A team of researchers in the Department of Materials Science and Engineering at Johns Hopkins have developed an artificial intelligence framework that can predict the properties for a Read more
Dennice Gayme, a professor of mechanical engineering, core researcher at the Ralph O’Connor Sustainable Energy Institute (ROSEI), and researcher at the Laboratory for Read more
This is the ROSEI bi-weekly funding digest summarizing external funding opportunities of interest to ROSEI and the JHU community. ROSEI Read more
Johns Hopkins is part of the new multi-institution Learning Accelerated Domain Sciences (LEADS) Institute, a Department of Energy-funded collaborative initiative Read more
The application period for the summer 2026 cohort of the Research on Sustainable Energy Technology and Systems (ROSETAS) program, a Read more
Abe Silverman, an assistant research scholar with the Ralph O’Connor Sustainable Energy Institute (ROSEI) and attorney, studies and advises academics, Read more

Events

ROSEI Summit 2026

Homewood Campus
9:00 am / 5:30 pm
January 14
The Ralph O’Connor Sustainable Energy Institute (ROSEI) is hosting its fourth in-person summit on January 14 from 9 AM – 5:30 PM. Like 2025’s iteration, the event will take place on the Homewood campus in Hodson Hall and the Glass Pavilion, with free lunch for attendees and speakers being served. You must register in advance by January 7 to attend, and all are welcome! The ROSEI Summit provides a technical sharing of all sustainable energy and related research being conducted at Johns Hopkins University. It will be an overview of ROSEI activities and technical sessions organized around the active topics of our scholars. The Summit provides a unique means to understand the breadth and depth of JHU research in sustainable energy as well as develop collaborations and new networks for future research. Areas of focus for breakout sessions at this year's Summit will include critical minerals, data centers, wind energy, policy and advocacy, insights into diversifying energy funding, and much more. There will also be a poster competition that is open to all postdoctoral researchers and graduate students doing energy-related research at Hopkins, which presenters must register for by January 7.

Time 
Event 
Location 
9:00am – 10:00am 
Check-in  (morning reception) 
Lobby to Hodson 110 
10:00am – 10:45am 
Directors Welcome  State of ROSEI and ROSEI Research (Director Ben Schafer), Education (Associate Director Susanna Thon), Policy and Translation (Deputy Director Ben Link) 
Hodson 110 
 
Break and Discussion 
 
11:00am – noon 
Hodson 110 
Noon – 1:30pm 
Lunch 
Glass Pavilion 
12:30pm – 1:30pm 
ROSEI Research Poster Session  Research updates from ROSEI graduate students and postdocs Participants listed here (best poster awards to be presented at 4:30pm) 
Glass Pavilion 
 
Selected Breakout Meetings for ROSEI Efforts All invited/encouraged to attend any breakout of their choosing 
 
