A
A. Leder
Researcher at Massachusetts Institute of Technology
Publications - 53
Citations - 3140
A. Leder is an academic researcher from Massachusetts Institute of Technology. The author has contributed to research in topics: CUORE & Double beta decay. The author has an hindex of 20, co-authored 43 publications receiving 2419 citations. Previous affiliations of A. Leder include University of California, Berkeley.
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Journal ArticleDOI
Search for low-mass weakly interacting massive particles with SuperCDMS.
R. Agnese,Adam Anderson,M. Asai,D. Balakishiyeva,R. Basu Thakur,D. A. Bauer,J. Beaty,J. Billard,A. W. Borgland,M. A. Bowles,D. Brandt,P. L. Brink,R. Bunker,Blas Cabrera,David O. Caldwell,David G. Cerdeño,H. Chagani,Yan Chen,M. Cherry,Jodi Cooley,B. Cornell,C. H. Crewdson,P. Cushman,Miguel Daal,D. Devaney,P. Di Stefano,E. Do Couto E Silva,T. Doughty,L. Esteban,S. Fallows,Enectali Figueroa-Feliciano,G. Godfrey,Sunil Golwala,J. Hall,Sissel Hansen,H. R. Harris,S. A. Hertel,B. A. Hines,T. Hofer,Donald J. Holmgren,L. Hsu,Martin E. Huber,A. Jastram,O. Kamaev,B. Kara,M. H. Kelsey,S. Kenany,A. Kennedy,M. Kiveni,K. Koch,A. Leder,B. Loer,E. Lopez Asamar,R. Mahapatra,Vuk Mandic,Cristián Martínez,Kevin A. McCarthy,N. Mirabolfathi,Robert A. Moffatt,R. H. Nelson,L. Novak,K. L. Page,R. Partridge,M. Pepin,A. Phipps,M. Platt,K. Prasad,Matt Pyle,H. Qiu,W. Rau,P. Redl,A. Reisetter,R. Resch,Y. Ricci,M. Ruschman,Tarek Saab,Bernard Sadoulet,J. Sander,R. Schmitt,K. Schneck,R. W. Schnee,S. Scorza,D. N. Seitz,B. Serfass,B. Shank,Danielle Speller,Astrid Tomada,S. Upadhyayula,A. N. Villano,B. Welliver,Douglas Wright,S. J. Yellin,J. J. Yen,Betty A. Young,J. Zhang +94 more
TL;DR: The first search for weakly interacting massive particles (WIMPs) using the background rejection capabilities of SuperCDMS was reported in this article, where an exposure of 577 kg days was analyzed for WIMPs with mass <30 ǫ, with the signal region blinded.
Journal ArticleDOI
New Results from the Search for Low-Mass Weakly Interacting Massive Particles with the CDMS Low Ionization Threshold Experiment
R. Agnese,Adam Anderson,Tsuguo Aramaki,M. Asai,W. Baker,D. Balakishiyeva,D. Barker,R. Basu Thakur,D. A. Bauer,J. Billard,A. Borgland,M. A. Bowles,P. L. Brink,R. Bunker,Blas Cabrera,David O. Caldwell,R. Calkins,David G. Cerdeño,H. Chagani,Yi Chen,Jodi Cooley,B. Cornell,P. Cushman,Miguel Daal,P. Di Stefano,T. Doughty,L. Esteban,S. Fallows,Enectali Figueroa-Feliciano,M. Ghaith,G. L. Godfrey,Sunil Golwala,J. Hall,H. R. Harris,T. Hofer,Donald J. Holmgren,L. Hsu,Martin E. Huber,D. Jardin,A. Jastram,O. Kamaev,B. Kara,M. H. Kelsey,A. Kennedy,A. Leder,B. Loer,E. Lopez Asamar,P. Lukens,R. Mahapatra,Vuk Mandic,N. Mast,N. Mirabolfathi,Robert A. Moffatt,J. D. Morales Mendoza,S. M. Oser,K. L. Page,W. A. Page,R. Partridge,M. Pepin,A. Phipps,K. Prasad,Matt Pyle,H. Qiu,W. Rau,P. Redl,A. Reisetter,Y. Ricci,Amy Roberts,H. E. Rogers,Tarek Saab,Bernard Sadoulet,J. Sander,K. Schneck,R. W. Schnee,S. Scorza,B. Serfass,B. Shank,Danielle Speller,D. Toback,R. Underwood,S. Upadhyayula,A. N. Villano,B. Welliver,John Wilson,D. H. Wright,S. J. Yellin,J. J. Yen,Betty A. Young,J. Zhang +88 more
TL;DR: The CDMS low ionization threshold experiment (CDMSlite) uses cryogenic germanium detectors operated at a relatively high bias voltage to amplify the phonon signal in the search for weakly interacting massive particles (WIMPs).
