Search Results - "Murphy, Conor N"

Laser Cooling beyond Rate Equations: Approaches from Quantum Thermodynamics by Murphy, Conor N., Toledo Tude, Luísa, Eastham, Paul R.

“…Solids can be cooled by driving impurity ions with lasers, allowing them to transfer heat from the lattice phonons to the electromagnetic surroundings. This…”
Get full text

Overcoming Temperature Limits in the Optical Cooling of Solids Using Light-Dressed States by Tude, Luísa Toledo, Murphy, Conor N, Eastham, Paul R

“…Laser cooling of solids currently has a temperature floor of 50-100 K. We propose a method that could overcome this using defects, such as diamond color…”
Get full text

Ultrafast Carrier Dynamics and Bandgap Renormalization in Layered PtSe2 by Wang, Gaozhong, Wang, Kangpeng, McEvoy, Niall, Bai, Zhengyuan, Cullen, Conor P., Murphy, Conor N., McManus, John B., Magan, John J., Smith, Christopher M., Duesberg, Georg S., Kaminer, Ido, Wang, Jun, Blau, Werner J.

“…Carrier interactions in 2D nanostructures are of central importance not only in condensed‐matter physics but also for a wide range of optoelectronic and…”
Get full text

Ultrafast Carrier Dynamics and Bandgap Renormalization in Layered PtSe 2 by Wang, Gaozhong, Wang, Kangpeng, McEvoy, Niall, Bai, Zhengyuan, Cullen, Conor P, Murphy, Conor N, McManus, John B, Magan, John J, Smith, Christopher M, Duesberg, Georg S, Kaminer, Ido, Wang, Jun, Blau, Werner J

“…Carrier interactions in 2D nanostructures are of central importance not only in condensed-matter physics but also for a wide range of optoelectronic and…”
Get full text

Quantum control of excitons for reversible heat transfer by Murphy, Conor N., Eastham, Paul R.

“…Lasers, photovoltaics, and thermoelectrically-pumped light emitting diodes are thermodynamic machines which use excitons (electron-hole pairs) as the working…”
Get full text

Overcoming temperature limits in the optical cooling of solids using light-dressed states by Tude, Luisa Toledo, Murphy, Conor N, Eastham, Paul R

“…Phys. Rev. Lett. 132, 266901 (2024) Laser cooling of solids currently has a temperature floor of 50 - 100 K. We propose a method that could overcome this using…”
Get full text