How About Machine Learning Enhancing Theses? Hamlet is in alpha. Things may change, break, or not make sense yet. Please enjoy anyway - and check back for more fun stuff to come! HAMLET How About Machine Learning Enhancing Theses? About Theses most similar to Dynamic nuclear polarization of amorphous and crystalline small molecules (Ong, Ta-Chung; 2014) read it Solid state nuclear magnetic resonance methodology and applications to structure determination of peptides, proteins and amyloid fibrils Jaroniec, Christopher P (2003) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it High frequency (139.5 GHz) electron paramagnetic resonance spectroscopy of biomolecules Bellew, Brendan Francis (1996) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it Measurements of segmental order parameters and torsional angles in solid state nuclear magnetic resonance Gross, John D. (John David), 1969- (1998) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it Applications of DNP and solid-state NMR for protein structure determination Mayrhofer, Rebecca Maria (2010) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it Design, synthesis, and characterization of conjugated polymers and functional paramagnetic materials for dynamic nuclear polarization Dane, Eric Lawrence (2010) Advisor: Timothy M. Swager Department of Chemistry Read it High-resolution high-frequency dynamic nuclear polarization for biomolecular solid state NMR Barnes, Alexander B. (Alexander Benjamin) (2010) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it Amyloid fibril structure of peptides and proteins by magic angle spinning NMR spectroscopy and dynamic nuclear polarization Debelouchina, Galia Tzvetanova (2011) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it High Field DNP NMR probe design and application in crystalline solids Wilson, Christopher Blake (2013) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Physics Read it Structure and function of the Influenza membrane protein M2 by magic angle spinning NMR and dynamic nuclear polarization Andreas, Loren B (2014) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it High field DNP and cryogenic MAS NMR : novel instrumentation and applications Markhasin, Evgeny (2013) Advisor: Robert G. Griffin, Peter T. Lansbury, Jr. Department of Chemistry Read it Hamlet is a project by Andromeda Yelton. Code hosted with ♥ on GitHub. Hamlet logo by Krisztián Mátyás used under the Creative Commons Attribution License.