Faculty

Institution

Unit

Venue

Roy A. Lacey

Professor

Stony Brook University

Affiliations

College of Arts & Sciences

Chemistry

Roy A. Lacey is currently serving as a Chemistry Professor at Stony Brook University.

Honors

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Experiences

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Education

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Roy A. Lacey

Stony Brook University

Professor

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particle physics physics nuclear physics atomic physics materials science applied physics high energy physics planetary sciences nuclear science fluid dynamics anisotropic flow hadron physic quantum chromodynamics charge separation central collisions kinetic freeze-out temperature ags energies quantum mechanics thin films quantum science theoretical high-energy physics pb-pb collisions isospin dependence energy dependence magnetism space weather accelerator physics collider physics heavy ion physic nuclear collisions collective flow heavy ion reactions elliptic flow qcd critical point nucleus-nucleus collisions formal methods direct observation black holes general relativity nuclear engineering heavy flavour physic non-perturbative qcd mass dependence azimuthal dependence elliptic flow measurements numerical simulations particle beam experimental physics condensed matter nuclear materials high energy density physics material chemistry ab-initio methods interferometry fragmentation effect accelerator technology thermal modeling particle accelerators excited state property residual stress physical modeling collective motion weak interactions many-body problem topological phases lower bounds phase equilibrium critical phenomena trace elements high-energy nuclear reaction physical acoustics nuclear matter nuclear chemistry nuclear fusion heavy ion collisions

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Study of Nuclear Structure of Light Nuclei at the Electron–Ion Collider. The European Physical Journal A (2024)

Niseem MagdyMariam HegazyAliaa RafaatWenliang LiAbhay DeshpandeA. M. H. AbdelhadyA. Y. EllithiRoy A. LaceyZhoudunming Tu

physicsnuclear structurenuclear physicsnuclear scienceelectron-ion colliderlight nuclei

Exploring Rapidity-Even Dipolar Flow in Isobaric Collisions at Rhic. Journal of Physics G Nuclear and Particle Physics (2024)

Niseem MagdyRoy Lacey

particle physicsrapidity-even dipolar flowisobaric collisions

Search for Baryon Junctions in E+a Collisions at the Electron Ion Collider. arXiv (Cornell University) (2024)

Magdy, NiseemDeshpande, AbhayLacey, RoyLi, WenliangTribedy, PrithwishXu, Zhangbu

physicshigh energy physicsbaryon junctionsparticle physicselectron ion collidercollider physics

Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation: Implications for the Chiral Magnetic Effect in Heavy Ion Collisions. EPJ Web of Conferences (2023)

Roy Lacey

charge transportbiophysicsplanetary sciencesastroparticle physicsmagnetic resonancehigh energy physicsnuclear physicsheavy ion physiccharge separationcondensed matter physicsmagnetismmagnetic fieldschiral magnetic effectnuclear magnetic resonancescalar transportchiral-magnetically-driven charge separationheavy ion collisions

Model Study of the Energy Dependence of the Correlation Between Anisotropic Flow and the Mean Transverse Momentum in Au + Au Collisions. Physical review. C (2022)

Niseem MagdyPetr ParfenovArkadiy TaranenkoIurii KarpenkoRoy A. Lacey

physicsmean transverse momentumparticle physicsenergy dependencemodel studyanisotropic flow

Rebuttal to:"Comment on Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation in Heavy Ion Collisions at $\Sqrt{S}_{\Rm Nn}=200$ Gev". arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, Niseem

physicsatomic physicsparticle physicscharge separationheavy ion collisions

Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation in Heavy Ion Collisions at $\Sqrt S_{\Mathrm{Nn}}=200$ Gev. arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, NiseemParfenov, PetrTaranenko, Arkadiy

physicshigh energy physicsatomic physicsnuclear physicsparticle physicsquantum sciencecharge separationchiral-magnetically-driven charge separationheavy ion collisions

Scaling Properties of the $Δγ$ Correlator and Their Implication for Detection of the Chiral Magnetic Effect in Heavy-Ion Collisions. arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, Niseem

physicsatomic physicsheavy-ion collisionsparticle physicschiral magnetic effect

Azimuthal Dependence of Two-Particle Transverse Momentum Current Correlations. The European Physical Journal C (2021)

