Cita APA (7a ed.)

Sabharwal, S., Gohlke, M., Skrzypczyk, P., & Shannon, N. (2025). Characterizing entanglement at finite temperature: How does a "classical" paramagnet become a quantum spin liquid?

Cita Chicago Style (17a ed.)

Sabharwal, Snigdh, Matthias Gohlke, Paul Skrzypczyk, y Nic Shannon. Characterizing Entanglement at Finite Temperature: How Does a "Classical" Paramagnet Become a Quantum Spin Liquid? 2025.

Cita MLA (9a ed.)

Sabharwal, Snigdh, et al. Characterizing Entanglement at Finite Temperature: How Does a "Classical" Paramagnet Become a Quantum Spin Liquid? 2025.