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Electric dipole moments and the search for new physics
Ricardo Alarcon, Jim Alexander, Vassilis Anastassopoulos, Takatoshi Aoki, Rick Baartman, Stefan Baeßler, Larry Bartoszek, Douglas H. Beck, Franco Bedeschi, Robert Berger, Martin Berz, Hendrick L. Bethlem, Tanmoy Bhattacharya, Michael Blaskiewicz, Thomas Blum, Themis Bowcock, Anastasia Borschevsky, Kevin Brown, Dmitry Budker, Sergey Burdin, et al (123)
Mar 16 2022 hep-ph hep-ex hep-lat nucl-ex nucl-th arXiv:2203.08103v2

@misc{2203.08103, author = {Ricardo Alarcon and Jim Alexander and Vassilis Anastassopoulos and Takatoshi Aoki and Rick Baartman and Stefan Baeßler and Larry Bartoszek and Douglas H.~Beck and Franco Bedeschi and Robert Berger and Martin Berz and Hendrick L.~Bethlem and Tanmoy Bhattacharya and Michael Blaskiewicz and Thomas Blum and Themis Bowcock and Anastasia Borschevsky and Kevin Brown and Dmitry Budker and Sergey Burdin and Brendan C.~Casey and Gianluigi Casse and Giovanni Cantatore and Lan Cheng and Timothy Chupp and Vince Cianciolo and Vincenzo Cirigliano and Steven M.~Clayton and Chris Crawford and B.~P.~Das and Hooman Davoudiasl and Jordy de Vries and David DeMille and Dmitri Denisov and Milind V.~Diwan and John M.~Doyle and Jonathan Engel and George Fanourakis and Renee Fatemi and Bradley W.~Filippone and Victor V.~Flambaum and Timo Fleig and Nadia Fomin and Wolfram Fischer and Gerald Gabrielse and R.~F.~Garcia Ruiz and Antonios Gardikiotis and Claudio Gatti and Andrew Geraci and James Gooding and Bob Golub and Peter Graham and Frederick Gray and W.~Clark Griffith and Selcuk Haciomeroglu and Gerald Gwinner and Steven Hoekstra and Georg H.~Hoffstaetter and Haixin Huang and Nicholas R.~Hutzler and Marco Incagli and Takeyasu M.~Ito and Taku Izubuchi and Andrew M.~Jayich and Hoyong Jeong and David Kaplan and Marin Karuza and David Kawall and On Kim and Ivan Koop and Wolfgang Korsch and Ekaterina Korobkina and Valeri Lebedev and Jonathan Lee and Soohyung Lee and Ralf Lehnert and Kent K.~H.~Leung and Chen-Yu Liu and Joshua Long and Alberto Lusiani and William J.~Marciano and Marios Maroudas and Andrei Matlashov and Nobuyuki Matsumoto and Richard Mawhorter and Francois Meot and Emanuele Mereghetti and James P.~Miller and William M.~Morse and James Mott and Zhanibek Omarov and Luis A.~Orozco and Christopher M.~O'Shaughnessy and Cenap Ozben and SeongTae Park and Robert W.~Pattie Jr.~and Alexander N.~Petrov and Giovanni Maria Piacentino and Bradley R.~Plaster and Boris Podobedov and Matthew Poelker and Dinko Pocanic and V.~S.~Prasannaa and Joe Price and Michael J.~Ramsey-Musolf and Deepak Raparia and Surjeet Rajendran and Matthew Reece and Austin Reid and Sergio Rescia and Adam Ritz and B.~Lee Roberts and Marianna S.~Safronova and Yasuhiro Sakemi and Philipp Schmidt-Wellenburg and Andrea Shindler and Yannis K.~Semertzidis and Alexander Silenko and Jaideep T.~Singh and Leonid V.~Skripnikov and Amarjit Soni and Edward Stephenson and Riad Suleiman and Ayaki Sunaga and Michael Syphers and Sergey Syritsyn and M.~R.~Tarbutt and Pia Thoerngren and Rob G.~E.~Timmermans and Volodya Tishchenko and Anatoly V.~Titov and Nikolaos Tsoupas and Spyros Tzamarias and Alessandro Variola and Graziano Venanzoni and Eva Vilella and Joost Vossebeld and Peter Winter and Eunil Won and Anatoli Zelenski and Tanya Zelevinsky and Yan Zhou and Konstantin Zioutas}, title = {{E}lectric dipole moments and the search for new physics}, year = {2022}, eprint = {2203.08103}, note = {arXiv:2203.08103v2} }
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Static electric dipole moments of nondegenerate systems probe mass scales for physics beyond the Standard Model well beyond those reached directly at high energy colliders. Discrimination between different physics models, however, requires complementary searches in atomic-molecular-and-optical, nuclear and particle physics. In this report, we discuss the current status and prospects in the near future for a compelling suite of such experiments, along with developments needed in the encompassing theoretical framework.
