Rigoberto Hernandez, Ph.D.

 
 
HERNANDEZ, RIGOBERTO Georgia Section. Johns Hopkins University, Baltimore, MD.


Academic Record: Princeton University, B.S.E., 1989; University of California, Berkeley, Ph.D., 1993.


Honors: Stanley C. Israel Regional Award for Advancing Diversity in the Chemcial Sciences, SERMACS, 2018; Herty Medal, 2017; ACS Award for Encouraging Disadvantaged Students into Careers in the Chemical Sciences (EDSCCS), 2014; Outstanding Service Award, Georgia Local Section, 2012; ACS Fellow, 2010;
Transformational Research and Excellence in Education (TREE) Award, Research Corporation, 2016; Diversity Award, Council of Chemical Research, 2015; Phi Beta Kappa Visiting Scholar, 2015-2016; Diversity Champion Award, Georgia Tech 2013; APS Fellow, 2011; Vasser Woolley Faculty Fellow, Georgia Tech, 2011-13; Sackler Visiting Chair in Exact Sciences, Tel Aviv University, 2010; Humboldt Research Fellow, 2006-08; American Association for the Advancement of Science, Fellow, 2005; Goizueta Foundation Junior Professor, Georgia Tech, 2002-06; Alfred P. Sloan Fellow, 2000; Sigma Xi Southeast Regional Young Investigator, 2002, 2000; Research Corporation Cottrell Scholar, 1999; Blanchard Assistant Professor of Chemistry, Georgia Tech, 1999-01; National Science Foundation CAREER Award, 1997; Feinberg Postdoctoral Fellow, 1994; AT&T CRFP Fellow, 1989-93;  NSF Graduate Fellow, 1989-92; and Sigma Xi, Member, 1994.


Professional Positions (for past 10 years): Gompf Family Professor, Johns Hopkins University, 2016-present; Director, Open Chemistry Collaborative in Diversity Equity (OXIDE), 2011 to date; Adjunct (2016-18), Full (2009-16), Associate (2002-09) , and Assistant (1996-2002) Professor, Georgia Institute of Technology; Co-Director of Center for Computational Molecular Sciences & Technology, 2000-16.


Service in ACS National Offices: Board of Directors (District IV, 2014-2019); Budget and Finance, Member, 2016-21, Associate Member, 2015; Committee on Professional and Member Relations, 2017-19; Committee on Science, Associate Member, 2013; Committee on Committees, 2009-12; Committee on Divisional Activities, 2004-08; Joint DAC/LSAC Subcommittee, Co-Chair, 2005-07; Board Committee on “Minorities in Academe Implementation Team,” 2003-04; Hildebrandt Award Canvassing Committee, 2002-04.


Service in ACS Offices: Member ACS since 1992. Bylaw Councilor, 2012. Georgia Section: Alternate Councilor, 2012-2013, Councilor, 2003-11; Past-Chair, 2000; Chair, 1999; Chair-Elect, 1998; Chair of Herty Award Committee, 2006-16; Chair, 75th Herty Medal Celebration 2009 and Founding Chair of Herty Medal Undergraduate Research Symposium, 2006-10. COMP Division: Alternate Councilor, 2013-2015.


Member: American Association for the Advancement of Science; American Physical Society; Biophysical Society; SACNAS. ACS Georgia Local Section. ACS Divisions: Computers in Chemistry and Physical Chemistry.


Related Activities: Journal of Physical Chemistry, Editorial Advisory Board, 2019-present;  MolSSI Advisory Board, 2017-2019, vice chair 2018, and chair 2019; Academic Leadership Training (ALT) Workshop, co-Founder and Chair, 2016-present; Scialog Review Committee, Chemical Machinery of the Cell, Research Corporation, 2018-20; Research Corporation Cottrell Scholars Advisory Committee, member: 2011-17 and chair: 2016-2017; STEM Ed Review Committee, AAAS, 2015-16; Minority STEM PhD Advisory Committee, Sloan Foundation, 2013-present; Executive Board, Georgia Tech Faculty, 2013-2016; NIH MSFB Study Section, 2009-13; National Academies Board on Chemical Sciences and Technology, 2007-10; Board of Directors of Telluride Science Research Center, 2007-09; External Review Committee for Morehouse College Chemistry Department, 2007; Steering Committee for NSF Workshop on complexity and emergent phenomenon, 2007; Steering Committee for NSF Workshop on excellence empowered by a diverse workforce, 2007; National Academies Committee on advanced chemical imaging, 2005-06; published over 121 peer-reviewed articles to date.

 

What you should know




Current Research Problems:

  1. 1.Determining energetics of protein unfolding pathways

  2. 2.Obtain direct and correct rates for chemical reactions using transition state theory

  3. 3.Characterizing the dynamics inside and of assemblies of nonequilibrium structured particles.

  4. 4.Predicting macroscopic fluid dynamics from molecular scale interactions

 

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