Meet our Team

The PI


/img/SSchneebeli_1.png

Severin T. Schneebeli
Assistant Professor of Chemistry
PhD 2011 / Columbia University
BA 2006 / The University of Zurich
Contact Severin

Expertise: Mesoscale Synthesis and Simulations, Materials and Supramolecular Chemistry, Organic Synthesis, Computer Modeling

The PI


/img/SSchneebeli_1.png

Severin T. Schneebeli
Assistant Professor of Chemistry
PhD 2011 / Columbia University
BA 2006 / The University of Zurich
Contact Severin


Expertise: Mesoscale Synthesis and Simulations, Materials and Supramolecular Chemistry, Organic Synthesis, Computer Modeling


The PI


/img/SSchneebeli_1.png

Severin T. Schneebeli
Assistant Professor of Chemistry
PhD 2011 / Columbia University
BA 2006 / The University of Zurich
Contact Severin

Expertise: Mesoscale Synthesis and Simulations, Materials and Supramolecular Chemistry, Organic Synthesis, Computer Modeling


The PI


/img/SSchneebeli_1.png

Severin T. Schneebeli
Assistant Professor of Chemistry
PhD 2011 / Columbia University
BA 2006 / The University of Zurich
Contact Severin


Expertise: Mesoscale Synthesis and Simulations, Materials and Supramolecular Chemistry, Organic Synthesis, Computer Modeling



Current Members




Sinu C. Rajappan
Postdoctoral Fellow
PhD 2015 / Cochin University & CSIR-NIIST
MS 2007 (First Class) / Calicut University
Sinu.Rajappan@uvm.edu

Research Interests: Exponential amplification of sequence-defined polymers



Sinu C. Rajappan
Postdoctoral Fellow
PhD 2015 / Cochin University & CSIR-NIIST
MS 2007 (First Class) / Calicut University
Sinu.Rajappan@uvm.edu


Research Interests: Exponential amplification of sequence-defined polymers




Sinu C. Rajappan
Postdoctoral Fellow
PhD 2015 / Cochin University & CSIR-NIIST
MS 2007 (First Class) / Calicut University
Sinu.Rajappan@uvm.edu

Research Interests: Exponential amplification of sequence-defined polymers



Sinu C. Rajappan
Postdoctoral Fellow
PhD 2015 / Cochin University & CSIR-NIIST
MS 2007 (First Class) / Calicut University
Sinu.Rajappan@uvm.edu


Research Interests: Exponential amplification of sequence-defined polymers




H.-Y. Katharine Chau
Undergraduate Researcher


Hoi-Yan.Chau@uvm.edu

Research Interests: Through-space-directed control of electrophilic aromatic substitution reactions



H.-Y. Katharine Chau
Undergraduate Researcher


Hoi-Yan.Chau@uvm.edu


Research Interests: Through-space-directed control of electrophilic aromatic substitution reactions




H.-Y. Katharine Chau
Undergraduate Researcher


Hoi-Yan.Chau@uvm.edu

Research Interests: Through-space-directed control of electrophilic aromatic substitution reactions



H.-Y. Katharine Chau
Undergraduate Researcher


Hoi-Yan.Chau@uvm.edu


Research Interests: Through-space-directed control of electrophilic aromatic substitution reactions




Joseph P. Campbell
PhD Student
BA 2014 / Wheaton College

Joseph.Campbell@uvm.edu

Research Interests: Synthesis of catalytically active molecular cages



Joseph P. Campbell
PhD Student
BA 2014 / Wheaton College

Joseph.Campbell@uvm.edu


Research Interests: Synthesis of catalytically active molecular cages




Joseph P. Campbell
PhD Student
BA 2014 / Wheaton College

Joseph.Campbell@uvm.edu

Research Interests: Synthesis of catalytically active molecular cages



Joseph P. Campbell
PhD Student
BA 2014 / Wheaton College

Joseph.Campbell@uvm.edu


Research Interests: Synthesis of catalytically active molecular cages




Jessica L. Bocanegra
PhD Student
BS 2015 / College of New Jersey

Jessica.Bocanegra@uvm.edu

Research Interests: Synthesis of light-responsive, shape-persistent polymers



Jessica L. Bocanegra
PhD Student
BS 2015 / College of New Jersey

Jessica.Bocanegra@uvm.edu


Research Interests: Synthesis of light-responsive, shape-persistent polymers




Jessica L. Bocanegra
PhD Student
BS 2015 / College of New Jersey

Jessica.Bocanegra@uvm.edu

Research Interests: Synthesis of light-responsive, shape-persistent polymers



Jessica L. Bocanegra
PhD Student
BS 2015 / College of New Jersey

Jessica.Bocanegra@uvm.edu


Research Interests: Synthesis of light-responsive, shape-persistent polymers




Mona Sharafi
PhD Student
MA 2010 / Sharif University
BS 2007 / Teheran University
Mona.Sharafi@uvm.edu

