quantum gravity.
Our workshops cover a range of topics within quantum gravity, including theoretical frameworks, experimental approaches, and the latest research findings. Attendees will have opportunities to engage in discussions and ask questions.
Your feedback is invaluable to us. You can send your thoughts through the contact page, or participate in our surveys after workshops and events to help us improve our offerings.
Have more inquiries?
If you have further questions, please reach out to us. We’re here to help!