معرفی
Daniel G Collins is a Senior Research Associate in the School of Physics at the University of Bristol, specialising in theoretical quantum physics with a focus on quantum non-locality, Bell-type inequalities, conservation laws and quantum information.
Education:
- PhD in theoretical physics
- Part III Mathematics, University of Cambridge
- BA Mathematics (Honours)
Research Interests:
Daniel's research seeks to understand the foundations of quantum mechanics through thought experiments. He is particularly interested in non-locality, entanglement, quantum conservation laws, retrodiction, teleportation and quantum computation. Recent work includes demonstrating teleportation across IBM quantum computer chips and deriving new conservation laws for every quantum measurement outcome.
Recent Trends in Publications:
Recent articles cluster around two themes: (i) fundamental constraints such as conservation laws in quantum measurements and angular-momentum flow without carriers, and (ii) practical demonstrations of teleportation and non-locality in high-dimensional and post-selected systems. These works combine rigorous theory with experimental perspectives, reflecting his ongoing collaboration with Sandu Popescu, Yakir Aharonov and others.
Scientific Outreach & Awards:
- Featured interviews in Physics World, New Scientist and Scientific American
- Talks delivered at UCL Department of Computer Science, IBM Quantum and other institutions
Resources & Collaborations:
Daniel maintains a personal website and is active on ORCID: 0009-0009-0365-4206. His work is conducted within the Theoretical Physics research group at Bristol and involves collaborations internationally, notably with Sandu Popescu and Yakir Aharonov.
