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Karen Stevens is a Professor of Chemistry at Whitworth University since 1995, affiliated with the Department of Chemistry. She holds a Ph.D. and M.A. from Rice University and a B.S. from Marquette University. Her research focuses on physical chemistry, particularly vibrational spectroscopy and molecular dynamics analysis. She has developed novel methods for analyzing vibrational modes in molecules like hydrogen cyanide and acetylene, creating algorithms for spectral assignments. Stevens also emphasizes chemical education, pioneering lab techniques using everyday items like Kool-Aid and implementing pandemic-era socially distanced laboratory instruction. Education: Ph.D., M.A., Rice University B.S., Marquette University Her research interests include quantum chemistry applications, spectroscopic analysis techniques, and optimizing undergraduate laboratory curricula. She has secured significant NSF grants for advanced laboratory equipment (ArF laser, FT-NMR spectrometer) and published extensively in Journal of Chemical Education and Journal of Physics and Chemistry . Stevens' pedagogical work explores technology integration in lower-division courses and active-learning strategies. Key awards include the Whitworth College Teaching Excellence Award (2003), Harry B. Weiser Scholarships in research and teaching, and a Robert A. Welch Fellowship. She reviews for prominent journals like Journal of Chemical Education and serves in academic honor societies. Stevens has taught courses ranging from general chemistry to advanced topics like Thermochemistry and Quantum Chemistry. Her research team focuses on vibrational energy states analysis and polymerization mechanisms, with recent work adapting laboratory experiments under pandemic constraints through innovative 3D-printed equipment solutions.

• Physical Chemistry
• Chemical Education
• Spectroscopic Analysis
• +3 more

Piero Pianetta is a Research Professor at Stanford University, affiliated with the SLAC National Accelerator Laboratory and the Department of Electrical Engineering. His research focuses on understanding semiconductor interfaces and developing advanced analytical tools using synchrotron radiation. He specializes in studying atomic and electronic structures of materials, particularly in the context of energy storage technologies like batteries. Pianetta holds leadership roles at SLAC, including Deputy Chief Research Officer and former Chair of the Photon Science Directorate. Education: PhD (1977), MS (1973) in Applied Physics from Stanford University; BS (1971) in Physics from Santa Clara University. Research emphasizes battery cathode degradation mechanisms, nanoscale imaging techniques, and synchrotron-based spectroscopy. Notable contributions include developing high-resolution X-ray spectromicroscopy and elucidating chemomechanical interactions in energy materials. He has authored over 470 publications and holds patents on photocathode technologies. Students under his advisement are engaged in postdoctoral and doctoral research in photon science and materials engineering.

• Photon Science
• Semiconductor Interfaces
• Battery Materials
• +3 more

Amy L. Stein is a Cone Wagner Professor of Law at the University of Florida Levin College of Law , specializing in Environmental Law , Energy Law , and Artificial Intelligence Regulation . Her work bridges legal frameworks with technological advancements and climate policy. Research Interests : Focuses on sustainability, AI governance, renewable energy, and federalism in energy policy. Key Contributions : Analyzed generative AI's environmental impact, energy storage regulation, and federal-state dynamics in climate policy.

• Environmental Law
• Energy Law
• Artificial Intelligence Regulation
• +3 more

Dr. Naim Celini is a Researcher at the Bureau of Economic Geology , University of Texas at Austin. His work bridges geology, energy recovery, and environmental sustainability, with a focus on carbon sequestration, oil and gas reservoir characterization, and groundwater systems. His research spans Permian Basin studies , CO2 storage , enhanced oil recovery , and hydrological modeling . Recent projects include optimizing carbon capture methods via formate-based injection, analyzing induced seismicity in the Midland Basin, and exploring coastal river system modifications. Key trends in his publications highlight interdisciplinary approaches to energy-environment nexus challenges, integrating machine learning with satellite data for soil moisture nowcasting, and modeling mobile shale geomechanics for subsurface stability.

• Petroleum Geology
• Reservoir Characterization
• Environmental Geology
• +6 more

Dr. Abouzar Mirzaei Paiaman is a Researcher at the Bureau of Economic Geology (BEG) within the University of Texas at Austin's College of Natural Sciences. His work integrates energy production, carbon management, reservoir simulation, mathematical modeling, laboratory experimentation, field research, and economic analysis. Prior roles include Research Associate at UT Austin's Center for Subsurface Energy and the Environment, and Postdoctoral Researcher at Brazil's Center for Energy and Petroleum Studies. Education : Ph.D., Petroleum Engineering (2014), Sharif University of Technology, Iran M.Sc., Petroleum Engineering (2010), Sharif University of Technology, Iran B.Sc., Petroleum Engineering (2008), Petroleum University of Technology, Iran His research spans applied and fundamental studies in geothermal energy, hydrogen storage, unconventional resources, and CO2 sequestration, with over 60 scholarly publications. Key projects involve optimizing oil recovery, carbon storage, seismic monitoring in the Permian Basin, and water-energy nexus studies. He applies advanced technologies like deep learning and satellite data for environmental analyses. Current affiliations include collaborations with BEG consortia such as the Center for Injection and Seismicity Research (CISR) and GeoH2. His work addresses energy economics, landscape impacts from oil and gas development, and climate feedbacks in hydrocarbon systems. For details about his academic output, visit his LinkedIn , ResearchGate , or Google Scholar profiles.

