Discovery of a cool planet of 5.5 Earth masses through gravitational microlensing

J-P Beaulieu, D P Bennett, P Fouque, A Williams, Martin Dominik, U G Jorgensen, D Kubas, A Cassan, C Coutures, J Greenhill, K Hill, J Menzies, P D Sackett, M D Albrow, S Brillant, J A R Caldwell, J J Calitz, K H Cook, E Corrales, M DesortS Dieters, D Dominis, J Donatowicz, M Hoffman, S Kane, J-B Marquette, R Martin, P Meintjes, K Pollard, K Sahu, C Vinter, J Wambsganss, K Woller, Keith Douglas Horne, I Steele, D M Bramich, M Burgdorf, C Snodgrass, M Bode, A Udalski, M K Szymanski, M Kubiak, T Wieckowski, G Pietrzynski, I Soszynski, O Szewczyk, L Wyrzykowski, B Paczynski, F Abe, I A Bond, T R Britton, A C Gilmore, J B Hearnshaw, Y Itow, K Kamiya, P M Kilmartin, A V Korpela, K Masuda, Y Matsubara, M Motomura, Y Muraki, S Nakamura, C Okada, K Ohnishi, N J Rattenbury, T Sako, S Sato, M Sasaki, T Sekiguchi, D J Sullivan, P J Tristram, P C M Yock, T Yoshioka

Research output: Contribution to journal › Article › peer-review

Fingerprint

Dive into the research topics of 'Discovery of a cool planet of 5.5 Earth masses through gravitational microlensing'. Together they form a unique fingerprint.

Physics