Niseem MagdySumit BasuVictor GonzalezAna MarinOlga EvdokimovRoy A. LaceyClaude Pruneau

physicsatomic physicsazimuthal dependenceparticle physics

Model Investigation of the Longitudinal Broadening of the Transverse Momentum Two-Particle Correlator. Physical review. C (2021)

Niseem MagdyRoy A. Lacey

physicsparticle physicslongitudinal broadeningmodel investigation

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Roy A. Lacey

Professor

Stony Brook University

Affiliations

College of Arts & Sciences

Chemistry

Roy A. Lacey is currently serving as a Chemistry Professor at Stony Brook 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

Roy A. Lacey

Stony Brook University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Study of Nuclear Structure of Light Nuclei at the Electron–Ion Collider. The European Physical Journal A (2024)

Niseem MagdyMariam HegazyAliaa RafaatWenliang LiAbhay DeshpandeA. M. H. AbdelhadyA. Y. EllithiRoy A. LaceyZhoudunming Tu

physicsnuclear structurenuclear physicsnuclear scienceelectron-ion colliderlight nuclei

Exploring Rapidity-Even Dipolar Flow in Isobaric Collisions at Rhic. Journal of Physics G Nuclear and Particle Physics (2024)

Niseem MagdyRoy Lacey

particle physicsrapidity-even dipolar flowisobaric collisions

Search for Baryon Junctions in E+a Collisions at the Electron Ion Collider. arXiv (Cornell University) (2024)

Magdy, NiseemDeshpande, AbhayLacey, RoyLi, WenliangTribedy, PrithwishXu, Zhangbu

physicshigh energy physicsbaryon junctionsparticle physicselectron ion collidercollider physics

Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation: Implications for the Chiral Magnetic Effect in Heavy Ion Collisions. EPJ Web of Conferences (2023)

Roy Lacey

Model Study of the Energy Dependence of the Correlation Between Anisotropic Flow and the Mean Transverse Momentum in Au + Au Collisions. Physical review. C (2022)

Niseem MagdyPetr ParfenovArkadiy TaranenkoIurii KarpenkoRoy A. Lacey

physicsmean transverse momentumparticle physicsenergy dependencemodel studyanisotropic flow

Rebuttal to:"Comment on Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation in Heavy Ion Collisions at $\Sqrt{S}_{\Rm Nn}=200$ Gev". arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, Niseem

physicsatomic physicsparticle physicscharge separationheavy ion collisions

Scaling Properties of Background- and Chiral-Magnetically-Driven Charge Separation in Heavy Ion Collisions at $\Sqrt S_{\Mathrm{Nn}}=200$ Gev. arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, NiseemParfenov, PetrTaranenko, Arkadiy

physicshigh energy physicsatomic physicsnuclear physicsparticle physicsquantum sciencecharge separationchiral-magnetically-driven charge separationheavy ion collisions

Scaling Properties of the $Δγ$ Correlator and Their Implication for Detection of the Chiral Magnetic Effect in Heavy-Ion Collisions. arXiv (Cornell University) (2022)

Lacey, Roy A.Magdy, Niseem

physicsatomic physicsheavy-ion collisionsparticle physicschiral magnetic effect

Azimuthal Dependence of Two-Particle Transverse Momentum Current Correlations. The European Physical Journal C (2021)

Niseem MagdySumit BasuVictor GonzalezAna MarinOlga EvdokimovRoy A. LaceyClaude Pruneau

physicsatomic physicsazimuthal dependenceparticle physics

Model Investigation of the Longitudinal Broadening of the Transverse Momentum Two-Particle Correlator. Physical review. C (2021)

Niseem MagdyRoy A. Lacey

physicsparticle physicslongitudinal broadeningmodel investigation

1
2
3
4
5
18
10 / page

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large hadron collider

collider physic

Alan Wuosmaa

Institution

University of Connecticut

exotic nuclear species

nuclear science

Stephen Bueltmann

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Old Dominion University

weak interaction

heavy ions

Claude Pruneau

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