• Energy Production
• Carbon Management
• Reservoir Simulation
• +12 more

Tanumoy Banerjee is a Research Fellow at Lawrence Berkeley National Laboratory's Energy Analysis and Environmental Impacts (EAEI) Division, affiliated with the Sustainable Energy and Environmental Systems (SEES) Department. He earned a Ph.D. in Mechanical Engineering from Lehigh University in 2024, focusing on hydrogen energy systems integration and materials science. His research centers on advancing hydrogen storage technologies using metal hydrides under ambient conditions, with additional work on boil-off hydrogen capture and utilization. This aligns with broader goals of enabling a sustainable green hydrogen economy and improving energy efficiency in sub-critical power plants. Contact: TanumoyBanerjee@lbl.gov | Phone: 484-747-4050

• Hydrogen Energy Storage
• Clean Energy Systems
• Materials Science
• +3 more

Dr. Julien Mouli-Castillo is a Remote Affiliate at Lawrence Berkeley National Laboratory (LBNL) through his MSCA Global Postdoctoral Fellowship. He earned his PhD in Energy Storage Modeling (2018) and MSc in Carbon Capture and Storage with Distinction (2014) from the University of Edinburgh, following a BSc in Environmental GeoSciences (2012) from University College London. Geo-Energy Systems Subsurface Storage Technologies Low-Carbon Energy Modeling His research focuses on synergies between subsurface storage technologies, including CO2 storage, compressed air energy storage, hydrogen storage, and geothermal energy from mine water. He collaborates with industry stakeholders and contributes to life cycle and technoeconomic modeling of energy systems. Maria Skłodowska-Curie Actions (MSCA) Global Postdoctoral Fellowship Dr. Mouli-Castillo's work bridges academic research and industrial applications, emphasizing sustainable energy solutions. He has secured funding to tackle critical challenges in the energy sector, particularly around subsurface utilization for carbon sequestration and energy storage.

• Geo-Energy
• Energy Storage Modeling
• Carbon Capture and Storage
• +5 more

Nathan Lindquist is a Professor of Physics in the Department of Physics & Engineering at Bethel University, within the College of Arts and Sciences. He also serves as Co-Program Director of the Pietas Honors Program, demonstrating leadership beyond his research and teaching roles. His academic home is firmly rooted in interdisciplinary applied physics and engineering. Education: B.S. in Physics – Bethel College, 2002 M.S. in Physics – University of Minnesota, 2005 Ph.D. in Electrical Engineering – University of Minnesota, 2010 Dr. Lindquist's research lies at the intersection of nanotechnology, optics, and engineering, with a strong emphasis on practical applications in biosensing, energy, and diagnostics. His work integrates plasmonics, microfluidics, and nano-fabrication to create innovative 'lab-on-a-chip' systems. He frequently employs lasers, microscopes, and molecular systems in his interdisciplinary lab, where undergraduate students are actively involved in cutting-edge research. His focus spans from fundamental nanophotonic phenomena to translational devices for healthcare and sustainability. The 15 most recent publications reflect a consistent trajectory in plasmon-enhanced sensing, nano-optical devices, and microfluidic integration. These works span disciplines including biomedical engineering, analytical chemistry, renewable energy, and nanophotonics, highlighting the cross-cutting nature of his research. Common themes include label-free detection, low-cost fabrication, and real-time monitoring using optical methods. Scientific Awards and Honors: NIH Fellowship NSF Honorable Mention University of Minnesota Doctoral Dissertation Fellowship NSF RUI Grant Award NSF TUES Grant Award NSF CAREER Grant Award Dr. Lindquist has secured significant external funding, primarily from the National Science Foundation, supporting both his research and educational initiatives. He actively mentors undergraduate researchers, many of whom co-author publications and present at conferences. His lab fosters collaboration, particularly with researchers at the University of Minnesota, and emphasizes hands-on, inquiry-driven learning. Future work is likely to expand into portable diagnostic platforms and scalable nanomanufacturing techniques. His research group, the Nanolab, operates at the forefront of applied nanophotonics, combining advanced optical techniques with microsystem engineering to solve real-world problems in health and energy.