Optimizing the $^{8}$Li yield for the IsoDAR Neutrino Experiment
Adriana Bungau, Jose Alonso, Larry Bartoszek, Janet Conrad, Michael Shaevitz, Joshua Spitz
May 02 2018 physics.ins-det hep-ex hep-ph physics.acc-ph arXiv:1805.00410v1

@misc{1805.00410, author = {Adriana Bungau and Jose Alonso and Larry Bartoszek and Janet Conrad and Michael Shaevitz and Joshua Spitz}, title = {{O}ptimizing the $^{8}${L}i yield for the {I}so{DAR} {N}eutrino {E}xperiment}, year = {2018}, eprint = {1805.00410}, note = {arXiv:1805.00410v1} }
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The focus of this paper is on optimizing the electron-antineutrino source for the IsoDAR (Isotope Decay at Rest) experimental program. IsoDAR will perform sensitive short-baseline neutrino oscillation and electroweak measurements, among other Beyond Standard Model searches, in combination with KamLAND and/or other suitable detectors. IsoDAR will rely on the high-$Q$ $\beta^-$ decay of the $^{8}$Li isotope for producing electron-antineutrinos, created mainly via neutron capture in an isotopically enriched $^{7}$Li sleeve surrounding the Be target. In particular, this paper examines the performance, defined in terms of absolute $^{8}$Li (or, equivalently, electron-antineutrino) production rate, of various candidate sleeve materials, including a lithium-fluoride, beryllium-fluoride mixture ("FLiBe") sleeve and a homogeneous mixture of lithium and beryllium ("Li-Be"). These studies show that the $^{8}$Li yield can be increased substantially by employing a Li-Be sleeve and therefore motivate significant changes to the nominal IsoDAR design.
The Long-Baseline Neutrino Experiment: Exploring Fundamental Symmetries of the Universe
LBNE Collaboration, Corey Adams, David Adams, Tarek Akiri, Tyler Alion, Kris Anderson, Costas Andreopoulos, Mike Andrews, Ioana Anghel, João Carlos Costa dos Anjos, Maddalena Antonello, Enrique Arrieta-Diaz, Marina Artuso, Jonathan Asaadi, Xinhua Bai, Bagdat Baibussinov, Michael Baird, Baha Balantekin, Bruce Baller, Brian Baptista, et al (466)
Jul 30 2013 hep-ex hep-ph physics.acc-ph physics.ins-det arXiv:1307.7335v3

@misc{1307.7335, author = {LBNE Collaboration and Corey Adams and David Adams and Tarek Akiri and Tyler Alion and Kris Anderson and Costas Andreopoulos and Mike Andrews and Ioana Anghel and João Carlos Costa dos Anjos and Maddalena Antonello and Enrique Arrieta-Diaz and Marina Artuso and Jonathan Asaadi and Xinhua Bai and Bagdat Baibussinov and Michael Baird and Baha Balantekin and Bruce Baller and Brian Baptista and D'Ann Barker and Gary Barker and William A.~Barletta and Giles Barr and Larry Bartoszek and Amit Bashyal and Matt Bass and Vincenzo Bellini and Pietro Angelo Benetti and Bruce E.~Berger and Marc Bergevin and Eileen Berman and Hans-Gerd Berns and Adam Bernstein and Robert Bernstein and Babu Bhandari and Vipin Bhatnagar and Bipul Bhuyan and Jianming Bian and Mary Bishai and Andrew Blake and Flor Blaszczyk and Erik Blaufuss and Bruce Bleakley and Edward Blucher and Steve Blusk and Virgil Bocean and F.~Boffelli and Jan Boissevain and Timothy Bolton and Maurizio Bonesini and Steve Boyd and Andrew Brandt and Richard Breedon and Carl Bromberg and Ralph Brown and Giullia Brunetti and Norman Buchanan and Bill Bugg and Jerome Busenitz and E.~Calligarich and Leslie Camilleri and Giada Carminati and Rachel Carr and Cesar Castromonte and Flavio Cavanna and Sandro Centro and Alex Chen and Hucheng Chen and Kai Chen and Daniel Cherdack and Cheng-Yi Chi and Sam Childress and Brajesh Chandra Choudhary and Georgios Christodoulou and Cabot-Ann Christofferson and Eric Church and David Cline and Thomas Coan and Alfredo Cocco and Joao Coelho and Stephen Coleman and Janet M.