Barontini, G; Blackburn, L; Boyer, V; Butuc-Mayer, F; Calmet, X; Lopez-Urrutia, J R C; Curtis, E A; Darquie, B; Dunningham, J; Fitch, N J; Forgan, E M; Georgiou, K; Gill, P; Godun, R M; Goldwin, J; Guarrera, V; Harwood, A C; Hill, I R; Hendricks, R J; Jeong, M; Johnson, M Y H; Keller, M; Kozhiparambil Sajith, L P; Kuipers, F; Margolis, H S; Mayo, C; Newman, P; Parsons, A O; Prokhorov, L; Robertson, B I; Rodewald, J; Safronova, M S; Sauer, B E; Schioppo, M; Sherril, N; Stadnik, Y V; Szymaniec, K; Tarbutt, M R; Thompson, R C; Tofful, A; Tunesi, J; Vecchio, A; Wang, Y; Worm, S (2022) Measuring the stability of fundamental constants with a network of clocks. EPJ Quantum Technology, 9. 12

Barontini, G; Boyer, V; Calmet, X; Fitch, N J; Forgan, E M; Godun, R M; Goldwin, J; Guarrera, V; Hill, I R; Jeong, M; Keller, M; Kuipers, F; Margolis, H S; Newman, P; Prokhorov, L; Rodewald, J; Sauer, B E; Schioppo, M; Sherrill, N; Tarbutt, M R; Vecchio, A; Worm, S (2021) QSNET, a network of clocks for measuring the stability of fundamental constants. Proceedings of the SPIE, 11881. 118810K