• Nanotechnology
• Optics
• Plasmonics
• +12 more

Kavita Hegde is a Professor of Biology and Biochemistry at Coppin State University. She serves as Director of the Ophthalmic Research Laboratory , which she established in 2015. Her research focuses on oxidative stress in ocular tissues and the development of novel antioxidants for retinal diseases such as age-related macular degeneration (AMD) and diabetic retinopathy (DR). Her work bridges clinical ophthalmology and biochemical research, with collaborations at the Department of Biochemistry & Molecular Biology, University of Maryland School of Medicine . She has mentored numerous undergraduate and graduate students in her lab. 2025 : Biochemistry and Molecular Biology Journal editorial board member 2020–2024 : National Eye Institute (NIH) grant for "Imaging of hydroxyapatite as an early screen for AMD" Key scientific awards include dual Wilson H. Elkins Professorships (2016–2018). Her publications span ocular oxidative stress mechanisms , antioxidant therapies , and diagnostic imaging techniques , with recent emphasis on tetracycline-based AMD detection.

• Ophthalmic Biochemistry
• Molecular Biology
• Oxidative Stress
• +3 more

Arturo Montoya is a tenured Associate Professor in the Department of Civil and Environmental Engineering and Department of Mechanical Engineering at the University of Texas at San Antonio (UTSA) , where he has served since 2012. He also holds the title of Associate Dean of Undergraduate Programs at the Klesse College of Engineering and Integrated Design. His research focuses on computational modeling, fracture mechanics, and energy harvesting from infrastructure. Ph.D., Civil Engineering and Engineering Mechanics, Columbia University M.S., Structural Engineering, Columbia University B.S., Civil Engineering, Columbia University Research Interests: Computational Modeling: Specializing in finite element methods for structural analysis and fracture mechanics. Material Deterioration: Investigating hydrogen embrittlement and corrosion in high-strength steel. Energy Harvesting: Developing systems to convert roadway energy into usable power. Scientific Trends: His recent publications highlight expertise in computational fracture mechanics , thermomechanical modeling , and roadway energy harvesting through advanced finite element techniques. Awards: AIAA Zarem Distinguished Award (2014): Recognizing innovation in aerospace structural analysis. Grants: Secured over $2.7 million in funding from agencies like the Nuclear Regulatory Commission , Department of Defense , and Texas Department of Transportation for projects on probabilistic risk assessment and energy conversion systems. Student Mentoring: Advised 6 doctoral students (including Reza Nasouri and Daniel Ramirez-Tamayo) and 2 master's students, with research spanning bridge safety , progressive fracture , and polymer stabilization .

• Computational Modeling in Civil Engineering
• Fracture Mechanics
• Material Deterioration
• +4 more

Christopher Grieco is an Assistant Professor in the Department of Chemistry and Biochemistry at Auburn University. His research focuses on developing an understanding of mixed ionic-electronic conduction in conjugated polymers for energy storage and bioelectronic applications. He employs ultrafast spectroscopic techniques such as broadband visible/near-infrared pump-probe and FTIR spectroscopy to study charge carrier dynamics in functional materials. Education: Ph.D. Chemistry, The Pennsylvania State University (2012–2017); B.S. Chemistry & Applied Mathematics, Rochester Institute of Technology (2008–2012). Professional employment includes a postdoctoral position at The Ohio State University (2017–2021). Research emphasizes probing the interplay of ionic and electronic transport in polymers, with particular attention to their nanoscale morphology and environmental dependence. His lab has developed specialized instrumentation, including an ultrabroadband near-infrared transient absorption spectrometer. Teaching includes courses like Molecular Spectroscopy and Physical Chemistry. Award highlights: NSF CAREER Award (2025), Norman Edmund Inspiration Award (2024), and multiple postdoctoral and teaching recognitions. His work has led to over 20 peer-reviewed publications, spanning topics from eumelanin photoprotection to singlet fission mechanisms in organic semiconductors. Lab members include PhD candidates Caitlyn Clark and Rashid, with Zainab Aderoju Adeoluwa joining recently. The lab’s NSF-funded research explores asphaltene science and energy materials, leveraging advanced spectroscopic tools to bridge fundamental understanding and applied innovation.

• Physical Chemistry
• Materials Chemistry
• Polymers
• +4 more

Allen Landers is a Professor and Chair of the Department of Physics at Auburn University, holding the Howard Earl and Carolyn Taylor Carr Endowed Professorship. He specializes in experimental atomic and molecular physics, focusing on multi-particle imaging methods to study electronic/nuclear dynamics in atoms/molecules. His research has been published in Science , Nature , and Physical Review , supported by DOE and NSF grants. Education: Ph.D., Physics, Kansas State University, 1999 B.S., Mathematics and Physics, Kansas State University, 1993 Research Interests: Core hole localization, photoelectron angular distributions, dissociative dynamics of molecules (e.g., water, ammonia, hydrocarbons), momentum imaging techniques, and interdisciplinary outreach programs for K-12 STEM education. Outreach & Teaching: Leads initiatives to broaden science fair participation in high-needs schools. Teaches across undergraduate and graduate physics curricula. Recognized with awards for teaching (2006) and outreach (2014, 2013). Professional Roles: Member of APS Division of Atomic, Molecular & Optical Physics (DAMOP) Education Committee. Serves as proposal reviewer for DOE/NSF/NASA and referee for top physics journals. Labs/Teams: Leads experimental AMO research in Auburn’s atomic physics group, collaborating with global teams on synchrotron-based COLTRIMS reaction microscopy and X-ray spectroscopy.

