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Dan Carney

Postdoctoral Scholar (2017-2020)

Postdoctoral Researcher, Alumni
Profile photo of Dan Carney

Contact Information

carney@umd.edu
Office:

3105 Atlantic Building

Office Phone:
(301) 314-1694

Bio

Dan was postdoctoral scholar in QuICS (2017-2020). He is a theoretical physicist pursuing quantum gravity. He was trained as a high-energy theorist, but his focus has shifted to low-energy quantum gravity, since this regime is the most likely to be observable in practice.

His current research is focused on observational signatures and experimental detection schemes in low-energy quantum gravity scenarios. On the experimental side, he is particularly interested in the use of optomechanical and electromechanical systems to probe fundamental physics. On the theoretical side, he has worked on problems in cosmology, black holes, holography, and quantum information and decoherence issues in gravitational systems; the focus has been on long-wavelength phenomena and their connection to observation. He has a long-term obsession about the nature of physical observers in gravity.  He is now a staff scientist at Lawrence Berkeley laboratory. 

Recent News

  • Researchers have proposed new models of how gravity could result from many quantum particles interacting with massive objects. In the image, the orientation of quantum particles with spin (the blue arrows) are influenced by the presence of the masses (represented by red balls). Each mass causes the spins near it to orient in the same direction with a strength that depends on how massive it is (represented by the difference in size between the red balls). The coordination of the spins favor objects being clo

    Researchers Imagine Novel Quantum Foundations for Gravity

    September 3, 2025

    The research team includes Daniel Carney, a former postdoctoral researcher in QuICS, and Jacob Taylor, a QuICS Fellow.

Related Events

  • Meeting.JPG
    December 21, 2016 10:00 am
    QuICS seminar

    Scattering and quantum information

    Dan Carney(University of British Columbia)

View All QuICS Events