Journal ArticleDOI
Projected Sensitivity of the SuperCDMS SNOLAB experiment
R. Agnese,Adam Anderson,Tsuguo Aramaki,I. J. Arnquist,W. Baker,D. Barker,R. Basu Thakur,R. Basu Thakur,D. A. Bauer,A. W. Borgland,M. A. Bowles,P. L. Brink,R. Bunker,Blas Cabrera,David O. Caldwell,R. Calkins,C. Cartaro,David G. Cerdeño,David G. Cerdeño,H. Chagani,Yi Chen,Jodi Cooley,B. Cornell,P. Cushman,Miguel Daal,P. Di Stefano,T. Doughty,L. Esteban,S. Fallows,Enectali Figueroa-Feliciano,Matthew Fritts,G. Gerbier,M. Ghaith,G.L. Godfrey,Sunil Golwala,J. Hall,H. R. Harris,T. Hofer,Donald J. Holmgren,Ziqing Hong,Eric W. Hoppe,L. Hsu,Martin E. Huber,V. Iyer,D. Jardin,A. Jastram,M. H. Kelsey,A. Kennedy,A. Kubik,Noah Kurinsky,A. Leder,B. Loer,E. Lopez Asamar,P. Lukens,R. Mahapatra,Vuk Mandic,N. Mast,N. Mirabolfathi,Robert A. Moffatt,J. D. Morales Mendoza,John L. Orrell,S. M. Oser,K. L. Page,W. A. Page,R. Partridge,M. Pepin,A. Phipps,S. S. Poudel,Matt Pyle,H. Qiu,W. Rau,P. Redl,A. Reisetter,Amy Roberts,A. E. Robinson,H. E. Rogers,Tarek Saab,Bernard Sadoulet,J. Sander,K. Schneck,R. W. Schnee,B. Serfass,Danielle Speller,M. Stein,J. Street,Hiromasa Tanaka,D. Toback,R. Underwood,A. N. Villano,B. von Krosigk,B. Welliver,John Wilson,D. H. Wright,S. J. Yellin,J. J. Yen,Betty A. Young,X. Zhang,Xingbo Zhao +97 more
TL;DR: SuperCDMS SNOLAB as discussed by the authors is a next-generation experiment aimed at directly detecting low-mass particles (with masses ≤ 10 GeV/c^2) that may constitute dark matter by using cryogenic detectors of two types (HV and iZIP) and two target materials (germanium and silicon).
Journal ArticleDOI
Low-mass dark matter search with CDMSlite
R. Agnese,Adam Anderson,T. Aralis,Tsuguo Aramaki,I. J. Arnquist,W. Baker,D. Balakishiyeva,D. Barker,R. Basu Thakur,D. A. Bauer,T. Binder,M. A. Bowles,P. L. Brink,R. Bunker,Blas Cabrera,David O. Caldwell,R. Calkins,C. Cartaro,David G. Cerdeño,Yu Kai Chang,H. Chagani,Yi Chen,Jodi Cooley,B. Cornell,P. Cushman,Miguel Daal,P. Di Stefano,T. Doughty,L. Esteban,E. Fascione,Enectali Figueroa-Feliciano,Matthew Fritts,G. Gerbier,M. Ghaith,G.L. Godfrey,Sunil Golwala,J. Hall,H. R. Harris,Ziqing Hong,Eric W. Hoppe,L. Hsu,Martin E. Huber,V. Iyer,D. Jardin,A. Jastram,Chitrasen Jena,M. H. Kelsey,A. Kennedy,A. Kubik,Noah Kurinsky,A. Leder,B. Loer,E. Lopez Asamar,P. Lukens,D. MacDonell,R. Mahapatra,Vuk Mandic,N. Mast,E. H. Miller,N. Mirabolfathi,Robert A. Moffatt,Bedangadas Mohanty,J. D. Morales Mendoza,J. K. Nelson,John L. Orrell,S. M. Oser,K. L. Page,W. A. Page,R. Partridge,M. Pepin,M. Peñalver Martinez,A. Phipps,S. S. Poudel,Matt Pyle,H. Qiu,W. Rau,P. Redl,A. Reisetter,T. Reynolds,Amy Roberts,A. E. Robinson,H. E. Rogers,Tarek Saab,Bernard Sadoulet,J. Sander,K. Schneck,R. W. Schnee,S. Scorza,Kartik Senapati,B. Serfass,Danielle Speller,M. Stein,J. Street,Hiromasa Tanaka,D. Toback,R. Underwood,A. N. Villano,B. von Krosigk,B. Welliver,John Wilson,M. J. Wilson,D. H. Wright,S. J. Yellin,J. J. Yen,Betty A. Young,X. Zhang,Xingbo Zhao +106 more
TL;DR: The SuperCDMS experiment at the Soudan Underground Laboratory was designed to directly detect weakly interacting massive particles (WIMPs) that may constitute the dark matter in our Galaxy as discussed by the authors.
Journal ArticleDOI
A quantum enhanced search for dark matter axions
K. M. Backes,Daniel Palken,Daniel Palken,S. Al Kenany,B. M. Brubaker,B. M. Brubaker,Sidney Cahn,Alex Droster,Gene C. Hilton,Sumita Ghosh,H. E. Jackson,Steve K. Lamoreaux,A. Leder,Konrad Lehnert,Konrad Lehnert,Samantha M. Lewis,Maxime Malnou,Reina H. Maruyama,Nicholas M. Rapidis,Maria Simanovskaia,Sukhman Singh,Danielle Speller,I. Urdinaran,Leila R. Vale,E. C. van Assendelft,K. van Bibber,Hang Wang +26 more
TL;DR: In this article, a microwave-frequency electromagnetic field in a squeezed state and nearnoiselessly reading out only the squeezed quadrature was used to circumvent the quantum limit in a search for dark matter.