Faculty

Institution

Unit

Venue

Chandra Raman

Professor

Georgia Institute of Technology

Affiliations

College of Sciences

School of Physics

Chandra Raman is currently serving as a College Of Sciences Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Chandra Raman

Georgia Institute of Technology

Professor

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physics atomic physics materials science condensed matter physics applied physics particle physics bose-einstein condensates biophysics quantum mechanics photonics spectroscopy laser science ultrafast laser spectroscopy atomic spectroscopy quantum science beam optics quantum sensing vortex lattices nuclear physics optical engineering wave optics ultracold atoms optical metrology bose-einstein condensation quantum phase transition level crossings nonlinear science nonlinear phenomena plasma physics condensed matter scientific computing numerical simulations solid-state electronics thermal engineering quantum optics wave interference quantum dynamics coherent process excited state property microwave spectroscopy pulsed electric field optical spectroscopy optic design x-ray spectroscopy elemental characterization quantum technologies quantum devices topological quantum state semiconductor devices micro technology accelerator technology laser processing technology photonic devices lower dimensions critical velocity vortex nucleation stirred bose-einstein condensate superfluid flow time-resolved pump-probe experiments molecular reference frame double core-hole states finite temperatures ramsey interference wave packet formations rydberg systems material research thermal systems computational materials science unconventional computing nanotechnology quantum computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Chip-Scale Atomic Beam Clock. Nature Communications (2023)

Gabriela D. MartinezChao LiAlexander StaronJohn KitchingChandra RamanWilliam R. McGehee

materials sciencebiophysicscommunicationatomic physicsnuclear physicsmicroelectronicsnanotechnology

Bottom-Up Approach to Room-Temperature Quantum Systems. Physical review. A/Physical review, A (2023)

Bochao WeiChao LiCe PeiChandra Raman

physicsquantum sciencequantum mechanicsquantum information scienceroom-temperature quantum systems

Demonstration of a Chip-Scale Rb Atom Beam. (2023)

William McGeheeGabriela D. MartinezAlexander L. StaronChao LiChandra RamanJohn Kitching

applied physicsnanotechnologyatomic physics

Stimulated Laser Cooling in a Compact Geometry Using Microfabricated Atomic Beam Collimators. Physical Review Applied (2023)

Chao LiXiao ChaiLinzhao ZhuoBochao WeiArdalan LotfiFarrokh AyaziChandra Raman

materials sciencelaser sciencecompact geometryatomic beam collimatorsapplied physicsmicrofabrication

Chip-Scale Atomic Beams: Prospects for Quantum Devices on Chip. Optical and Quantum Sensing and Precision Metrology II (2022)

Chandra Raman

chip-scale atomic beamsquantum sciencequantum technologiesquantum sensingquantum materialsquantum devices

Collimated Versatile Atomic Beam Source With Alkali Dispensers. Applied Physics Letters (2022)

Bochao WeiAlexandra CrawfordYorick AndewegLinzhao ZhuoChao LiChandra Raman

applied physicsalkali dispensersatomic physicsmaterials science

Magnetic Solitons in an Immiscible Two-Component Bose-Einstein Condensate. Physical review. A/Physical review, A (2022)

Xiao ChaiLi YouChandra Raman

physicsmagnetic solitonsparticle physicscondensed matter physics

Stimulated Laser Cooling Using Microfabrication. arXiv (Cornell University) (2022)

Chao LiXiao ChaiLinzhao ZhuoBochao WeiArdalan LotfiFarrokh AyaziChandra Raman

applied physicsmicrofabrication

Chip-Scale Atomic Beams and Integrated Photonics: Going Beyond Vapor Cells to Create New Quantum Sensor Architectures. Optical and Quantum Sensing and Precision Metrology (2021)

Chandra Raman

vapor cellsintegrated photonicsquantum sensingoptical metrologychip-scale atomic beamsphotonics

Dynamics of Multiple Magnetic Solitons With Finite Quadratic Zeeman Energy. Bulletin of the American Physical Society (2021)

