Faculty

Institution

Unit

Venue

Roger Loucks

Alfred University

Affiliations

Alfred University

Center Of Wellness

Department Of Mathematics

Department Of Physics And Astronomy

Kazuo Inamori School of Engineering

Department Of Renewable Energy Engineering

Department Of Social Sciences

Department Of Sociology

Division Of Chemistry

Division Of Physics And Astronomy

Division Of Psychology

School Of Ceramics And Materials Sciences

School of Art & Design

NoneRoger Loucks is currently serving as a Alfred University faculty at Alfred University.

Honors

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Experiences

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Education

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Roger Loucks

Alfred University

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materials science physical chemistry physics applied physics condensed matter physics chemistry quantum chemistry theoretical chemistry enthalpy landscapes ceramics advanced ceramics engineering ceramic glass transition cluster science fictive temperature enthalpy fluctuations broken ergodic systems configurational entropy potential energy landscapes ergodic theory computational chemistry stability soft matter condensed matter atomic spectroscopy emergent phenomena fragmentation effect monte carlo methods glass material novel interface solid-state chemistry cluster chemistry ceramic technology composition dependence topological model alkali borate liquids glass transition temperature glassy state heat capacity selenium glass transition nonequilibrium statistical mechanics master equation dynamics broken ergodicity

Notable Scholarly Works

Notable Federal Grants

Collaborators

Response to “Comment on ‘Heat Capacity, Enthalpy Fluctuations, and Configurational Entropy in Broken Ergodic Systems’” [J. Chem. Phys. 134, 147101 (2011)]. The Journal of Chemical Physics (2011)

John C. MauroRoger J. LoucksSabyasachi Sen

configurational entropyphysical chemistrychemistrybroken ergodic systemsenthalpy fluctuations

Heat Capacity, Enthalpy Fluctuations, and Configurational Entropy in Broken Ergodic Systems. The Journal of Chemical Physics (2010)

John C. MauroRoger J. LoucksSabyasachi Sen

configurational entropyquantum chemistryphysical chemistrytheoretical chemistryheat capacitybroken ergodic systemsmaterials scienceenthalpy fluctuations

Composition Dependence of Glass Transition Temperature and Fragility. II. a Topological Model of Alkali Borate Liquids. The Journal of Chemical Physics (2009)

John C. MauroPrabhat K. GuptaRoger J. Loucks

alkali borate liquidsphysicsphysical chemistryglass transition temperaturechemistrytopological modelmaterials sciencecomposition dependence

Fictive Temperature and the Glassy State. Journal of the American Ceramic Society (2009)

John C. MauroRoger J. LoucksPrabhat K. Gupta

engineering ceramicceramicsadvanced ceramicsglassy statefictive temperaturematerials science

Forbidden Glasses and the Failure of Fictive Temperature. Journal of Non-Crystalline Solids (2009)

John C. MauroRoger J. Loucks

forbidden glassesfictive temperaturematerialitymaterials science

Non-Equilibrium Entropy of Glasses Formed by Continuous Cooling. Journal of Non-Crystalline Solids (2009)

John C. MauroPrabhat K. GuptaRoger J. LoucksArun K. Varshneya

continuous coolingglass materialnon-equilibrium entropyapplied physicscondensed matter physicsmaterials science

Enthalpy Landscapes and the Glass Transition. Scientific Modeling and Simulation SMNS (2008)

John C. MauroRoger J. LoucksArun K. VarshneyaPrabhat K. Gupta

glass transitionphysicsenthalpy landscapesmodeling and simulation

Impact of Fragility on Enthalpy Relaxation in Glass. Physical Review E (2008)

John C. MauroRoger J. Loucks

fragmentation effectenthalpy relaxationphysicscondensed matterapplied physicsstabilitysoft mattercondensed matter physicsmaterials science

Ab Initio Modeling of Volume–Temperature Curves for Glassforming Systems. Journal of Non-Crystalline Solids (2007)

