Faculty

Institution

Unit

Venue

Ritchie Patterson

Helen T Edwards Professor of Physics

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

Ritchie Patterson is currently serving as a College Of Arts And Sciences Helen T Edwards Professor of Physics at Cornell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ritchie Patterson

Cornell University

Helen T Edwards Professor of Physics

You can click a keyword to filter the displayed items

particle physics physics high energy physics elementary particles math xmlns meson spectroscopy applied mathematics mathematics experimental physics heavy quark physics astronomy gravitational physics double beta decay hadron physic nuclear decays mathematical physics cleo detector nuclear physics unified field theory non-perturbative qcd modern physics nuclear science heavy flavour physic quantum field theory cleo ii detector high energy density physics measurement branching fractions computational mathematics theoretical physics cleo-c detector particle cosmology mathematical sciences atomic spectroscopy high-energy nuclear reaction neutrinos neutrino physics branching fraction cleo iii detector mi mathvariant= upper limits precision measurement b mesons fractional calculus lepton-nucleon scattering neutrino properties cp violation mo stretchy= inclusive branching fractions cleo-ii detector peak production energy synchrotron radiation computational physics theoretical high-energy physics many-body quantum physics collider physics annihilation data nuclear fusion condensed matter measurement systems exotic state numerical simulations numerical mathematics nonlinear phenomena high temperature qcd phase separation phase equilibrium quantum solid high-frequency approximation waveform analysis quantum theory quantum chromodynamics chaotic mixing dispersion weak interactions dark matter search standard model dark matter

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Search for Long-Lived Particles Decaying to Jets With Displaced Vertices in Proton-Proton Collisions at Sqrt(S) = 13 Tev. Physical Review D (2021)

Ritchie Patterson

high-energy nuclear reactionparticle physicslong-lived particlesphysicsastronomycollider physicshigh energy physicsproton-proton collisionsdisplaced verticesexperimental physicselementary particles

Search for Long-Lived Particles With Displaced Vertices in Multijet Events in Proton-Proton Collisions at Sqrt(S)=13 Tev. Phys. Rev. D (2018)

Ritchie Patterson

high-energy nuclear reactionexperimental physicsparticle physicslong-lived particlesphysicsmultijet eventscollider physicshigh energy physicsdisplaced verticesapplied mathematicselementary particles

Updated Measurements of Absolute D+ and D0 Hadronic Branching Fractions and σ(E+E−→Dd¯) at Ecm=3774 Mev. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2014)

G. BonviciniD. CinabroM. J. SmithP. ZhouP. NaikJ. RademackerK. W. EdwardsR. A. BriereH. VogelJ. L. RosnerJ. P. AlexanderD. G. CasselR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunS. DasJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellD. BessonT. K. PedlarD. Cronin-HennessyJ. HietalaS. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoA. PowellC. ThomasG. WilkinsonD. M. AsnerG. TatishviliJ. Y. GeD. H. MillerI. P. J. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuL. J. PearsonE. H. ThorndikeM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. ZhangP. U. E. Onyisi

branching fractionsparticle physicsdouble beta decayphysicsnuclear physicsmath xmlnsmathematicshigh energy physicsdouble tag techniquehadron physicapplied mathematicselementary particles

Updated Measurements of Absolute D+ and D0 Hadronic Branching Fractions and σ (E+E- →D D ) at Ecm=3774Mev Updated Measurements of Absolute D+ and ⋯G. Bonvicini Et Al.. arXiv (Cornell University) (2014)

Giovanni BonviciniDavid A. CinabroM. J. SmithPeng ZhouP. NaikJ. RademackerK. W. EdwardsR. A. BriereH. VogelJ. L. RosnerJ. P. AlexanderD. G. CasselR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunS. DasJohn YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellDave BessonTodd K. PedlarD. Cronin-HennessyJ. HietalaSean DobbsZaza MetreveliKamal SethAmiran TomaradzeTing XiaoA. PowellC. ThomasG. WilkinsonDavid M. AsnerGocha TatishviliJ. Y. GeD. H. MillerI. P. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuL. J. PearsonE. H. ThorndikeM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. ZhangP. U. Onyisi

particle physicsphysicsastronomyhigh energy physicsmeson spectroscopyecm=3774 mevhadron physical ..absolute d+experimental physicselementary particles

First Measurement of the Form Factors in the Decays D0→ρ−E+νE and D+→ρ0E+Νe. Physical Review Letters (2013)

S. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoL. MartinA. PowellG. WilkinsonH. MendezD. M. AsnerG. TatishviliJ. Y. GeG. S. HuangD. H. MillerV. PavluninI. P. J. ShipseyB. XinG. S. AdamsD. HuB. MoziakJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuC. S. ParkL. J. PearsonE. H. ThorndikeS. RicciardiC. ThomasM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneL. M. ZhangG. BonviciniD. CinabroA. LincolnM. J. SmithP. ZhouJ. ZhuP. NaikJ. RademackerK. W. EdwardsK. RandrianarivonyR. A. BriereH. VogelP. U. E. OnyisiJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellC. M. TarbertD. BessonT. K. PedlarD. Cronin-HennessyJ. Hietala

quantum field theoryparticle physicsdouble beta decayphysicsnuclear decaysmath xmlnsmathematicshigh energy physicsmeson spectroscopymodern physicscosmologyform factorsfirst measurementelementary particles

Improved Measurement of Absolute Hadronic Branching Fractions of the Ds+ Meson. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2013)

P. U. OnyisiGiovanni BonviciniDavid A. CinabroM. J. SmithPeng ZhouP. NaikJ. RademackerK. W. EdwardsR. A. BriereH. VogelJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunJohn YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellDave BessonTodd K. PedlarD. Cronin-HennessyJ. HietalaSean DobbsZaza MetreveliKamal SethAmiran TomaradzeTing XiaoA. PowellC. ThomasG. WilkinsonDavid M. AsnerGocha TatishviliJ. Y. GeD. H. MillerI. P. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuL. J. PearsonE. H. ThorndikeM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. Zhang

branching fractionsparticle physicsphysicstheoretical physicsheavy quark physicsmathematicshigh energy physicsmeson spectroscopyabsolute branching fractionshadron physicmeson decaysexperimental physicselementary particles

Amplitude Analysis of D0→K+K−π+π−. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2012)

M. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneL. M. ZhangT. GershonG. BonviciniD. CinabroA. LincolnM. J. SmithP. ZhouJ. ZhuP. NaikJ. RademackerD. M. AsnerK. W. EdwardsK. RandrianarivonyG. TatishviliR. A. BriereH. VogelP. U. E. OnyisiJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellD. BessonT. K. PedlarD. Cronin-HennessyJ. HietalaS. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoL. MartinA. PowellP. SpradlinG. WilkinsonJ. Y. GeD. H. MillerI. P. J. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuC. S. ParkL. J. PearsonE. H. ThorndikeS. RicciardiC. Thomas

nonlinear phenomenaparticle physicsphysicsamplitude analysismathematical physicshigh energy density physicshigh-frequency approximationsignificant amplitudessignal decaysapplied physicswaveform analysis

Observation of the Dalitz Decay Ds*+→Ds+E+E−. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2012)

D. Cronin-HennessyJ. HietalaS. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoL. MartinA. PowellG. WilkinsonD. M. AsnerG. TatishviliH. MendezJ. Y. GeD. H. MillerI. P. J. ShipseyB. XinG. S. AdamsD. HuB. MoziakJ. NapolitanoK. M. EcklundJ. InslerH. MuramatsuC. S. ParkL. J. PearsonE. H. ThorndikeS. RicciardiC. ThomasM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. ZhangG. BonviciniD. CinabroA. LincolnM. J. SmithP. ZhouJ. ZhuP. NaikJ. RademackerK. W. EdwardsK. RandrianarivonyR. A. BriereH. VogelP. U. E. OnyisiJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillB. K. HeltsleyD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellM. R. ShepherdC. M. TarbertD. BessonT. K. Pedlar

particle physicsphysicsnuclear physicsastronomynuclear decayshigh energy physicse+e− collision datacleo-c detectorfractions bhadron physicexperimental physicselementary particles

Studies of the Decays D 0 → K S 0 K − π + and D 0</MML: Mn…. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D, Particles, fields, gravitation, and cosmology (2012)

J. InslerH. MuramatsuC. S. ParkL. J. PearsonE. H. ThorndikeS. RicciardiC. ThomasM. ArtusoS. BluskR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. ZhangG. BonviciniD. CinabroM. J. SmithP. ZhouT. GershonP. NaikJ. RademackerK. W. EdwardsK. RandrianarivonyR. A. BriereH. VogelP. U. E. OnyisiJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiW. M. SunJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellD. BessonT. K. PedlarD. Cronin-HennessyJ. HietalaS. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoD. JohnsonS. MaldeL. MartinA. PowellG. WilkinsonD. M. AsnerG. TatishviliJ. Y. GeD. H. MillerI. P. J. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. Ecklund

charm mixingparticle cosmologyparticle physicsdouble beta decayphysicsnuclear decaysmath xmlnshigh energy physicsnuclear sciencemeson spectroscopygravitational physicsapplied mathematicscoherence factorelementary particles