Di LaoXiao ChaiCarlos A Sa de MeloKazuya FujimotoChandra Raman

applied physicsparticle physicsmultiple magnetic solitonsmagnetism

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Chandra Raman

Professor

Georgia Institute of Technology

Affiliations

College of Sciences

School of Physics

Chandra Raman is currently serving as a College Of Sciences Professor at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chandra Raman

Georgia Institute of Technology

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Chip-Scale Atomic Beam Clock. Nature Communications (2023)

Gabriela D. MartinezChao LiAlexander StaronJohn KitchingChandra RamanWilliam R. McGehee

materials sciencebiophysicscommunicationatomic physicsnuclear physicsmicroelectronicsnanotechnology

Bottom-Up Approach to Room-Temperature Quantum Systems. Physical review. A/Physical review, A (2023)

Bochao WeiChao LiCe PeiChandra Raman

physicsquantum sciencequantum mechanicsquantum information scienceroom-temperature quantum systems

Demonstration of a Chip-Scale Rb Atom Beam. (2023)

William McGeheeGabriela D. MartinezAlexander L. StaronChao LiChandra RamanJohn Kitching

applied physicsnanotechnologyatomic physics

Stimulated Laser Cooling in a Compact Geometry Using Microfabricated Atomic Beam Collimators. Physical Review Applied (2023)

Chao LiXiao ChaiLinzhao ZhuoBochao WeiArdalan LotfiFarrokh AyaziChandra Raman

materials sciencelaser sciencecompact geometryatomic beam collimatorsapplied physicsmicrofabrication

Chip-Scale Atomic Beams: Prospects for Quantum Devices on Chip. Optical and Quantum Sensing and Precision Metrology II (2022)

Chandra Raman

chip-scale atomic beamsquantum sciencequantum technologiesquantum sensingquantum materialsquantum devices

Collimated Versatile Atomic Beam Source With Alkali Dispensers. Applied Physics Letters (2022)

Bochao WeiAlexandra CrawfordYorick AndewegLinzhao ZhuoChao LiChandra Raman

applied physicsalkali dispensersatomic physicsmaterials science

Magnetic Solitons in an Immiscible Two-Component Bose-Einstein Condensate. Physical review. A/Physical review, A (2022)

Xiao ChaiLi YouChandra Raman

physicsmagnetic solitonsparticle physicscondensed matter physics

Stimulated Laser Cooling Using Microfabrication. arXiv (Cornell University) (2022)

Chao LiXiao ChaiLinzhao ZhuoBochao WeiArdalan LotfiFarrokh AyaziChandra Raman

applied physicsmicrofabrication

Chip-Scale Atomic Beams and Integrated Photonics: Going Beyond Vapor Cells to Create New Quantum Sensor Architectures. Optical and Quantum Sensing and Precision Metrology (2021)

Chandra Raman

vapor cellsintegrated photonicsquantum sensingoptical metrologychip-scale atomic beamsphotonics

Dynamics of Multiple Magnetic Solitons With Finite Quadratic Zeeman Energy. Bulletin of the American Physical Society (2021)

Di LaoXiao ChaiCarlos A Sa de MeloKazuya FujimotoChandra Raman

applied physicsparticle physicsmultiple magnetic solitonsmagnetism

1
2
3
4
5
6
7
10 / page

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Similar Faculty Members

Volkmar Dierolf

Institution

Lehigh University

optical materials

optical spectroscopy

Athos Petrou

Institution

University at Buffalo

nature physic

transition metal chalcogenides

Andreas Muller

Institution

University of South Florida

condensed matter physics

atomic physics

Nuh Gedik

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Massachusetts Institute of Technology

applied physics

condensed matter physics

Susumu Takahashi

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University of Southern California

magnetic resonance

quantum materials

Anna Swan

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Boston University

electronic material

characterization (materials science)

Denis Karaiskaj

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optical physic

physical chemistry

Alexander Kemper

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North Carolina State University

complex materials

density functional theory

Dmitry Budker

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University of California, Berkeley

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physics

Arun Bansil

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Northeastern University

condensed matter physics

advanced functional material