Faculty

Institution

Unit

Venue

John Endicott

Professor Emeritus

Wayne State University

Affiliations

College of Liberal Arts and Sciences

Chemistry

John Endicott is currently serving as a Chemistry Professor Emeritus at Wayne State University.

Honors

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Experiences

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Education

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John Endicott

Wayne State University

Professor Emeritus

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coordination chemistry inorganic chemistry transition metal chemistry chemistry materials science photochemistry physical chemistry organometallic chemistry physics chemical engineering quantum chemistry atomic physics energy chemistry excited state property electronic excited states electron transfer density functional theory electrochemistry luminescence electronic coupling aqueous solution electronic contributions transition metal complexes macrocyclic complexes charge transport redox chemistry macrocyclic ligands cobalt complexes ultraviolet photochemistry polypyridyl complexes vibronic coupling optical properties material chemistry vibrational spectroscopy biological inorganic chemistry spectroelectrochemistry inorganic compounds vibronic interaction trace metals inorganic synthesis stereochemical perturbations molecular mechanics simulations reorganizational energies oxidation-reduction chemistry photochemical behavior structural chemistry electronic materials enzyme inhibition electronics x-ray spectroscopy inorganic photochemistry trace elements spectral analysis spectra-structure correlation electron spectroscopy excitation energy transfer photobiology optical metrology relaxation process surface reactivity surface chemistry mechanistic photochemistry organometallic catalysis theoretical inorganic chemistry fragmentation effect elemental characterization crystal structures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Near-Ir Charge-Transfer Emission at 77 K and Density Functional Theory Modeling of Ruthenium(II)-Dipyrrinato Chromophores: High Phosphorescence Efficiency of the Emitting State Related to Spin–Orbit Coupling Mediation of Intensity From Numerous Low-Energy Singlet Excited States. The Journal of Physical Chemistry A (2021)

I-Chen LuChia Nung TsaiYu-Ting LinShin-Yi HungVincent P. S. ChaoChi-Wei YinDao-Wen LuoHsing-Yin ChenJohn F. EndicottYuan Jang Chen

materials sciencebiophysicsparticle physicsnear-ir charge-transfer emissionphotochemistrydensity functional theoryfragmentation effectluminescenceapplied physicsoptoelectronics

Low-Temperature Spectra and Density Functional Theory Modeling of Ru(II)-Bipyridine Complexes With Cyclometalated Ancillary Ligands: The Excited State Spin–Orbit Coupling Origin of Variations in Emission Efficiencies. The Journal of Physical Chemistry A (2019)

Xiu Zhu ZhangChing Chia ChengYu Ru ChihYu-Ting LinHsing-Yin ChenYuan Jang ChenJohn F. Endicott

physicsemission efficienciescomputational chemistrylow-temperature spectraphysical chemistrytheoretical inorganic chemistryquantum chemistrycoordination chemistrytransition metal chemistryredox chemistrydensity functional theorycyclometalated ancillary ligandsexcited state spin-orbitinorganic chemistryapplied physicstheoretical chemistry

Affinity-Enhanced Luminescent Re(I)- and Ru(II)-Based Inhibitors of the Cysteine Protease Cathepsin L. Inorganic Chemistry (2018)

Matthew HuismanJacob P. KodankoKaran AroraMackenzie HerroonMarim AlnaedJohn EndicottIzabela PodgorskiJeremy J. Kodanko

medicinal chemistryenzyme inhibitionpharmacologyinorganic compoundsinorganic synthesiscoordination chemistryenzymesbiological inorganic chemistryinorganic chemistrytransition metal chemistrybiochemistry

Chemical Scavenging Yields for Short-Lived Products From the Visible Light Photoionization of the Tris(Bipyridine)Ruthenium(II) Triplet Metal-To-Ligand Charge-Transfer Excited State. The Journal of Physical Chemistry A (2018)

Marim K. AlnaedJohn F. Endicott

short-lived productschemical engineeringphysical chemistrychemical scavenging yieldsphotochemistrycoordination chemistryorganometallic chemistryinorganic chemistryvisible light photoionizationtransition metal chemistry

Are Very Small Emission Quantum Yields Characteristic of Pure Metal-To-Ligand Charge-Transfer Excited States of Ruthenium(II)-(Acceptor Ligand) Chromophores?. Inorganic Chemistry (2016)

Chia Nung TsaiShivnath MazumderXiu Zhu ZhangH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

materials sciencecoordination chemistryinorganic chemistrytransition metal chemistry

Energy Dependence of the Ruthenium(II)-Bipyridine Metal-To-Ligand-Charge-Transfer Excited State Radiative Lifetimes: Effects of ππ*(Bipyridine) Mixing. The Journal of Physical Chemistry B (2015)

Ryan A. ThomasChia Nung TsaiShivnath MazumderI Chen LuRichard L. LordH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

physicsphysical chemistrycoordination chemistryinorganic chemistryenergy dependencetransition metal chemistry