John C. MauroRoger J. LoucksJitendra BalakrishnanArun K. Varshneya

applied mathematicsvolume-temperature curvesapplied physicsab initio modelingcondensed matter physicsmaterials science

Continuously Broken Ergodicity. The Journal of Chemical Physics (2007)

John C. MauroPrabhat K. GuptaRoger J. Loucks

quantum chemistryphysical chemistrytheoretical chemistrychemistryergodic theoryemergent phenomenamaterials science

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Roger Loucks

Alfred University

Affiliations

Alfred University

Center Of Wellness

Department Of Mathematics

Department Of Physics And Astronomy

Kazuo Inamori School of Engineering

Department Of Renewable Energy Engineering

Department Of Social Sciences

Department Of Sociology

Division Of Chemistry

Division Of Physics And Astronomy

Division Of Psychology

School Of Ceramics And Materials Sciences

School of Art & Design

NoneRoger Loucks is currently serving as a Alfred University faculty at Alfred 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

Roger Loucks

Alfred University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

John C. MauroRoger J. LoucksSabyasachi Sen

configurational entropyphysical chemistrychemistrybroken ergodic systemsenthalpy fluctuations

Heat Capacity, Enthalpy Fluctuations, and Configurational Entropy in Broken Ergodic Systems. The Journal of Chemical Physics (2010)

John C. MauroRoger J. LoucksSabyasachi Sen

configurational entropyquantum chemistryphysical chemistrytheoretical chemistryheat capacitybroken ergodic systemsmaterials scienceenthalpy fluctuations

Composition Dependence of Glass Transition Temperature and Fragility. II. a Topological Model of Alkali Borate Liquids. The Journal of Chemical Physics (2009)

John C. MauroPrabhat K. GuptaRoger J. Loucks

alkali borate liquidsphysicsphysical chemistryglass transition temperaturechemistrytopological modelmaterials sciencecomposition dependence

Fictive Temperature and the Glassy State. Journal of the American Ceramic Society (2009)

John C. MauroRoger J. LoucksPrabhat K. Gupta

engineering ceramicceramicsadvanced ceramicsglassy statefictive temperaturematerials science

Forbidden Glasses and the Failure of Fictive Temperature. Journal of Non-Crystalline Solids (2009)

John C. MauroRoger J. Loucks

forbidden glassesfictive temperaturematerialitymaterials science

Non-Equilibrium Entropy of Glasses Formed by Continuous Cooling. Journal of Non-Crystalline Solids (2009)

John C. MauroPrabhat K. GuptaRoger J. LoucksArun K. Varshneya

continuous coolingglass materialnon-equilibrium entropyapplied physicscondensed matter physicsmaterials science

Enthalpy Landscapes and the Glass Transition. Scientific Modeling and Simulation SMNS (2008)

John C. MauroRoger J. LoucksArun K. VarshneyaPrabhat K. Gupta

glass transitionphysicsenthalpy landscapesmodeling and simulation

Impact of Fragility on Enthalpy Relaxation in Glass. Physical Review E (2008)

John C. MauroRoger J. Loucks

fragmentation effectenthalpy relaxationphysicscondensed matterapplied physicsstabilitysoft mattercondensed matter physicsmaterials science

Ab Initio Modeling of Volume–Temperature Curves for Glassforming Systems. Journal of Non-Crystalline Solids (2007)

John C. MauroRoger J. LoucksJitendra BalakrishnanArun K. Varshneya

applied mathematicsvolume-temperature curvesapplied physicsab initio modelingcondensed matter physicsmaterials science

Continuously Broken Ergodicity. The Journal of Chemical Physics (2007)

John C. MauroPrabhat K. GuptaRoger J. Loucks

quantum chemistryphysical chemistrytheoretical chemistrychemistryergodic theoryemergent phenomenamaterials science

1
2
10 / page