~Conrad and Mark Convery and Robert Corey and Luke Corwin and Jack Cranshaw and Daniel Cronin-Hennessy and A.~Curioni and Helio da Motta and Tristan Davenne and Gavin S.~Davies and Steven Dazeley and Kaushik De and Andre de Gouvea and Jeffrey K.~de Jong and David Demuth and Chris Densham and Milind Diwan and Zelimir Djurcic and R.~Dolfini and Jeffrey Dolph and Gary Drake and Stephen Dye and Hongue Dyuang and Daniel Edmunds and Steven Elliott and Muhammad Elnimr and Sarah Eno and Sanshiro Enomoto and Carlos O.~Escobar and Justin Evans and A.~Falcone and Lisa Falk and Amir Farbin and Christian Farnese and Angela Fava and John Felde and S.~Fernandes and Fernando Ferroni and Farshid Feyzi and Laura Fields and Alex Finch and Mike Fitton and Bonnie Fleming and Jack Fowler and Walt Fox and Alex Friedland and Stu Fuess and Brian Fujikawa and Hugh Gallagher and Raj Gandhi and Gerald Garvey and Victor M.~Gehman and Gianluigi de Geronimo and Daniele Gibin and Ronald Gill and Ricardo A.~Gomes and Maury C.~Goodman and Jason Goon and Nicholas Graf and Mathew Graham and Rik Gran and Christopher Grant and Nick Grant and Herbert Greenlee and Leland Greenler and Sean Grullon and Elena Guardincerri and Victor Guarino and Evan Guarnaccia and Germano Guedes and Roxanne Guenette and Alberto Guglielmi and Marcelo M.~Guzzo and Alec T.~Habig and Robert W.~Hackenburg and Haleh Hadavand and Alan Hahn and Martin Haigh and Todd Haines and Thomas Handler and Sunej Hans and Jeff Hartnell and John Harton and Robert Hatcher and Athans Hatzikoutelis and Steven Hays and Eric Hazen and Mike Headley and Anne Heavey and Karsten Heeger and Jaret Heise and Robert Hellauer and Jeremy Hewes and Alexander Himmel and Matthew Hogan and Pedro Holanda and Anna Holin and Glenn Horton-Smith and Joe Howell and Patrick Hurh and Joey Huston and James Hylen and Richard Imlay and Jonathan Insler and G.~Introzzi and Zeynep Isvan and Chris Jackson and John Jacobsen and David E.~Jaffe and Cat James and Chun-Min Jen and Marvin Johnson and Randy Johnson and Robert Johnson and Scott Johnson and William Johnston and John Johnstone and Ben J.P.~Jones and H.~Jostlein and Thomas Junk and Richard Kadel and Karl Kaess and Georgia Karagiorgi and Jarek Kaspar and Teppei Katori and Boris Kayser and Edward Kearns and Paul Keener and Ernesto Kemp and Steve H.~Kettell and Mike Kirby and Joshua Klein and Gordon Koizumi and Sacha Kopp and Laura Kormos and William Kropp and Vitaly A.~Kudryavtsev and Ashok Kumar and Jason Kumar and Thomas Kutter and Franco La Zia and Kenneth Lande and Charles Lane and Karol Lang and Francesco Lanni and Richard Lanza and Tony Latorre and John Learned and David Lee and Kevin Lee and Qizhong Li and Shaorui Li and Yichen Li and Zepeng Li and Jiang Libo and Steve Linden and Jiajie Ling and Jonathan Link and Laurence Littenberg and Hu Liu and Qiuguang Liu and Tiankuan Liu and John Losecco and William Louis and Byron Lundberg and Tracy Lundin and Jay Lundy and Ana Amelia Machado and Cara Maesano and Steve Magill and George Mahler and David Malon and Stephen Malys and Francesco Mammoliti and Samit Kumar Mandal and Anthony Mann and Paul Mantsch and Alberto Marchionni and William Marciano and Camillo Mariani and Jelena Maricic and Alysia Marino and Marvin Marshak and John Marshall and Shiegenobu Matsuno and Christopher Mauger and Konstantinos Mavrokoridis and Nate Mayer and Neil McCauley and Elaine McCluskey and Kirk McDonald and Kevin McFarland and David McKee and Robert McKeown and Robert McTaggart and Rashid Mehdiyev and Dongming Mei and A.~Menegolli and Guang Meng and Yixiong Meng and David Mertins and Mark Messier and William Metcalf and Radovan Milincic and William Miller and Geoff Mills and Sanjib R.