Metal-To-Ligand Charge-Transfer Emissions of Ruthenium(II) Pentaammine Complexes With Monodentate Aromatic Acceptor Ligands and Distortion Patterns of Their Lowest Energy Triplet Excited States. Inorganic Chemistry (2015)

Chia Nung TsaiShivnath MazumderXiu Zhu ZhangH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

metal-to-ligand charge-transfer emissionsdistortion patternschemical engineeringcoordination chemistrypentaammine complexesinorganic chemistrytransition metal chemistry

Selective Photodissociation of Acetonitrile Ligands in Ruthenium Polypyridyl Complexes Studied by Density Functional Theory. Inorganic Chemistry (2015)

Yi-Jung TuShivnath MazumderJohn F. EndicottClaudia TurroJeremy J. KodankoH. Bernhard Schlegel

materials scienceruthenium polypyridyl complexescoordination chemistrydensity functional theoryselective photodissociationinorganic chemistryacetonitrile ligandstransition metal chemistry

A Density Functional Theory and Spectroscopic Study of Intramolecular Quenching of Metal-To-Ligand Charge-Transfer Excited States in Some Mono-Bipyridine Ruthenium(II) Complexes. Canadian Journal of Chemistry (2014)

Shivnath MazumderRyan A. ThomasRichard L. LordH. Bernhard SchlegelJohn F. Endicott

coordination chemistrydensity functional theorymono-bipyridine rutheniumorganometallic chemistrychemistryinorganic chemistryspectroscopic studytransition metal chemistryintramolecular quenching

Molecular Electron Transfer☆☆Change History: April 2013. Jf Endicott Updated Text Throughout, and References, and Added Two Figures, Deleted One Figure and Amended One Figure.. Elsevier eBooks (2014)

J.F. Endicott

jf endicottmolecular biology

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John Endicott

Professor Emeritus

Wayne State University

Affiliations

College of Liberal Arts and Sciences

Chemistry

John Endicott is currently serving as a Chemistry Professor Emeritus at Wayne 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

John Endicott

Wayne State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

I-Chen LuChia Nung TsaiYu-Ting LinShin-Yi HungVincent P. S. ChaoChi-Wei YinDao-Wen LuoHsing-Yin ChenJohn F. EndicottYuan Jang Chen

materials sciencebiophysicsparticle physicsnear-ir charge-transfer emissionphotochemistrydensity functional theoryfragmentation effectluminescenceapplied physicsoptoelectronics

Xiu Zhu ZhangChing Chia ChengYu Ru ChihYu-Ting LinHsing-Yin ChenYuan Jang ChenJohn F. Endicott

Affinity-Enhanced Luminescent Re(I)- and Ru(II)-Based Inhibitors of the Cysteine Protease Cathepsin L. Inorganic Chemistry (2018)

Matthew HuismanJacob P. KodankoKaran AroraMackenzie HerroonMarim AlnaedJohn EndicottIzabela PodgorskiJeremy J. Kodanko

Marim K. AlnaedJohn F. Endicott

Are Very Small Emission Quantum Yields Characteristic of Pure Metal-To-Ligand Charge-Transfer Excited States of Ruthenium(II)-(Acceptor Ligand) Chromophores?. Inorganic Chemistry (2016)

Chia Nung TsaiShivnath MazumderXiu Zhu ZhangH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

materials sciencecoordination chemistryinorganic chemistrytransition metal chemistry

Energy Dependence of the Ruthenium(II)-Bipyridine Metal-To-Ligand-Charge-Transfer Excited State Radiative Lifetimes: Effects of ππ*(Bipyridine) Mixing. The Journal of Physical Chemistry B (2015)

Ryan A. ThomasChia Nung TsaiShivnath MazumderI Chen LuRichard L. LordH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

physicsphysical chemistrycoordination chemistryinorganic chemistryenergy dependencetransition metal chemistry

Chia Nung TsaiShivnath MazumderXiu Zhu ZhangH. Bernhard SchlegelYuan Jang ChenJohn F. Endicott

metal-to-ligand charge-transfer emissionsdistortion patternschemical engineeringcoordination chemistrypentaammine complexesinorganic chemistrytransition metal chemistry

Selective Photodissociation of Acetonitrile Ligands in Ruthenium Polypyridyl Complexes Studied by Density Functional Theory. Inorganic Chemistry (2015)

Yi-Jung TuShivnath MazumderJohn F. EndicottClaudia TurroJeremy J. KodankoH. Bernhard Schlegel

materials scienceruthenium polypyridyl complexescoordination chemistrydensity functional theoryselective photodissociationinorganic chemistryacetonitrile ligandstransition metal chemistry

Shivnath MazumderRyan A. ThomasRichard L. LordH. Bernhard SchlegelJohn F. Endicott

coordination chemistrydensity functional theorymono-bipyridine rutheniumorganometallic chemistrychemistryinorganic chemistryspectroscopic studytransition metal chemistryintramolecular quenching

J.F. Endicott

jf endicottmolecular biology

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10 / page

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