Faculty

Institution

Unit

Venue

Paul Dagdigian

Emeritus Academy Professor

Johns Hopkins University

Affiliations

Natural Sciences

Department of Chemistry

Krieger School of Arts and Sciences

Natural Sciences

Paul Dagdigian is currently serving as a Chemistry Emeritus Academy Professor at Johns Hopkins University.

Honors

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Experiences

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Education

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Paul Dagdigian

Johns Hopkins University

Emeritus Academy Professor

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chemistry physical chemistry materials science quantum chemistry physics spectroscopy applied physics theoretical chemistry atomic physics astrophysics inorganic chemistry transition metal chemistry high-energy astrophysics theoretical study theoretical investigation theoretical inorganic chemistry laser science molecular hydrogen collisional excitation particle physics inelastic collisions photochemistry atomic spectroscopy coordination chemistry experimental analysis optical engineering internal state distribution electronic spectroscopy molecular spectroscopy inelastic scattering transport properties molecular science vibrational spectroscopy astrochemistry molecular chemistry potential energy surfaces laser fluorescence study molecular structure radiation chemistry optical spectroscopy radiative lifetimes experimental study laser-induced breakdown spectroscopy electronic spectrum electronic transition chemical sciences electronic excited states charge transport excited state property proton transfer molecular fragmentation radical (chemistry) laboratory investigation atmospheric research structural chemistry free radical biology laser processing technology electron spectroscopy surface reactivity faraday discussion radiative transfer ab-initio methods relativistic astrophysics neutrino astronomy methanol reactivity (chemistry) radiation detection aerosol science material chemistry plasma chemistry geophysical research aluminium nitride relaxation process lepton-nucleon scattering atmospheric interaction surface chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging Resonance Effects in C + H 2 Collisions Using a Zeeman Decelerator. The Journal of Physical Chemistry Letters (2024)

Vikram PlompXu-Dong WangJacek KłosPaul J. DagdigianFrançois LiqueJolijn OnvleeSebastiaan Y.T. van de Meerakker

materials scienceresonance effectsbiophysicsatomic physicsphysical chemistryparticle physicszeeman deceleratorcollider physics

Rotational Excitation of Methyl Mercaptan (Ch3Sh) in Collisions With Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2024)

Paul J Dagdigian

astrophysicsmolecular hydrogenphysical organic chemistryastronomyrotational excitationnuclear astrophysicsmethyl mercaptanhigh-energy astrophysics

Basecol2023 Scientific Content. Astronomy and Astrophysics (2023)

M. L. DubernetC. BoursierO. Denis-AlpizarY. A. BaN. MoreauC. M. ZwölfM. A. AmorD. BabikovN. BalakrishnanC. BalançaM. Ben KhalifaA. BergeatC. T. BopL. Cabrera-GonzálezC. CárdenasA. ChefaiP. J. DagdigianF. DayouS. DemesB. DesrousseauxF. DumouchelA. FaureR. C. ForreyJ. FranzR. M. García-VázquezF. GianturcoA. Godard PalluetL. González-SánchezG. C. GroenenboomP. HalvickK. HammamiF. KhadriY. KaluginaI. KleinerJ. KłosF. LiqueJ. LoreauB. MandalB. MantS. MarinakisD. NdawP. Pirlot JankowiakT. PriceE. Quintas-SánchezR. RamachandranE. SahnounC. SantanderP. C. StancilT. StoecklinJ. TennysonF. TonoloR. Urzúa-LeivaB. YangE. YurtseverM. Żóltowski

astronomyastrophysics

Collisional Excitation of C2H and C2D by Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

P Pirlot JankowiakF LiqueP J Dagdigian

astrophysicsmolecular hydrogenplanetary sciencesastronomyrelativistic astrophysicsobservational astronomyhigh-energy astrophysicscollisional excitation

Collisional Excitation of Methyl (Iso)Cyanide by He Atoms: Rate Coefficients and Isomerism Effects. Monthly Notices of the Royal Astronomical Society (2023)

M Ben KhalifaP J DagdigianJ Loreau

atomic physicsisomerism effectsrate coefficientsastronomyobservational astronomyhigh-energy astrophysicscollisional excitation

HIBRIDON: A Program Suite for Time-Independent Non-Reactive Quantum Scattering Calculations. Computer Physics Communications (2023)

