Advisor: Peters, Jonas, Thesis and Dissertations from CaltechTHESIS

• Schild, Dirk Jacob 2022 (PHD) Synthesis, Characterization, and Reactivity of Iron Hydrides in Nitrogen Fixation and Proton Coupled Electron Transfer from C-H bonds 10.7907/1ytm-7s85
• Chalkley, Matthew J. 2020 (PHD) Proton-Coupled Electron Transfer in Nitrogen Fixation 10.7907/FE9D-9K14
• Deegan, Meaghan Marie 2020 (PHD) Small Molecule Reactivity of Trisphosphine-Supported Iron and Cobalt Complexes 10.7907/QDAW-M003
• Gu, Nina Xiao 2020 (PHD) Synthesis, Characterization, and Reactivity of Thiolate-Supported Metalloradicals 10.7907/8zwz-gh20
• Hannoun, Kareem Imad 2019 (PHD) Mechanistic Study of Cu-Mediated, Photoinduced C–S Bond Formation and Demonstration of Electrochemical Ammonia Production by a Surface-Attached Iron Complex 10.7907/R9EJ-KX83
• Thompson, Niklas Bjarne 2018 (PHD) A Synthetic Nitrogenase: Insights into the Mechanism of Nitrogen Fixation by a Single-Site Fe Catalyst 10.7907/T4WQ-TM68
• Ahn, Jun Myun 2018 (PHD) Copper Carbazolides in Photoinduced C–N Couplings 10.7907/H8AP-G249
• Matson, Benjamin David 2018 (PHD) Interplay of Proton Transfer, Electron Transfer and Proton-Coupled Electron Transfer in Transition Metal Mediated Nitrogen Fixation 10.7907/Z9MS3R0Z
• Nesbit, Mark Allen 2018 (PHD) Iron, Cobalt, and Nickel Metalloboranes: Reactivity, Catalysis, N2 Activation and Stabilization of Reactive N2Hx Ligands 10.7907/Z9G15Z28
• Ratani, Tanvi Siraj 2018 (PHD) Photoinduced, Copper-Catalyzed C-N and C-C Bond Formation and Photocatalytic Co-Mediated Nitrite Reduction to N₂O: Reactivity and Mechanism 10.7907/Z9ZP44BF
• Del Castillo, Trevor James 2018 (PHD) The Quest for Electrocatalytic Nitrogen Fixation with a Molecular Catalyst and What We Learned Along the Way 10.7907/CM5B-RG20
• Buscagan, Trixia Marie 2018 (PHD) Transition Metals as Catalysts for Cross-Coupling and Dinitrogen Fixation 10.7907/Z98P5XPM
• Creutz, Sidney E. 2016 (PHD) Design, Synthesis, and Study of Novel Platforms for Iron-N2 Chemistry and Photoinduced, Copper-mediated C-N Bond Formation 10.7907/Z92V2D1M
• Rittle, Jonathan Daniel 2016 (PHD) Proton-Coupled Reduction of N₂ Facilitated by Molecular Fe Complexes 10.7907/Z9QJ7F7D
• Fong, Henry 2015 (PHD) Metallaboratrane Facilitated E‒H Bond Activation and Hydrogenation Catalysis 10.7907/Z9TX3C9P
• Anderson, John Stuart 2014 (PHD) Catalytic Conversion of Nitrogen to Ammonia by an Iron Model Complex 10.7907/NS23-B474
• Suess, Daniel Leif Migdow 2013 (PHD) Reactions of Small Molecules Facilitated by Metal-Acceptor Interactions 10.7907/Q4B0-AG41
• Takaoka, Ayumi 2012 (PHD) Investigations on Low-Valent Group 8 and 9 Metalloradicals 10.7907/ZN62-KX32
• Saouma, Caroline Thalia Abdunnur 2011 (PHD) Iron Mediated Reduction Schemes for Dinitrogen and Carbon Dioxide 10.7907/46C3-BY97
• Mankad, Neal P. 2010 (PHD) Copper and Iron Complexes with Unusual Coordination Geometries Enforced by Phosphine Chelates 10.7907/6F4J-WE60
• Whited, Matthew Thomas 2009 (PHD) Synthetic and Mechanistic Studies of Small-Molecule Activation at Low-Valent Iron, Cobalt, and Iridium Centers 10.7907/4N3R-5194
• Thomas, Christine Marie 2006 (PHD) Novel Reactivity at Iron Centers Supported by Poly(phosphino)borate Ligands 10.7907/AGQC-8E07
• Lu, Connie Chih 2006 (PHD) The Chemistry of Tris(phosphino)borate Manganese and Iron Platforms 10.7907/0DND-1J03
• Harkins, Seth Beebe 2006 (PHD) The Synthesis and Study of Redox-Rich, Amido-Bridged Cu₂N₂ Dicopper Complexes 10.7907/1X2Q-3P72
• Betley, Theodore Alexander 2005 (PHD) Coordination Chemistry from Trigonally Coordinated Iron Platforms: Chemistry Relevant to Dinitrogen Reduction 10.7907/PY23-ME66
• Jenkins, David Matthew 2005 (PHD) Low Spin Pseudotetrahedral Cobalt Tris(phosphino)borate Complexes 10.7907/5WNW-R611
• Brown, Steven Douglas 2005 (PHD) The Chemistry of Tris(phosphino)borate Supported Iron-Nitrogen Multiply-Bonded Linkages 10.7907/46DN-YH09
• Thomas, John Christopher 2004 (PHD) Ligand Design, Coordination Chemistry, and Mechanistic Studies of (Phosphino)Borates and their Platinum, Nickel, and Copper Complexes 10.7907/GCAQ-8D59