Project objectives |
| The main objective of MUQUABIS is to develop synergistic quantum bio-sensing and bio-imaging tools based on novel concepts for quantum frequency and infrared laser scanning and diamond-based magnetic microscopy. The combination of these tools will advance the current understanding of the molecular biological mechanisms and intracellular spatio-temporal dynamics leading to cardiac arrhythmias. Our ambition is to provide a novel conceptual and technological framework that overcomes the limitations of the state-of-the-art for cardiac imaging and spectroscopy, currently operated by classical optical and electrophysiological techniques, in terms of non-invasiveness, sensitivity, spatial and temporal resolution. MUQUABIS studies both fundamental and applied physics with the determination to ultimately lead to a roadmap for the industrialization of devices that will set the pace for a new generation of compact, non-invasive, quantum-based diagnostic and treatment tools. The central goal of MUQUABIS is to develop synergetic tools of quantum-bio-sensing and bio-imaging, based on new concepts for quantum frequency combs and infrared lasers, and diamond-based magnetic microscopy. The combination of these tools will advance the current understanding of molecular biology mechanisms and intracellular spatio-temporal dynamics leading to cardiac arrhythmias. Our ambition is to provide a novel conceptual and technological framework that overcomes the limitations of state-of-the-art tools for cardiac imaging and spectroscopy, currently operating with classical light and electrophysiology techniques, in terms of non-invasiveness, sensitivity, spatial and temporal resolutions. MUQUABIS targets both fundamental and applied physics with the determination to lead, as ultimate outcome, to a plan for industrialization of devices, which will pave the way for a new-generation of compact and non-invasive quantum-based instrumentation for diagnostics and treatments. |
Start and end date |
| 06 / 2022 - 05 / 2027 |
Project Manager |
| Simonetta Filippi, WP Leader |
Coordinating institution of the project |
| National Research Council - CNR |
Other Institutions involved |
| Max-Planck-Gesellschaft zur Forderung der Wissenshaft EV - MPG Johannes Gutenmberg - Universität Mainz The Hebrew University of Jerusalem Università Campus Bio-Medico di Roma Fakultni Nemocnice SV. Anny V Brne - ICRC Brno Leonardo SpA Qlibri GmbH ppqSense Srl |
Funding source(s). |
| The MUQUABIS Project is funded by the European Union's "Horizon Europe" research and innovation program under Grant Agreement 101070546. |
LINK TO THE PROJECT SITE |
| MUQUABIS |
Go back
About Us
Admissions
Study with us
International
Third Mission
Research
Services
- Mission and History
- Statute and Regulations
- Promoters and Supporters
- Biomedical University Foundation
- Governance
- Whistleblowing
- Student Representatives
- Opus Dei
- Visit the Campus
- Competitions
- Group I and II professors - Evaluation Procedures
- Group I and II professors - Selection Procedures
- Researchers
- Contract Teachers
- Research fellows
- Digital
- Public tenders
- Study with us
- Master's Degree Courses
- Master's Degree Courses
- Specialization Schools
- PhD
- UCBM Academy
- Foundation Year
- Bootcamp 2024
- ACADEMIC CALENDAR
- Educational Organization
- Academic Council
- Academic team
- Faculty Department of Medicine and Surgery
- Faculty Dept. of Engineering
- Faculty Dept. of Science and Technology for Sustainable Development and One Health
International
A network of international, scientific and educational relations to encourage mobility.
Visit the section
- Student services
- Orientation
- Career Service
- Internships in the healthcare sector
- International
- Scholarships
- Support
- Student accommodation
- Tutoring
- Counseling
- Library
- Catering
- Commercial Agreements