Faculty

Institution

Unit

Venue

Sean N. Liddick

Faculty

Michigan State University

Affiliations

College of Natural Science

Department of Chemistry

Sean N. Liddick is currently serving as a College Of Natural Science Faculty at Michigan State University.

Honors

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Experiences

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Education

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Sean N. Liddick

Michigan State University

Faculty

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particle physics nuclear physics physics atomic physics materials science applied physics nuclear science high energy physics spectroscopy general relativity condensed matter physics instrumentation applied mathematics thin films experimental physics nuclear decays trace elements accelerator technology radiation detection neutron-rich nuclei shape coexistence space weather quantum science accelerator physics atomic spectroscopy lunar science nuclear astrophysics data acquisition black holes hadron physic ab-initio methods instrument science high-energy astrophysics shell closures digital electronics reaction rates numerical simulations nuclear materials direct observation particle accelerators shell structures experimental analysis shell theory high-energy nuclear reaction versatile array magnetic resonance synchrotron radiation nuclear fusion particle beam fragmentation effect dynamic nuclear polarization double beta decay low-spin states neutron-capture rates first observation first measurement explosive nucleosynthesis experimental study low energy high energy density physics computational physics wireless communications scientific computing process measurement relaxation process gravitational physics trace metals theoretical prediction galaxy formation shape modeling benchmark studies spin phenomenon separation techniques rare-isotope beam facilities novel technique transition probabilities

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Machine Learning Framework for Accurate and Robust Analysis of Radiation Detector Pulses. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2025)

measurementdetection techniquenuclear scienceradiation detectiondata scienceradiationinstrumentationmachine learning

Probing the Limits of Statistical Neutron Capture for the R Process: Experimental Constraints on 141Cs Nuclear Level Densities. Physics Letters B (2025)

particle physicsphysicsnuclear physicshigh energy physicsnuclear scienceexperimental physicsneutron source

SUNTAN: A New Tape-Transport System for β -Decay Experiments. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2025)

detector physicexperimental physicsparticle physicsaccelerator physicsphysicsnuclear physicsnuclear scienceinstrumentation

The Upgraded Summing Nai(Tl) (Sun++) Absorption Spectrometer. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2025)

detector physicphysicsnuclear physicsnuclear scienceinstrumentation

Total Absorption Spectroscopy for the β + Decay Strength Distribution of Ga 60. Physical review. C (2025)

atomic absorptionparticle physicsphysicsspectroscopynuclear physicsabsorption spectroscopyanalytical atomic spectrometrynuclear scienceatomic spectroscopyexperimental physicsabsorption

Unlocking I-Process Nucleosynthesis by Bridging Stellar and Nuclear Physics. Nature Reviews Physics (2025)

physicsnuclear physicshigh energy physicsnuclear sciencenuclear energy

Enhanced Production of 60Fe in Massive Stars. Nature Communications (2024)

neutron starsstar formationastronomynuclear fusionhigh energy density physicsnuclear astrophysicsastrophysical plasmasstellar structurestellar evolutionmassive starssynchrotron radiationmagnetarsstellar astrophysics

First Study of the Ba 139 ( N, γ ) Ba 140 Reaction to Constrain the Conditions for the Astrophysical I Process. Physical Review Letters (2024)

A. SpyrouD. MücherP. A. DenissenkovF. HerwigE. C. GoodG. BalkH. C. BergD. L. BleuelJ. A. ClarkC. DembskiP. A. DeYoungB. GreavesM. GuttormsenC. HarrisA. C. LarsenS. N. LiddickS. LyonsM. MarkovaM. J. MogannamS. NikasJ. Owens-FryarA. Palmisano-KyleG. PerdikakisF. PoglianoM. QuintieriA. L. RichardD. Santiago-GonzalezG. SavardM. K. SmithA. SweetA. TsantiriM. Wiedeking

materials science

High-Throughput Data Processing at Frib Using Esnet. IEEE Transactions on Nuclear Science (2024)

Aaron ChesterGiordano CerizzaHeather L. CrawfordRon FoxSean N. LiddickRebeka S. LubnaPaul ReeceTom RockwellJerry Vasquez

data streaming architecturecloud computingscientific computingdistributed systemsdata sciencedistributed data processingwireless communicationscomputer sciencesystems engineeringmassive data processingnuclear scienceparallel computingarray processingparallel programmingdata managementcommunications systemsdistributed processinghigh-throughput data processingedge computing

Low Spin Spectroscopy of Neutron-Rich CL 43, 44, 45 via β − and β N Decay. Physical review. C (2024)

Vandana TripathiSoumik BhattacharyaE. RubinoC. BenettiJ. F. PerelloS. L. TaborS. N. LiddickP. C. BenderM. P. CarpenterJ. J. CarrollA. ChesterC. J. ChiaraK. ChildersB. R. ClarkB. P. CriderJ. T. HarkeR. JainB. LongfellowS. LuitelM. MogannamT. H. OgunbekuA. L. RichardS. SahaN. ShimizuO. A. ShehuY. UtsunoR. UnzY. XiaoS. YoshidaYiyi Zhu

low spin spectroscopyexcited state propertyparticle physicsphysicsnuclear physicsspectroscopyatomic physicsnuclear sciencematerials science

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Sean N. Liddick

Faculty

Michigan State University

Affiliations

College of Natural Science

Department of Chemistry

Sean N. Liddick is currently serving as a College Of Natural Science Faculty at Michigan State 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

Sean N. Liddick

Michigan State University

Faculty

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

measurementdetection techniquenuclear scienceradiation detectiondata scienceradiationinstrumentationmachine learning

Probing the Limits of Statistical Neutron Capture for the R Process: Experimental Constraints on 141Cs Nuclear Level Densities. Physics Letters B (2025)

particle physicsphysicsnuclear physicshigh energy physicsnuclear scienceexperimental physicsneutron source

SUNTAN: A New Tape-Transport System for β -Decay Experiments. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2025)

detector physicexperimental physicsparticle physicsaccelerator physicsphysicsnuclear physicsnuclear scienceinstrumentation

The Upgraded Summing Nai(Tl) (Sun++) Absorption Spectrometer. Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment (2025)

detector physicphysicsnuclear physicsnuclear scienceinstrumentation

Total Absorption Spectroscopy for the β + Decay Strength Distribution of Ga 60. Physical review. C (2025)

atomic absorptionparticle physicsphysicsspectroscopynuclear physicsabsorption spectroscopyanalytical atomic spectrometrynuclear scienceatomic spectroscopyexperimental physicsabsorption

Unlocking I-Process Nucleosynthesis by Bridging Stellar and Nuclear Physics. Nature Reviews Physics (2025)

physicsnuclear physicshigh energy physicsnuclear sciencenuclear energy

Enhanced Production of 60Fe in Massive Stars. Nature Communications (2024)

First Study of the Ba 139 ( N, γ ) Ba 140 Reaction to Constrain the Conditions for the Astrophysical I Process. Physical Review Letters (2024)

materials science

High-Throughput Data Processing at Frib Using Esnet. IEEE Transactions on Nuclear Science (2024)

Aaron ChesterGiordano CerizzaHeather L. CrawfordRon FoxSean N. LiddickRebeka S. LubnaPaul ReeceTom RockwellJerry Vasquez

Low Spin Spectroscopy of Neutron-Rich CL 43, 44, 45 via β − and β N Decay. Physical review. C (2024)

low spin spectroscopyexcited state propertyparticle physicsphysicsnuclear physicsspectroscopyatomic physicsnuclear sciencematerials science

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x-ray bursts

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isotope production

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Umesh Garg

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nuclear physics

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