• Atomic Physics
• Molecular Physics
• Optical Physics
• +4 more

Marisa C. Kozlowski is the Ponzy Lu Endowed Professor of Chemistry in the Department of Chemistry at the University of Pennsylvania, School of Arts & Sciences. She is an active faculty member with a strong research focus on organic synthesis, catalysis, and reaction mechanism studies. Her work integrates computational chemistry and high-throughput experimentation to design and optimize synthetic methods. Education: A.B., Cornell University, 1989 Ph.D., University of California at Berkeley, 1994 NSF Postdoctoral Fellow, Harvard University, 1995–1997 Dr. Kozlowski teaches core courses in organic chemistry, including Organic Chemistry I (Chem 241), Organic Chemistry Laboratory (Chem 245), Physical Organic Chemistry (Chem 541), Organic Reaction Methods (Chem 443), and Mechanisms in Organic Chemistry (Chem 441). Her research laboratory emphasizes the rational design of catalysts and reagents, mechanistic investigation, and the application of new methods in total synthesis of bioactive natural products and pharmaceuticals. Her recent publications reflect a strong integration of computational modeling, machine learning, and experimental validation in reaction discovery. Key themes include oxidative C-C couplings, asymmetric catalysis, C-H functionalization, and sustainable synthetic processes. These works span subfields such as catalyst design, reaction optimization, kinetic analysis, and analytical monitoring techniques. Scientific Awards: No specific awards mentioned in the provided text. Dr. Kozlowski advises a research group composed of graduate and undergraduate students, focusing on training the next generation of synthetic chemists. Her lab promotes inclusive values and collaborative science, as reflected in the 'Everyone Belongs in Chemistry' initiative. While specific grant details are not listed, her research is likely supported by federal and private funding agencies given the scope and technological demands of her work. She leads a dynamic research team engaged in cutting-edge projects at the interface of computation and experiment in organic chemistry.

• Organic Chemistry
• Catalysis
• Physical Organic Chemistry
• +5 more

Christopher L. Cahill is a Professor of Chemistry and International Affairs at George Washington University (GWU), where he has been a full-time faculty member since 2000. He leads the Cahill Research Group, focusing on solid-state and materials chemistry, crystallography, and nuclear forensics. His expertise spans f-element chemistry, nuclear science curriculum development, and science policy. Educated at SUNY Fredonia (BS, 1993) and SUNY-Stony Brook (PhD, 1999), Cahill has held postdoctoral and visiting positions at Notre Dame, Carnegie Institution, Argonne National Lab, and Los Alamos National Lab. He has been awarded the NSF CAREER Award (2004), Bender Teaching Award (2005), Fulbright Scholarship (2008), and Trachtenberg Prize (2013). His research investigates uranium species behavior, lanthanide-based sensors, and low-dimensional hybrid materials. Recent work includes nuclear forensics for nonproliferation and curriculum development for non-technical audiences. Cahill teaches courses in general chemistry and nuclear materials policy. Key contributions include over 120 peer-reviewed papers, structural analysis of actinide complexes, and roles in professional organizations like the American Crystallographic Association. His lab emphasizes interdisciplinary approaches to materials science and policy-relevant applications.

• Solid-state Chemistry
• Materials Chemistry
• Crystallography
• +4 more

Nathaniel Eagan is an Assistant Professor in the Department of Chemical and Biological Engineering at Tufts University, part of the School of Engineering. His research focuses on sustainable catalytic processes for clean energy, fuels, and chemicals production from biomass. He holds a PhD from the University of Wisconsin-Madison and a BS from the University of Massachusetts Amherst. Prior to joining Tufts, he conducted postdoctoral research at Harvard University and Tufts, exploring catalysis in dilute alloys and heterogeneous systems. His professional activities include roles as a session chair at conferences, reviewer for journals, and committee member for diversity and curriculum development at Tufts. He teaches courses in reaction engineering, reactor design, and catalysis. Research interests emphasize novel catalysts for sustainable fuel production, leveraging advanced synthesis techniques and characterization tools. His work bridges fundamental catalytic insights with practical applications in energy and environmental sustainability.

• Sustainability
• Experimental Heterogeneous Catalysis
• Clean Energy
• +2 more