Third Annual Summer Student Poster Symposium
Seventeen undergraduate students from the Columbia University Fusion Research Center participated in the third Annual Summer Student Poster Symposium.
Undergraduate students in the plasma lab presented their work in the annual poster symposium.
Seventeen undergraduate students from the Columbia University Fusion Research Center participated in the third Annual Summer Student Poster Symposium, hosted by the Department of Applied Physics and Applied Mathematics (APAM) at Columbia Engineering. The participants included students from the Summer@SEAS program, NSF-funded REU students, and continuing student members of the Fusion Research group, some of whom had been conducting research in the group for over a year.
The symposium was attended by faculty advisors in the plasma physics program, as well as research scientists, postdoctoral researchers, graduate students, master’s students, and other undergraduate students.
Participants Included:
Hanga Andras-Lentanovszky: Is There Alfvénic Turbulence at the Apex of Solar Coronal Loops?
Rithik Banerjee: Application of Single Stage Optimization to Generate “Banana Coil” Configurations for Upgrade on Columbia HBT Experiment
Alexander Boeckmann: Predicting HBT-EP Plasma Mode Amplitude and Phase with High Speed Image Data
Michael Campagna: Effect of Symmetry Breaking on Neoclassical Flow Damping in the Columbia Stellertor eXperiment (winner of best poster prize)
Emily Epstein: Power Supply Systems Development for the CUTE Tokamak
Beruktawit Gebreamlak: High-Temperature Superconducting Non-Planar Coil Development: From Design to Cryogenic Testing
Aiden Hightower: Methods for Improving the Design and Fabrication of Nonplanar HTS Magnets for the Columbia Stellerator eXperiment (CSX)
Amelia Koff: Attainable Plasma Configurations for the Columbia University Tokamak for Education using TokaMaker
Julia Kirby: Automation and Operation of Pellets at Columbia
Cassandra McGinley: Application of Diagnostic Systems in the Pellets at Columbia Test Stand
Shean Rahman ELM State Classification Using Machine Learning and Hybrid Deep Neural Networks
Samuel Sebastian: Magnetic Field Curvature and its Role in Particle Acceleration by Relativistic Curvature
Vayu Singhal: Design and Manufacturing of TF Magnet and Support Structures for CUTE
Alexander Skrypek: CalcSX: A lightweight toolkit optimized for analysing non-planar coils
Sonia Sobel: Energy-resolved Detection of Hard X-Rays on the HBT-EP Tokamak
Franco Sorza-Enriques: Disassembly and Relocation of CUTE
Brianna Yang: Operations and Hardware Developments of Pellets at Columbia
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Slide 1: Hanga Andras-Lentanovszky: Is There Alfvénic Turbulence at the Apex of Solar Coronal Loops?
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Slide 2: Rithik Banerjee: Application of Single Stage Optimization to Generate “Banana Coil” Configurations for Upgrade on Columbia HBT Experiment
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Slide 3: Alexander Boeckmann: Predicting HBT-EP Plasma Mode Amplitude and Phase with High Speed Image Data
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Slide 4: Michael Campagna: Effect of Symmetry Breaking on Neoclassical Flow Damping in the Columbia Stellertor eXperiment (winner of best poster prize)
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Slide 5: Emily Epstein: Power Supply Systems Development for the CUTE Tokamak
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Slide 6: Beruktawit Gebreamlak: High-Temperature Superconducting Non-Planar Coil Development: From Design to Cryogenic Testing
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Slide 7: Aiden Hightower: Methods for Improving the Design and Fabrication of Nonplanar HTS Magnets for the Columbia Stellerator eXperiment (CSX)
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Slide 8: Amelia Koff: Attainable Plasma Configurations for the Columbia University Tokamak for Education using TokaMaker
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Slide 9: Julia Kirby: Automation and Operation of Pellets at Columbia
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Slide 10: Cassandra McGinley: Application of Diagnostic Systems in the Pellets at Columbia Test Stand
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Slide 11: Samuel Sebastian: Magnetic Field Curvature and its Role in Particle Acceleration by Relativistic Curvature
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Slide 12: Vayu Singhal: Design and Manufacturing of TF Magnet and Support Structures for CUTE
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Slide 13: Alexander Skrypek: CalcSX: A lightweight toolkit optimized for analysing non-planar coils
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Slide 14: Sonia Sobel: Energy-resolved Detection of Hard X-Rays on the HBT-EP Tokamak
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Slide 15: Franco Sorza-Enriques: Disassembly and Relocation of CUTE
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Slide 16: Brianna Yang: Operations and Hardware Developments of Pellets at Columbia
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Slide 17: Graduate student Alexa Lachmann (right) observes the research presentation delivered by undergraduate student Brianna Lan (left)
Hanga Andras-Lentanovszky: Is There Alfvénic Turbulence at the Apex of Solar Coronal Loops?
Rithik Banerjee: Application of Single Stage Optimization to Generate “Banana Coil” Configurations for Upgrade on Columbia HBT Experiment
Alexander Boeckmann: Predicting HBT-EP Plasma Mode Amplitude and Phase with High Speed Image Data
Michael Campagna: Effect of Symmetry Breaking on Neoclassical Flow Damping in the Columbia Stellertor eXperiment (winner of best poster prize)
Emily Epstein: Power Supply Systems Development for the CUTE Tokamak
Beruktawit Gebreamlak: High-Temperature Superconducting Non-Planar Coil Development: From Design to Cryogenic Testing
Aiden Hightower: Methods for Improving the Design and Fabrication of Nonplanar HTS Magnets for the Columbia Stellerator eXperiment (CSX)
Amelia Koff: Attainable Plasma Configurations for the Columbia University Tokamak for Education using TokaMaker
Julia Kirby: Automation and Operation of Pellets at Columbia
Cassandra McGinley: Application of Diagnostic Systems in the Pellets at Columbia Test Stand
Samuel Sebastian: Magnetic Field Curvature and its Role in Particle Acceleration by Relativistic Curvature
Vayu Singhal: Design and Manufacturing of TF Magnet and Support Structures for CUTE
Alexander Skrypek: CalcSX: A lightweight toolkit optimized for analysing non-planar coils
Sonia Sobel: Energy-resolved Detection of Hard X-Rays on the HBT-EP Tokamak
Franco Sorza-Enriques: Disassembly and Relocation of CUTE
Brianna Yang: Operations and Hardware Developments of Pellets at Columbia
Graduate student Alexa Lachmann (right) observes the research presentation delivered by undergraduate student Brianna Lan (left)