- Amole, C;
- Andresen, GB;
- Ashkezari, MD;
- Baquero-Ruiz, M;
- Bertsche, W;
- Bowe, PD;
- Butler, E;
- Capra, A;
- Carpenter, PT;
- Cesar, CL;
- Chapman, S;
- Charlton, M;
- Deller, A;
- Eriksson, S;
- Escallier, J;
- Fajans, J;
- Friesen, T;
- Fujiwara, MC;
- Gill, DR;
- Gutierrez, A;
- Hangst, JS;
- Hardy, WN;
- Hayano, RS;
- Hayden, ME;
- Humphries, AJ;
- Hurt, JL;
- Hydomako, R;
- Isaac, CA;
- Jenkins, MJ;
- Jonsell, S;
- Jørgensen, LV;
- Kerrigan, SJ;
- Kurchaninov, L;
- Madsen, N;
- Marone, A;
- McKenna, JTK;
- Menary, S;
- Nolan, P;
- Olchanski, K;
- Olin, A;
- Parker, B;
- Povilus, A;
- Pusa, P;
- Robicheaux, F;
- Sarid, E;
- Seddon, D;
- Nasr, S Seif El;
- Silveira, DM;
- So, C;
- Storey, JW;
- Thompson, RI;
- Thornhill, J;
- Wells, D;
- van der Werf, DP;
- Wurtele, JS;
- Yamazaki, Y;
- Collaboration, ALPHA
The ALPHA collaboration, based at CERN, has recently succeeded in confining cold antihydrogen atoms in a magnetic minimum neutral atom trap and has performed the first study of a resonant transition of the anti-atoms. The ALPHA apparatus will be described herein, with emphasis on the structural aspects, diagnostic methods and techniques that have enabled antihydrogen trapping and experimentation to be achieved. © 2013 Elsevier B.V.
