TAYLOR WAGNER

PhD Program, Department of Physics

Taylor Wagner

PhD Program, Department of Physics

Taylor WagnerI am looking forward to participating in the Traineeship because quantum information is a topic I’ve always wanted to be involved with. My collaborative project right now combines research at School of Mines and the National Renewable Energy Laboratory to investigate a novel room temperature electrically detected quantum system. I’m hoping this research will give me valuable hands-on experience building and testing new devices and theories needed for break-through quantum technologies. And I hope this experience proves valuable in a future career in quantum information or quantum computing.

Taylor WagnerI am looking forward to participating in the Traineeship because quantum information is a topic I’ve always wanted to be involved with. My collaborative project right now combines research at School of Mines and the National Renewable Energy Laboratory to investigate a novel room temperature electrically detected quantum system. I’m hoping this research will give me valuable hands-on experience building and testing new devices and theories needed for break-through quantum technologies. And I hope this experience proves valuable in a future career in quantum information or quantum computing.

Contact

CoorsTek 032
NREL – SERF E100-25B (lab)
714-812-1257

Education

  • PhD, Physics, Colorado School of Mines, Spring 2024
  • BS, Chemistry, California Polytechnic University San Luis Obispo
  • MS, Polymers and Coatings, California Polytechnic University San Luis Obispo

Research Interests

  • Quantum information sciences
  • Organic quantum systems
  • Quantum computing

Current Project

Electrical readout and initialization of triplet spins at room temperature

Publications

Trap-Filling Magnetoconductance as an Initialization and Readout Mechanism of Triplet Exciton Spins (https://arxiv.org/pdf/2206.07716.pdf)

Mentors