~Mishra and Nikolai Mokhov and Claudio Montanari and David Montanari and Craig Moore and Jorge Morfin and Ben Morgan and William Morse and Zander Moss and Célio A.~Moura and Stuart Mufson and David Muller and Jim Musser and Donna Naples and Jim Napolitano and Mitch Newcomer and Ryan Nichol and Tim Nicholls and Evan Niner and Barry Norris and Jaroslaw Nowak and Helen O'Keeffe and Roberto Oliveira and Travis Olson and Brian Page and Sandip Pakvasa and Ornella Palamara and Jon Paley and Vittorio Paolone and Vaia Papadimitriou and Seongtae Park and Zohreh Parsa and Kinga Partyka and Bob Paulos and Zarko Pavlovic and Simon Peeters and Andy Perch and Jon D.~Perkin and Roberto Petti and Andre Petukhov and Francesco Pietropaolo and Robert Plunkett and Chris Polly and Stephen Pordes and Maxim Potekhin and Renato Potenza and Arati Prakash and Oleg Prokofiev and Xin Qian and Jennifer L.~Raaf and Veljko Radeka and Igor Rakhno and Yorck Ramachers and Regina Rameika and John Ramsey and A.~Rappoldi and G.L.~Raselli and Peter Ratoff and Shreyas Ravindra and Brian Rebel and Juergen Reichenbacher and Dianne Reitzner and Sergio Rescia and Martin Richardson and Kieth Rielage and Kurt Riesselmann and Matt Robinson and Leon Rochester and Michael Ronquest and Marc Rosen and M.~Rossella and Carlo Rubbia and Russ Rucinski and Sandeep Sahijpal and Himansu Sahoo and Paola Sala and Delia Salmiera and Nicholas Samios and Mayly Sanchez and Alberto Scaramelli and Heidi Schellman and Richard Schmitt and David Schmitz and Jack Schneps and Kate Scholberg and Ettore Segreto and Stanley Seibert and Liz Sexton-Kennedy and Mike Shaevitz and Peter Shanahan and Rahul Sharma and Terri Shaw and Nikolaos Simos and Venktesh Singh and Gus Sinnis and William Sippach and Tomasz Skwarnicki and Michael Smy and Henry Sobel and Mitch Soderberg and John Sondericker and Walter Sondheim and Alexandre Sousa and Neil J.C.~Spooner and Michelle Stancari and Ion Stancu and Dorota Stefan and Andy Stefanik and James Stewart and Sheldon Stone and James Strait and Matthew Strait and Sergei Striganov and Gregory Sullivan and Yujing Sun and Louise Suter and Andrew Svenson and Robert Svoboda and Barbara Szczerbinska and Andrzej Szelc and Matthew Szydagis and Stefan Söldner-Rembold and Richard Talaga and Matthew Tamsett and Salman Tariq and Rex Tayloe and Charles Taylor and David Taylor and Artin Teymourian and Harry Themann and Matthew Thiesse and Jenny Thomas and Lee F.~Thompson and Mark Thomson and Craig Thorn and Matt Thorpe and Xinchun Tian and Doug Tiedt and Walter Toki and Nikolai Tolich and M.~Torti and Matt Toups and Christos Touramanis and Mani Tripathi and Igor Tropin and Yun-Tse Tsai and Craig Tull and Martin Tzanov and Jon Urheim and Shawn Usman and Mark Vagins and Gustavo Valdiviesso and Rick Van Berg and Richard Van de Water and Peter Van Gemmeren and Filippo Varanini and Gary Varner and Kamran Vaziri and Gueorgui Velev and Sandro Ventura and Chiara Vignoli and Brett Viren and Dan Wahl and Abby Waldron and Christopher W.~Walter and Hanguo Wang and Wei Wang and Karl Warburton and David Warner and Ryan Wasserman and Blake Watson and Alfons Weber and Wenzhao Wei and Douglas Wells and Matthew Wetstein and Andy White and Hywel White and Lisa Whitehead and Denver Whittington and Joshua Willhite and Robert J.~Wilson and Lindley Winslow and Kevin Wood and Elizabeth Worcester and Matthew Worcester and Tian Xin and Kevin Yarritu and Jingbo Ye and Minfang Yeh and Bo Yu and Jae Yu and Tianlu Yuan and A.~Zani and Geralyn P.~Zeller and Chao Zhang and Chao Zhang and Eric D.~Zimmerman and Robert Zwaska}, title = {{T}he {L}ong-{B}aseline {N}eutrino {E}xperiment: {E}xploring {F}undamental {S}ymmetries of the {U}niverse}, year = {2013}, eprint = {1307.7335}, note = {arXiv:1307.7335v3} }
