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Benjamin Liewehr

Email
benjamin.liewehr@uga.edu
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Research Interests

Adsorption of a Flexible Homopolymer on a Hexagonal Surface

 

Video: Following a replica trajectory of a generic homopolymer through temperature space during a short period of a parallel-tempering replica-exchange Monte Carlo simulation.

Recent Publications

[1] Benjamin Liewehr, and Michael Bachmann, Homopolymer Adsorption on Hexagonal Surfaces: A Replica-Exchange Monte-Carlo Study , JPCS 686, 012002 (2016)


[2] Busara Pattanasiri, Benjamin Liewehr, and Michael Bachmann, Surface pattern effects upon polymer adsorption, Phys. Proc. 68, 105-109 (2015)

Conferences, Presentations

Invited Oral Presentations
[1] Homopolymer Adsorption on a Hexagonal Surface: A Coarse-Grained Replica-Exchange Monte-Carlo Study, VIII Brazilian Meeting on Simulational Physics, Mar de Canavieiras Hotel, Florianopolis (Aug 2015)

[2] Thermodynamic and Structural Behavior of Polymers: How Computer Simulations Reveal New Insights, Colloquium: Mestrado em Fisica, Instituto de Fisica, Universidade Federal de Mato Grosso, Cuiaba, Brazil (Jun 2015)


Poster Presentation
[3] Surface Pattern Effects upon Polymer Adsorption, Center for Simulational Physics 28th Annual Workshop, University of Georgia (UGA), Athens, GA, USA (Feb 2016)

[4] Surface pattern effects upon polymer adsorption, Center for Simulational Physics 28th Annual Workshop, The University of Georgia, Athens, GA, USA (Feb 2015)


Seminar Talks
[1] Pattern Induced Short Range Ordering and Structural Stability of Surface Adsorbed Homopolymers, Soft Matter Research Group at UGA (Mar 2016)

[2] Influence of Conflicting Ordering Effects on the Pattern Recognition by a Generic Homopolymer, Workshop on Comp. Stat. Phys. of Condensed Matter Systems at UGA (Nov 2015)

 [3] Polymer Adsorption on a Honeycomb-Patterned Surface: Characterization of Structural Phases by Means of Suitable Order Parameters, CSP Lunch Seminar at UGA (Oct 2015) 

 [4] Programming Techniques for Monte Carlo Simulations and Application to Homopolymer Adsorption on a Hexagonal Surface, Soft Matter Research Group at UGA (Apr 2015)

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