Protik K. Majumder

Professor of Physics

Williams College

Affiliations

Williams College

Department of Physics

Protik K. Majumder is currently serving as a Physics Professor of Physics at Williams College.

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Protik K. Majumder

Williams College

Professor of Physics

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physics applied physics spectroscopy atomic physics atomic spectroscopy analytical atomic spectrometry vibrational spectroscopy faraday discussion excited state property electronic excited states spectroscopic property atomic emission spectroscopy optical spectroscopy faraday rotation spectroscopy chemistry electromagnetism measurement instrumentation quantum chemistry excited states hyperfine structure astronomy computational electromagnetics crystallography characterization (materials science) microwave technology quantum science magnetic resonance experimental physics electron spectroscopy structure determination precision measurement polarization imaging polar design localized excited state absorption spectroscopy infrared spectroscopy laser science laser material static polarizabilities lead transition amplitudes high-precision measurement electric quadrupole amplitude indium excited-state polarizabilities two-step spectroscopy high-precision polarizability measurements atomic lead high-precision transition amplitude two-step laser spectroscopy frequency-doubled diode laser hyperfine splittings atomic indium

Notable Scholarly Works

Notable Federal Grants

Collaborators

Broadband High-Precision Faraday Rotation Spectroscopy With Uniaxial Single Crystal Cef3 Modulator. Photonics (2024)

computational electromagneticsspectroscopymicrowave technologyapplied physicsphysicselectromagnetism

Precise Transition Amplitude and Polarizability Measurements in 208 Pb. (2022)

Protik MajumderJohn LacyGabriel Patenotte

nuclear physicsprecise transition amplitudepolarizability measurementsatomic physicsastronomy

High-Precision Faraday Polarimetry Measurements of Lead Transition Amplitudes and Static Polarizabilities. Bulletin of the American Physical Society (2021)

spectroscopymeasurementstatic polarizabilitiesapplied physicsphysicspolar designpolarization imaginglead transition amplitudesfaraday discussion

High-Precision Transition Amplitude and Polarizability Measurements in Atomic Lead Using Faraday Rotation Spectroscopy. APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts (2020)

high-precision transition amplitudespectroscopyfaraday rotation spectroscopyatomic physicsspectroscopic propertymagnetic resonanceatomic leadapplied physicsphysicsatomic spectroscopyfaraday discussion

High-Precision Measurement of Electric Quadrupole Amplitude in Lead Using Faraday Rotation Spectroscopy. APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts (2019)

high-precision measurementspectroscopyfaraday rotation spectroscopymeasurementinstrumentationphysicselectric quadrupole amplitudeelectromagnetism

Precise Measurements of Transition Amplitudes, Polarizabilities, and Isotope Shifts in Lead, Thallium, and Tin Using Faraday Rotation Spectroscopy. APS Division of Atomic, Molecular and Optical Physics Meeting Abstracts (2019)

chemistryspectroscopyfaraday rotation spectroscopyatomic spectroscopyspectroscopic propertyprecise measurementsphysicsanalytical atomic spectrometrynuclear chemistrytransition amplitudesfaraday discussion

High-Precision Measurements and Theoretical Calculations of Indium Excited-State Polarizabilities. APS (2018)

localized excited stateatomic physicsquantum chemistrycondensed matter physicsapplied physicsphysicsquantum scienceindium excited-state polarizabilities

High-Precision Atomic Structure Measurements in Lead. Bulletin of the American Physical Society (2017)

atomic physicscrystallographyapplied physicsstructure determinationelectron spectroscopyphysicsanalytical atomic spectrometryprecision measurementatomic spectroscopycharacterization (materials science)

High-Precision Polarizability Measurements in Excited States of Indium Using Two-Step Spectroscopy in an Atomic Beam. Bulletin of the American Physical Society (2017)

spectroscopyatomic physicsoptical propertiesexcited statesvibrational spectroscopyexcited state propertyelectronic excited statesapplied physicshigh-precision polarizability measurementstwo-step spectroscopyphysicsanalytical atomic spectrometryatomic spectroscopy

Measurement of Hyperfine Structure and Isotope Shifts in the $8P$ Excited States of Thallium and the $7P$ Excited States of Indium Using Two-Step Laser Spectroscopy. Bulletin of the American Physical Society (2017)

spectroscopytwo-step laser spectroscopyatomic physicsexcited stateslasersquantum chemistryelectronic excited statesapplied physicsexcited state propertyphysicshyperfine structureatomic spectroscopy

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