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The preponderance of matter over antimatter in the early Universe, the dynamics of the supernova bursts that produced the heavy elements necessary for life and whether protons eventually decay --- these mysteries at the forefront of particle physics and astrophysics are key to understanding the early evolution of our Universe, its current state and its eventual fate. The Long-Baseline Neutrino Experiment (LBNE) represents an extensively developed plan for a world-class experiment dedicated to addressing these questions. LBNE is conceived around three central components: (1) a new, high-intensity neutrino source generated from a megawatt-class proton accelerator at Fermi National Accelerator Laboratory, (2) a near neutrino detector just downstream of the source, and (3) a massive liquid argon time-projection chamber deployed as a far detector deep underground at the Sanford Underground Research Facility. This facility, located at the site of the former Homestake Mine in Lead, South Dakota, is approximately 1,300 km from the neutrino source at Fermilab -- a distance (baseline) that delivers optimal sensitivity to neutrino charge-parity symmetry violation and mass ordering effects. This ambitious yet cost-effective design incorporates scalability and flexibility and can accommodate a variety of upgrades and contributions. With its exceptional combination of experimental configuration, technical capabilities, and potential for transformative discoveries, LBNE promises to be a vital facility for the field of particle physics worldwide, providing physicists from around the globe with opportunities to collaborate in a twenty to thirty year program of exciting science. In this document we provide a comprehensive overview of LBNE's scientific objectives, its place in the landscape of neutrino physics worldwide, the technologies it will incorporate and the capabilities it will possess.
Proposal for an Electron Antineutrino Disappearance Search Using High-Rate 8Li Production and Decay
A. Bungau, A. Adelmann, J.R. Alonso, W. Barletta, R. Barlow, L. Bartoszek, L. Calabretta, A. Calanna, D. Campo, J.M. Conrad, Z. Djurcic, Y. Kamyshkov, M.H. Shaevitz, I. Shimizu, T. Smidt, J. Spitz, M. Wascko, L.A. Winslow, J.J. Yang
May 22 2012 hep-ex hep-ph nucl-ex arXiv:1205.4419v2

@misc{1205.4419, author = {A.~Bungau and A.~Adelmann and J.R.~Alonso and W.~Barletta and R.~Barlow and L.~Bartoszek and L.~Calabretta and A.~Calanna and D.~Campo and J.M.~Conrad and Z.~Djurcic and Y.~Kamyshkov and M.H.~Shaevitz and I.~Shimizu and T.~Smidt and J.~Spitz and M.~Wascko and L.A.~Winslow and J.J.~Yang}, title = {{P}roposal for an {E}lectron {A}ntineutrino {D}isappearance {S}earch {U}sing {H}igh-{R}ate 8{L}i {P}roduction and {D}ecay}, year = {2012}, eprint = {1205.4419}, doi = {10.1103/PhysRevLett.109.141802}, note = {arXiv:1205.4419v2} }
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This paper introduces a novel, high-intensity source of electron antineutrinos from the production and subsequent decay of 8Li. When paired with an existing ~1 kton scintillator-based detector, this <E_\nu>=6.4 MeV source opens a wide range of possible searches for beyond standard model physics via studies of the inverse beta decay interaction. In particular, the experimental design described here has unprecedented sensitivity to electron antineutrino disappearance at $\Delta m^2\sim$ 1 eV$^2$ and features the ability to distinguish between the existence of zero, one, and two sterile neutrinos.