Updated Measurement of the Strong Phase in D0→K+π− Decay Using Quantum Correlations in E+E−→D0D¯0 at Cleo. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2012)

D. M. AsnerG. TatishviliJ. Y. GeD. H. MillerI. P. J. ShipseyB. XinG. S. AdamsJ. NapolitanoK. M. EcklundQ. HeJ. InslerH. MuramatsuL. J. PearsonE. H. ThorndikeM. ArtusoS. BluskN. HorwitzR. MountainT. SkwarnickiS. StoneJ. C. WangL. M. ZhangP. U. E. OnyisiG. BonviciniD. CinabroA. LincolnM. J. SmithP. ZhouP. NaikJ. RademackerK. W. EdwardsE. J. WhiteR. A. BriereH. VogelJ. L. RosnerJ. P. AlexanderD. G. CasselS. DasR. EhrlichL. GibbonsS. W. GrayD. L. HartillD. L. KreinickV. E. KuznetsovJ. R. PattersonD. PetersonD. RileyA. RydA. J. SadoffX. ShiS. StroineyW. M. SunJ. YeltonP. RubinN. LowreyS. MehrabyanM. SelenJ. WissJ. LibbyM. KornicerR. E. MitchellD. BessonT. K. PedlarD. Cronin-HennessyJ. HietalaS. DobbsZ. MetreveliK. K. SethA. TomaradzeT. XiaoA. PowellC. ThomasG. Wilkinson

quantum mechanicsupdated measurementparticle physicsdouble beta decayphysicscondensed matternuclear decaysmath xmlnsnon-perturbative qcdhigh energy physicsapplied physicsstrong phasecondensed matter physics

1
2
3
4
5
20
10 / page

Ritchie Patterson

Helen T Edwards Professor of Physics

Cornell University

Affiliations

College of Arts and Sciences

Department of Physics

Ritchie Patterson is currently serving as a College Of Arts And Sciences Helen T Edwards Professor of Physics at Cornell University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ritchie Patterson

Cornell University

Helen T Edwards Professor of Physics

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Search for Long-Lived Particles Decaying to Jets With Displaced Vertices in Proton-Proton Collisions at Sqrt(S) = 13 Tev. Physical Review D (2021)

Ritchie Patterson

high-energy nuclear reactionparticle physicslong-lived particlesphysicsastronomycollider physicshigh energy physicsproton-proton collisionsdisplaced verticesexperimental physicselementary particles

Search for Long-Lived Particles With Displaced Vertices in Multijet Events in Proton-Proton Collisions at Sqrt(S)=13 Tev. Phys. Rev. D (2018)

Ritchie Patterson

high-energy nuclear reactionexperimental physicsparticle physicslong-lived particlesphysicsmultijet eventscollider physicshigh energy physicsdisplaced verticesapplied mathematicselementary particles

branching fractionsparticle physicsdouble beta decayphysicsnuclear physicsmath xmlnsmathematicshigh energy physicsdouble tag techniquehadron physicapplied mathematicselementary particles

particle physicsphysicsastronomyhigh energy physicsmeson spectroscopyecm=3774 mevhadron physical ..absolute d+experimental physicselementary particles

First Measurement of the Form Factors in the Decays D0→ρ−E+νE and D+→ρ0E+Νe. Physical Review Letters (2013)

Improved Measurement of Absolute Hadronic Branching Fractions of the Ds+ Meson. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2013)

Amplitude Analysis of D0→K+K−π+π−. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2012)

Observation of the Dalitz Decay Ds*+→Ds+E+E−. Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields (2012)

particle physicsphysicsnuclear physicsastronomynuclear decayshigh energy physicse+e− collision datacleo-c detectorfractions bhadron physicexperimental physicselementary particles

1
2
3
4
5
20
10 / page

Similar Faculty Members

Anders Ryd

Institution

Cornell University

higgs boson

supersymmetry

Lawrence Gibbons

Institution

Cornell University

particle physics

weak interactions

Yuval Grossman

Institution

Cornell University

particle physics

astroparticle physics

Laura Fields

Institution

University of Notre Dame

neutrino

neutrino physic

Mark G. Alford

Institution

Washington University in St. Louis

particle physics

nuclear energy

Julian Heeck

Institution

University of Virginia

particle physics

physics

Tomasz Skwarnicki

Institution

Syracuse University

fundamental physic

high energy physics

Harris P. Kagan

Institution

Ohio State University

fundamental physic

high energy physic

Ira Z. Rothstein

Institution

Carnegie Mellon University

mechanics

atomic physics

Richard Cavanaugh

Institution

University of Illinois Chicago

supersymmetry

particle physics