1:30pm – 2:20pm 
Critical Materials Breakout Facilitators: Chao Wang, Sara Thoi
Hodson 213 
or 
Data Centers Breakout Facilitators: Abe Silverman, Yury Dvorkin, Ján Drgoňa
Hodson 303 
or 
Energy Education Breakout Facilitators: Susanna Thon, Ben Schafer 
Hodson 311 
2:30pm – 3:20pm 
Nuclear Energy Breakout Facilitators: Tim Rupert, Mitra Taheri, Susanna Thon 
Hodson 213 
or 
Wind Energy Breakout  Facilitators: Julie Lundquist, Dennice Gayme 
Hodson 303 
or 
Policy and Advocacy Breakout Facilitators: Dan Kammen, Abe Silverman
Hodson 311 
3:30pm –  4:20pm 
Insights in Diversifying Energy Funding  Working with foundations, developing translation  Moderator: Ben Link
Hodson 110 
4:30pm - 4:45pm 
ROSEI Awards  (Best poster awards and more) 
Glass Pavilion 
4:45pm – 5:30pm 
Closing reception  Celebrate ROSEI and the upcoming Spring semester 
Glass Pavilion 
Poster Submissions
  • Damir Akchurin, Fidence Cyizere Rukundo, Ben Schafer "Torsional-Flexural Response of Intermediately Stiffened Lipped Channels Cold-Formed from 100 ksi (690 MPa) Steel"
  • Yi Cao, Victor Wu, Paulette Clancy "Atomic-to-Device Simulation Framework: Machine Learning-Accelerated Dopant Migration Modeling for 2D Electronics"
  • Sai Dinesh Devineni, Alina Hasan, Anthony Kearsley "Real-Time Energy Market Intelligence & Anomaly Detection System for the Texas ERCOT Grid"
  • Hongang Du, Ruggero Rossi "Zero-gap microbial electrolysis cells for efficient hydrogen production from real liquid waste streams"
  • Nathan Houchens, Yuki Osumi, Sara Thoi "Stabilizing Lithium Metal Batteries with Gel Metal-Organic Frameworks"
  • Fei Hu, Yuting Luo "Unveiling key parameters of promising alloyable metals affecting Li deposition in Li battery"
  • Serene Kamal, Susanna Thon "Silicon Nitride Metasurfaces for Optical Enhancement"
  • Danbee Kim, Ruggero Rossi "Toward Electrochemically Robust Scale-Up of Microbial Electrolysis Cells: Insights from Reference Electrode Stability and Placement"
  • Jacob Lombardo, Hoon Jeong Lee, Jill Cleveland, Susanna Thon "Solar-Powered Carbon Capture and Release Using a Photoelectrochemical Cell"
  • Anmol Mathur, Yayuan Liu "Electrochemical Direct Air Capture By Local Alkalinity Generation at Three-Dimensional Interfaces"
  • Xi Peng, Ben Schafer "Collapse analysis of Full-scale tower with measured imperfections under load combination"
  • Başak Rakıcı, Yury Dvorkin, Dennice Gayme "Probabilistic AEP Estimation Using Joint Wind Speed–Direction Distributions and Seasonal Variability"
  • Bhathiya Rathnayake, Sijia Geng "Droop-Based Grid-Forming Control with Disturbance Suppression and Over-Current Limiting"
  • Hunter Saylor, Serene Kamal, Sasha Wi, Susanna Thon "Exfoliation and Characterization of Thin-Film Ferroelectric, CuInP2S6"
  • Siddharth Surana, Dan Kammen "Vibrational Energy Harvesting Machine and Product Dynamics"
  • Tomás Tapia, Enrique Mallada, Yury Dvorkin "Learning Reachability of Energy Storage Arbitrage"
  • Valeria Vasquez-Barros, Julie Lundquist "Assessing the prevalence of atmospheric stability decoupling using barge data in WFIP-3"
  • Jiatong Xu, Phoebe Williams, Sara Thoi "Zirconium Metal-Organic Cages as a Cathode Additive for High Performance Li-S Batteries"
  • Boyu Yao, Yury Dvorkin "When the Supply Chain Shapes Long-Term Grid Planning"
  • Nakyeong Yun, Ruggero Rossi "Utilizing machine learning to enhance electrochemical CO2 capture from wastewater sector"
  • Yijun Zhang, Susanna Thon "Patterned Colloidal Quantum Dot Films for Spectrally-Optimized Multi-Junction Solar Cells"
  • Zhiyi Zhou, Yury Dvorkin "Unlocking Transmission Flexibility under Uncertainty: Getting Dynamic Line Ratings into Electricity Markets"
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April 7
The 2026 ARPA-E Innovation Summit is set to happen from April 7-9 in San Diego, CA. The Ralph O'Connor Sustainable Energy Institute (ROSEI) and the Whiting School of Engineering (WSE) have served as partners at the previous three Summits. Check this page at a later date for more information. Please click here if you would like to read more about the 2025 ARPA-E Innovation Summit.
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April 22
The Ralph O'Connor Sustainable Energy Institute (ROSEI) will celebrate Earth Day and the institute's five year birthday with a luncheon and celebration on April 22. Check this page at a later date for more information. Please click here if you would like to read more about the 2025 ROSEI Earth Day Celebration.
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Research

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