M.H. AlexanderP.J. DagdigianH.-J. WernerJ. KłosB. DesrousseauxG. RaffyF. Lique

scientific computingprogram suitecomputer sciencecomputational science

Hyperfine Collisional Excitation of Ammonia by Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

J LoreauA FaureF LiqueS DemesP J Dagdigian

molecular hydrogenhyperfine collisional excitationparticle physicsapplied physicsammonia

Hyperfine Excitation of 13Cch and C13Ch by Collisions With Para- H2. Monthly Notices of the Royal Astronomical Society (2023)

P Pirlot JankowiakF LiqueP J Dagdigian

stellar astrophysicsastronomyhyperfine excitationobservational astronomyhigh-energy astrophysics

Interaction of Methanol With Molecular Hydrogen: Ab Initio Potential Energy Surface and Scattering Calculations. The Journal of Chemical Physics (2023)

Paul J. Dagdigian

molecular hydrogenphysical chemistryscattering calculationschemistrymethanol

Rotational Excitation of Methanol in Collisions With Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

Paul J Dagdigian

astrophysicsmolecular hydrogenastronomyrotational excitationmethanol

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Paul Dagdigian

Emeritus Academy Professor

Johns Hopkins University

Affiliations

Natural Sciences

Department of Chemistry

Krieger School of Arts and Sciences

Natural Sciences

Paul Dagdigian is currently serving as a Chemistry Emeritus Academy Professor at Johns Hopkins 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

Paul Dagdigian

Johns Hopkins University

Emeritus Academy Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Imaging Resonance Effects in C + H 2 Collisions Using a Zeeman Decelerator. The Journal of Physical Chemistry Letters (2024)

Vikram PlompXu-Dong WangJacek KłosPaul J. DagdigianFrançois LiqueJolijn OnvleeSebastiaan Y.T. van de Meerakker

materials scienceresonance effectsbiophysicsatomic physicsphysical chemistryparticle physicszeeman deceleratorcollider physics

Rotational Excitation of Methyl Mercaptan (Ch3Sh) in Collisions With Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2024)

Paul J Dagdigian

astrophysicsmolecular hydrogenphysical organic chemistryastronomyrotational excitationnuclear astrophysicsmethyl mercaptanhigh-energy astrophysics

Basecol2023 Scientific Content. Astronomy and Astrophysics (2023)

astronomyastrophysics

Collisional Excitation of C2H and C2D by Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

P Pirlot JankowiakF LiqueP J Dagdigian

astrophysicsmolecular hydrogenplanetary sciencesastronomyrelativistic astrophysicsobservational astronomyhigh-energy astrophysicscollisional excitation

Collisional Excitation of Methyl (Iso)Cyanide by He Atoms: Rate Coefficients and Isomerism Effects. Monthly Notices of the Royal Astronomical Society (2023)

M Ben KhalifaP J DagdigianJ Loreau

atomic physicsisomerism effectsrate coefficientsastronomyobservational astronomyhigh-energy astrophysicscollisional excitation

HIBRIDON: A Program Suite for Time-Independent Non-Reactive Quantum Scattering Calculations. Computer Physics Communications (2023)

M.H. AlexanderP.J. DagdigianH.-J. WernerJ. KłosB. DesrousseauxG. RaffyF. Lique

scientific computingprogram suitecomputer sciencecomputational science

Hyperfine Collisional Excitation of Ammonia by Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

J LoreauA FaureF LiqueS DemesP J Dagdigian

molecular hydrogenhyperfine collisional excitationparticle physicsapplied physicsammonia

Hyperfine Excitation of 13Cch and C13Ch by Collisions With Para- H2. Monthly Notices of the Royal Astronomical Society (2023)

P Pirlot JankowiakF LiqueP J Dagdigian

stellar astrophysicsastronomyhyperfine excitationobservational astronomyhigh-energy astrophysics

Interaction of Methanol With Molecular Hydrogen: Ab Initio Potential Energy Surface and Scattering Calculations. The Journal of Chemical Physics (2023)

Paul J. Dagdigian

molecular hydrogenphysical chemistryscattering calculationschemistrymethanol

Rotational Excitation of Methanol in Collisions With Molecular Hydrogen. Monthly Notices of the Royal Astronomical Society (2023)

Paul J Dagdigian

astrophysicsmolecular hydrogenastronomyrotational excitationmethanol

1
2
3
4
5
34
10 / page