APA

Zhong H., Fläschner G., Schwarz A., Wiesendanger R., Christoph P., Wagner T., Bick A., Staarmann C., Abeln B., Sengstock K. & Becker C. (20180205). A millikelvin all-fiber cavity optomechanical apparatus for merging with ultra-cold atoms in a hybrid quantum system. : The Review of scientific instruments.

Chicago

Zhong H, Fläschner G, Schwarz A, Wiesendanger R, Christoph P, Wagner T, Bick A, Staarmann C, Abeln B, Sengstock K and Becker C. 20180205. A millikelvin all-fiber cavity optomechanical apparatus for merging with ultra-cold atoms in a hybrid quantum system. : The Review of scientific instruments.

Harvard

Zhong H., Fläschner G., Schwarz A., Wiesendanger R., Christoph P., Wagner T., Bick A., Staarmann C., Abeln B., Sengstock K. and Becker C. (20180205). A millikelvin all-fiber cavity optomechanical apparatus for merging with ultra-cold atoms in a hybrid quantum system. : The Review of scientific instruments.

MLA

Zhong H, Fläschner G, Schwarz A, Wiesendanger R, Christoph P, Wagner T, Bick A, Staarmann C, Abeln B, Sengstock K and Becker C. A millikelvin all-fiber cavity optomechanical apparatus for merging with ultra-cold atoms in a hybrid quantum system. : The Review of scientific instruments. 20180205.