Research Interests: Exponential amplification of large polymer rings



Mona Sharafi
PhD Student
MA 2010 / Sharif University
BS 2007 / Teheran University
Mona.Sharafi@uvm.edu


Research Interests: Exponential amplification of large polymer rings




Mona Sharafi
PhD Student
MA 2010 / Sharif University
BS 2007 / Teheran University
Mona.Sharafi@uvm.edu

Research Interests: Exponential amplification of large polymer rings



Mona Sharafi
PhD Student
MA 2010 / Sharif University
BS 2007 / Teheran University
Mona.Sharafi@uvm.edu


Research Interests: Exponential amplification of large polymer rings




Kyle E. Murphy
PhD Student
BS 2014 / Bridgewater State University

Kyle.Murphy@uvm.edu

Research Interests: Chirality-assisted synthesis of freeform molecular spirals



Kyle E. Murphy
PhD Student
BS 2014 / Bridgewater State University

Kyle.Murphy@uvm.edu


Research Interests: Chirality-assisted synthesis of freeform molecular spirals




Kyle E. Murphy
PhD Student
BS 2014 / Bridgewater State University

Kyle.Murphy@uvm.edu

Research Interests: Chirality-assisted synthesis of freeform molecular spirals



Kyle E. Murphy
PhD Student
BS 2014 / Bridgewater State University

Kyle.Murphy@uvm.edu


Research Interests: Chirality-assisted synthesis of freeform molecular spirals




Tyler Jaynes
Undergraduate Researcher
Honors Thesis Student

Tyler.Jaynes@uvm.edu

Research Interests: Synthesis of stimuli-responsive, chiral molecular claws



Tyler Jaynes
Undergraduate Researcher
Honors Thesis Student

Tyler.Jaynes@uvm.edu


Research Interests: Synthesis of stimuli-responsive, chiral molecular claws




Tyler Jaynes
Undergraduate Researcher
Honors Thesis Student

Tyler.Jaynes@uvm.edu

Research Interests: Synthesis of stimuli-responsive, chiral molecular claws



Tyler Jaynes
Undergraduate Researcher
Honors Thesis Student

Tyler.Jaynes@uvm.edu


Research Interests: Synthesis of stimuli-responsive, chiral molecular claws




Natavan Dudkina
Undergraduate Researcher
Honors Thesis Student

ndudkina@uvm.edu

Research Interests: Shape-directed synthesis of hydrazone cages and polymers



Natavan Dudkina
Undergraduate Researcher
Honors Thesis Student

ndudkina@uvm.edu


Research Interests: Shape-directed synthesis of hydrazone cages and polymers




Natavan Dudkina
Undergraduate Researcher
Honors Thesis Student

ndudkina@uvm.edu

Research Interests: Shape-directed synthesis of hydrazone cages and polymers



Natavan Dudkina
Undergraduate Researcher
Honors Thesis Student

ndudkina@uvm.edu


Research Interests: Shape-directed synthesis of hydrazone cages and polymers




Kyle McKay
PhD Student
BS 2016 / George Washington University

Kyle.McKay@uvm.edu

Research Interests: Chirality-assisted synthesis of molecular belts



Kyle McKay
PhD Student
BS 2016 / George Washington University

Kyle.McKay@uvm.edu


Research Interests: Chirality-assisted synthesis of molecular belts




Kyle McKay
PhD Student
BS 2016 / George Washington University

Kyle.McKay@uvm.edu

Research Interests: Chirality-assisted synthesis of molecular belts



Kyle McKay
PhD Student
BS 2016 / George Washington University

Kyle.McKay@uvm.edu


Research Interests: Chirality-assisted synthesis of molecular belts




Dillon McCarthy
PhD Student
BS 2016 / University of Connecticut

Dillon.Mccarthy@uvm.edu

Research Interests: Exponential amplification of sequence-defined polymers



Dillon McCarthy
PhD Student
BS 2016 / University of Connecticut

Dillon.Mccarthy@uvm.edu


Research Interests: Exponential amplification of sequence-defined polymers




Dillon McCarthy
PhD Student
BS 2016 / University of Connecticut

Dillon.Mccarthy@uvm.edu

