E
E. Williams
Researcher at Columbia University
Publications - 381
Citations - 32392
E. Williams is an academic researcher from Columbia University. The author has contributed to research in topics: Large Hadron Collider & Medicine. The author has an hindex of 84, co-authored 282 publications receiving 31055 citations. Previous affiliations of E. Williams include Universidade Federal de São João del-Rei & University of Southern Mississippi.
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Observation of ψ (3770) → and Measurement of Γ ee [ ψ (2 S )]
N. E. Adam,J. P. Alexander,Karl Berkelman,D. G. Cassel,V. Crede,J. E. Duboscq,K. M. Ecklund,R. Ehrlich,L. Fields,R. S. Galik,L. K. Gibbons,B. Gittelman,Richard Gray,S. W. Gray,D. L. Hartill,B. K. Heltsley,D. Hertz,C. R. Jones,J. Kandaswamy,D. L. Kreinick,Valentin Kuznetsov,H. Mahlke-Krüger,Thomas J. Meyer,Peter Onyisi,Juliet Ritchie Patterson,D. Peterson,E. A. Phillips,J. Pivarski,D. Riley,Anders Ryd,A. J. Sadoff,H. Schwarthoff,X. Shi,M. R. Shepherd,S. Stroiney,W. Sun,D. Urner,T. Wilksen,K. Mark Weaver,M. Weinberger,S. B. Athar,Paul Avery,L. Breva-Newell,R. Patel,V. Potlia,H. Stoeck,John Yelton,P. Rubin,C. Cawlfield,B. I. Eisenstein,G. D. Gollin,I. Karliner,D. Y. Kim,N. Lowrey,P. Naik,C. Sedlack,Mats A Selen,E. J. White,E. Williams,James E Wiss,D. M. Asner,K. W. Edwards,D. Besson,T. K. Pedlar,Daniel P Cronin-Hennessy,K. Y. Gao,D. T. Gong,J. Hietala,Y. Kubota,T. Klein,B. W. Lang,S.Z. Li,R. Poling,A. L. Scott,Sean A Dobbs,Z. Metreveli,Kamal K. Seth,Amiran Tomaradze,Peter K. Zweber,J. Ernst,Horst Severini,S. A. Dytman,W. A. Love,S. Mehrabyan,Julia A. Mueller,V. Savinov,Z Li,A. M. Lopez,H. Mendez,J. E. Ramirez,J. S. Huang,D. H. Miller,V. Pavlunin,B. Sanghi,Ian Shipsey,G. S. Adams,M. Anderson,J. P. Cummings,I. Z. Danko,J. Napolitano,Q. He,H. Muramatsu,C S Park,E. H. Thorndike,T. E. Coan,Y. S. Gao,F. Liu,Marina Artuso,C. Boulahouache,S. Blusk,Jamila Bashir Butt,O. Dorjkhaidav,J. Li,N. Menaa,R. Mountain,R. Nandakumar,K. Randrianarivony,Radia Redjimi,R. Sia,Tomasz Skwarnicki,Sheldon Stone,C. C. Wang,K. Zhang,S. E. Csorna,G. Bonvicini,D. Cinabro,M. Dubrovin,R. A. Briere,G. F. Chen,J. C. Chen,Thomas Ferguson,G. Tatishvili,Helmut Vogel,M. Watkins,Jonathan L. Rosner +134 more
TL;DR: In this paper , the authors observe signals for the decays ψ (3770) → XJ/ψ from data acquired with the CLEO detector operating at the CESR e + e − collider with √ s =3773 MeV.
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44. Acute Effects of MDMA on Negative Affective Brain Circuit Function: A Randomized Controlled Mechanistic Trial
Laura M. Hack,Xue Zhang,Boris D. Heifets,Trisha Suppes,Peter van Roessel,Jerome A. Yesavage,N Gray,Rachel Hilton,Carolyn I. Rodriguez,Karl Deisseroth,Brian Knutson,E. Williams +11 more
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P226. Deconstructing Ketamine-Induced Changes in Cortisol and Dissociative and Affective States in a Controlled Mechanistic Study
Laura M. Hack,Xue Zhang,Jacob Brawer,N Gray,Boris D. Heifets,Trisha Suppes,Peter van Roessel,Carolyn I. Rodriguez,Brian Knutson,E. Williams +9 more
TL;DR: It remains unclear whether subanesthetic racemic ketamine-induced cortisol elevations in healthy subjects are related to ketamine's acute affective and/or dissociative effects as discussed by the authors .
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Changes in neural responses during affective and non-affective tasks and improvement of posttraumatic stress disorder symptoms following trauma-focused psychotherapy
Mayuresh S. Korgaonkar,Kim L Felmingham,Gin S Malhi,Thomas Williamson,E. Williams,Richard A. Bryant +5 more
TL;DR: In this paper , the authors examined changes in neural activations during affective and non-affective processing that occur with improvement of symptoms after trauma-focused psychotherapy (TF-psychotherapy), which is the treatment of choice for PTSD.
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539. Ketamine’s Acute Effects on Negative Brain States are Mediated Through Distinct Altered States in Humans
Xue Zhang,Laura M. Hack,Boris D. Heifets,Trisha Suppes,Peter van Roessel,Jerome A. Yesavage,N Gray,Rachel Hilton,Carolyn I. Rodriguez,Karl Deisseroth,Brian Knutson,E. Williams +11 more
TL;DR: In this article , the neural mechanisms that contribute to dissociative and other altered states of consciousness (ASCs) remain unknown, while the neural mechanism that induce these experiences remain unknown.