Julian Gibbs
American academic administrator
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Education Psychology
Julian Gibbs's Degrees
- PhD Education Columbia University
- Bachelors Psychology Princeton University
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(Suggest an Edit or Addition)According to Wikipedia, Julian Howard Gibbs was an American educator and the fifteenth President of Amherst College. Gibbs graduated from Amherst College in 1947. He earned his master’s and Ph.D. degrees in 1949 and 1950 from Princeton University. After a year of postdoctoral study at Cambridge University in England with a Fulbright Fellowship, he briefly taught at the University of Minnesota. Gibbs then worked for eight years at General Electric Company and American Viscose Corporation before accepting a position at Brown University in 1960 as associate professor of chemistry. He was named a full professor in 1963 and served as the chairman of the Chemistry Department at Brown from 1964 to 1972. In 1967 he won the High Polymer Prize of the American Physical Society. He succeeded John William Ward in 1979 as President of Amherst College and served as president for five years until his death in 1983 due to a heart attack. He continued his chemical research while he was president. The Archives and Special Collections at Amherst College holds a collection of his papers.
Julian Gibbs's Published Works
Published Works
- On the Temperature Dependence of Cooperative Relaxation Properties in Glass‐Forming Liquids (1965) (4543)
- Nature of the Glass Transition and the Glassy State (1958) (1590)
- Kinetics of biopolymerization on nucleic acid templates (1968) (692)
- Molecular theory of surface tension (1975) (395)
- Chain Stiffness and the Lattice Theory of Polymer Phases (1958) (250)
- Concerning the kinetics of polypeptide synthesis on polyribosomes (1969) (221)
- Statistical Mechanics of Helix‐Coil Transitions in Biological Macromolecules (1959) (183)
- Glass temperature of copolymers (1959) (162)
- The composition dependence of glass transition properties (1977) (150)
- Nature of the Glass Transition in Polymers (1956) (126)
- Molecular interpretation of glass temperature depression by plasticizers (1963) (94)
- Theory of helix–coil transitions involving complementary poly‐ and oligo‐nucleotides. I. The complete binding case (1963) (80)
- Effects of Pressure on the Equilibrium Properties of Glass-Forming Polymers (1976) (76)
- The hard sphere ’’glass transition’’ (1976) (67)
- Theory of Helix-Coil Transitions in Polypeptides (1958) (66)
- Electric Polarization of Solutions of Rodlike Polyelectrolytes (1966) (60)
- Comparison of helix stabilities of poly‐L‐lysine, poly‐L‐ornithine, and poly(L‐diaminobutyric acid) (1971) (54)
- Transition from random coil to α-helix induced by sodium dodecyl sulfate (1967) (48)
- A molecular theory of interfacial phenomena in multicomponent systems (1976) (48)
- Nuclear magnetic resonance study of synthetic polynucleotides and transfer RNA (1964) (44)
- Kinetics of synthesis and/or conformational changes of biological macromolecules (1966) (39)
- Hybridization and Dipole M'oment. (1955) (37)
- Nuclear Relaxation in Phospholipids and Biological Membranes (1970) (35)
- Hydrodynamics of amorphous solids with application to the light-scattering spectrum (1976) (30)
- Influence of temperature and ionic strength on the low‐frequency dielectric dispersion of DNA solutions (1977) (30)
- Fluorescence as a conformational probe of beef liver phenylalanine transfer RNA. (1970) (26)
- Toward a model for liquid water (1973) (26)
- Mean molecular size distributions and the sol–gel transition in finite, polycondensing systems (1979) (26)
- Theory for the influence of gravity on liquid-vapor interfaces (1977) (23)
- An adaptation of the lattice gas to the water problem. II. Second-order approximation (1974) (21)
- Condensation theory for finite, closed systems (1981) (20)
- An adaptation of the lattice gas to the water problem (1974) (19)
- Bimodality of cluster-size distribution and condensation in a finite Lennard-Jones system (1981) (17)
- Molecular‐weight dependence of the low‐frequency dielectric properties of aqueous solutions of gel‐fractionated DNA (1981) (16)
- Statistical thermodynamic theory for helix-coil transitions involving poly- and oligonucleotides. II. The case of partial binding. (1965) (16)
- Dilute Gelling Systems. II. Polyesters (1958) (16)
- Condensation and gelation: Clarification of Stockmayer's analogy (1973) (15)
- Bond Angle, Dipole Moment, and Base Strength (1954) (14)
- Sufficient Conditions for the Arrhenius Rate Law (1972) (13)
- Dipole Moment, Induction and Structure in Four Fluorine-substituted Molecules1 (1951) (10)
- Study of biological activity regenerated by the oxidation of fully reduced insulin (1966) (9)
- Stochastic theory for rate constants of chemical reactions in liquid solution (1975) (7)
- Absence of Hydrogen Bonding in an Alcohol‐Fluorohydrocarbon System (1955) (7)
- Physical chemistry of macromolecules. C. TANFORD. Wiley, New York, 1961. vii+7lOpp. $18.00 (1962) (6)
- Electric Polarization of Charged Particles in Square Potential Wells (1954) (5)
- Vapor condensation and the liquid state. An extension of Mayer’s theory (1984) (4)
- Elementary derivation of the Boltzmann distribution law (1971) (4)
- Relationship of the virial series to vapor condensation and the liquid state (1983) (4)
- Agreement between the gelation and molecular dynamics models of the hydrogen-bond network in water (1983) (3)
- Bimodality and long-range order in ideal Bose systems (1982) (3)
- ON THE NATURE OF LIQUID WATER (1977) (2)
- Errata: Theory of Helix‐Coil Transitions in Polypeptides (1958) (2)
- Application of stochastic theory to dilute gas reactions (1976) (1)
- Enzyme reaction rates and the stochastic theory of kinetics. (1980) (1)
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