Research Interests: Exponential amplification of sequence-defined polymers



Dillon McCarthy
PhD Student
BS 2016 / University of Connecticut

Dillon.Mccarthy@uvm.edu


Research Interests: Exponential amplification of sequence-defined polymers



Past Members




Ian M. Cohen
Undergraduate Researcher
May 2015 – Aug 2016


Research Accomplishments: Investigated new methods of controlled dendrimer growth



Ian M. Cohen
Undergraduate Researcher
May 2015 – Aug 2016


Research Accomplishments: Investigated new methods of controlled dendrimer growth




Ian M. Cohen
Undergraduate Researcher
May 2015 – Aug 2016

Research Accomplishments: Investigated new methods of controlled dendrimer growth



Ian M. Cohen
Undergraduate Researcher
May 2015 – Aug 2016



Research Accomplishments: Investigated new methods of controlled dendrimer growth




Lizhen Chen
Master Student
Jan. 2015 – Dec. 2016


Research Accomplishments: Investigated the exponential amplification of mesoscale materials



Lizhen Chen
Master Student
Jan. 2015 – Dec. 2016


Research Accomplishments: Investigated the exponential amplification of mesoscale materials




Lizhen Chen
Master Student
Jan. 2015 – Dec. 2016

Research Accomplishments: Investigated the exponential amplification of mesoscale materials



Lizhen Chen
Master Student
Jan. 2015 – Dec. 2016



Research Accomplishments: Investigated the exponential amplification of mesoscale materials




Xiaoxi Liu
Postdoctoral Fellow
Sept. 2014 – Dec. 2015
Currently at Harvard University, Dana-Farber Cancer Institute

Research Accomplishments: Spearheaded the group's research on Chirality-Assisted Synthesis



Xiaoxi Liu
Postdoctoral Fellow
Sept. 2014 – Dec. 2015
Currently at Harvard University, Dana-Farber Cancer Institute


Research Accomplishments: Spearheaded the group's research on Chirality-Assisted Synthesis




Xiaoxi Liu
Postdoctoral Fellow
Sept. 2014 – Dec. 2015
Currently at Harvard University, Dana-Farber Cancer Institute

Research Accomplishments: Spearheaded the group's research on Chirality-Assisted Synthesis



Xiaoxi Liu
Postdoctoral Fellow
Sept. 2014 – Dec. 2015
Currently at Harvard University, Dana-Farber Cancer Institute


Research Accomplishments: Spearheaded the group's research on Chirality-Assisted Synthesis




Zackariah J. Weinert
Undergraduate Researcher
Sept. 2014 – Aug 2016


Research Accomplishments: Endeavored in the shape-directed synthesis of large molecular belts



Zackariah J. Weinert
Undergraduate Researcher
Sept. 2014 – Aug 2016


Research Accomplishments: Endeavored in the shape-directed synthesis of large molecular belts




Zackariah J. Weinert
Undergraduate Researcher
Sept. 2014 – Aug 2016

Research Accomplishments: Endeavored in the shape-directed synthesis of large molecular belts



Zackariah J. Weinert
Undergraduate Researcher
Sept. 2014 – Aug 2016



Research Accomplishments: Endeavored in the shape-directed synthesis of large molecular belts




Alexander D. Olson
Undergraduate Researcher
May 2015 – May 2016


Research Accomplishments: Worked toward organocatalytic, site-selective functionalization of proteins



Alexander D. Olson
Undergraduate Researcher
May 2015 – May 2016


Research Accomplishments: Worked toward organocatalytic, site-selective functionalization of proteins




Alexander D. Olson
Undergraduate Researcher
May 2015 – May 2016

Research Accomplishments: Worked toward organocatalytic, site-selective functionalization of proteins



Alexander D. Olson
Undergraduate Researcher
May 2015 – May 2016



Research Accomplishments: Worked toward organocatalytic, site-selective functionalization of proteins