Liam Gallagher (@lapgallagher) 's Twitter Profile
Liam Gallagher

@lapgallagher

Physicist at Durham University. Working with Rydberg states in cuprous oxide and strontium. (he/him)

ID: 1479554928335101959

calendar_today07-01-2022 20:46:11

66 Tweet

242 Followers

354 Following

Liam Gallagher (@lapgallagher) 's Twitter Profile Photo

Had a great time celebrating science this morning! Head down to Palace Green to see our hands on activities on atoms and light! #CelebrateScience

Lucy Downes (@5lartybartfarst) 's Twitter Profile Photo

All ready for day 2 of #CelebrateScience with Matt Jamieson, Tobias Franzen and Liam Gallagher πŸ’‘πŸŒˆβš›οΈ Nothing like the warm glow of a sodium lamp on a dark, wet day like today!

All ready for day 2 of #CelebrateScience with <a href="/mjjamieson_/">Matt Jamieson</a>, <a href="/ultracold_tobi/">Tobias Franzen</a> and <a href="/LAPGallagher/">Liam Gallagher</a> πŸ’‘πŸŒˆβš›οΈ Nothing like the warm glow of a sodium lamp on a dark, wet day like today!
APL Photonics (@aplphotonics) 's Twitter Profile Photo

Rydberg excitons allow a giant microwave-optical Kerr nonlinearity to be realised in a solid-state platform that is compatible with mK environments, with applications as a microwave-optical converter. Liam Gallagher Durham Quantum Light and Matter Dr Stephen Lynch C Stuart Adams πŸ‡ͺπŸ‡Ί πŸ“·πŸ–‹πŸ“‘ aippub.org/3PAPNJW

Durham Quantum Light and Matter (@durhamqlm) 's Twitter Profile Photo

βš›οΈ PhD places with QLM! βš›οΈ Exciting news - we're looking for PhD students to join us in October 2024! 🀩 Β Details here: Join QLM (durham-qlm.uk) 1/N

Liam Gallagher (@lapgallagher) 's Twitter Profile Photo

Had a great time visiting Cardiff this week. We combined cuprous oxide and a planar superconducting resonator for the first time, with the aim of measuring the loss tangent of cuprous oxide. A fun few days of working with new equipment and new people! Cardiff Uni Physics Dr Stephen Lynch

Had a great time visiting Cardiff this week. We combined cuprous oxide and a planar superconducting resonator for the first time, with the aim of measuring the loss tangent of cuprous oxide. A fun few days of working with new equipment and new people! <a href="/cardiffPHYSX/">Cardiff Uni Physics</a> <a href="/DrSALynch/">Dr Stephen Lynch</a>