Publications

Solid-State Defects

Peer-reviewed Papers

  • Spin squeezing in an ensemble of nitrogen-vacancy centers in diamond. Wu et al. incl. TO. Nature 646, 74–80 (2025).

Presentations

  • Towards Entanglement-Enhanced Sensing in Solid State Spins. TO et al. DSQT Workshop (2026).
  • Towards Direct Observation of Spin Squeezing in Solid State Systems. TO et al. DAMOP (2026).
  • The T1 Puzzle: Understanding Low Temperature Spin Relaxation in Dense Ensembles of Nitrogen-Vacancy Centers. Yang et al. incl. TO. DAMOP (2026).
  • Quantum-Projection-Noise-Limited Readout in a Dense NV Ensemble at Room Temperature. TO et al. DAMOP (2025).
  • Spin squeezing in an ensemble of nitrogen-vacancy centers in diamond. Wu et al. incl. TO. DAMOP (2025).
  • Milli-Kelvin Platform for Quantum Many-Body Dynamics with Solid State Spin Defects. Liu et al. incl. TO. DAMOP (2025).

Ultracold Molecules

Peer-reviewed Papers

Presentations

  • Toward \(10^4\) heavy polyatomic molecules in an optical dipole trap. Lasner et al. incl. TO. DAMOP (2025).
  • Progress toward an ultralight dark matter search with ultracold SrOH molecules. Li et al. incl. TO. DAMOP (2025).
  • Magneto-optical trapping of SrOH molecules for ultralight dark matter searches. Lasner et al. incl. TO. APS Global Summit (2025).
  • Magneto-optical Trapping of SrOH. Sawaoka et al. incl. TO. DAMOP (2024).
  • Towards beyond-Standard Model searches with ultracold SrOH molecules. TO et al. APS April Meeting (2023).
  • Progress Towards Laser Cooled Polyatomic Molecules for Beyond-Standard-Model Physics Searches. Frenett et al. incl. TO. DAMOP (2023).
  • Rovibrational Spectroscopy of SrOH For Laser Cooling. Frenett et al. incl. TO. DAMOP (2023).
  • Progress toward an ultracold trap of SrOH molecules to probe fundamental constant variations and the electron electric dipole moment. Lasner et al. incl. TO. DAMOP (2023).
  • 電子の永久電気双極子モーメント測定に向けた極低温SrOH分子源の開発. Sakamoto et al., incl. TO. JPS Spring Meeting (2023).