ID | Presenter | Title |
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P01 | Abby High | Analysis of Longitudinal Spread of Suprathermal Ions Co-Located with Coronal Mass Ejections |
P02 | Akie Moritsuka | Bisector velocities of the photospheric line near the limb observed with Hinode SOT/SP |
P03 | Kathy Reeves | XRT Mission-Long Flare Statistics |
P04 | Iain Hannah | Revisiting the RHESSI X-ray Microflare Statistics |
P05 | Paola Testa | Coronal abundances in solar active regions and their relationship with underlying chromospheric and transition region properties |
P06 | Andy S.H. To | Understanding Elemental Composition Across Solar Atmospheric Layers |
P07 | Bart De Pontieu | An optically thin view of the solar chromosphere. IRIS observations of the O I 1355 spectral line |
P08 | Changxue Chen | Hard X-ray imaging of slipping reconnection and quasi-periodic pulsations in a solar flare |
P09 | Juliana Vievering | Investigating Energy Release During a Quiescent Region Hard X-ray Flare Observed by RHESSI |
P10 | Daniela Lacatus | Evolution of Spectroscopic Characteristics of Solar Filaments |
P11 | De-Chao Song | An Observational Study of the Relationship between H I Lyα and Hα/He II λ304 in an M2.0 Solar Flare |
P12 | Graham Kerr | Exploring the effects of deep heating of the solar chromosphere during flares |
P13 | Harry Greatorex | Examining the Driver of High Contrast Lyman-alpha Emission in Solar Flares using Spectroscopic Observations from RHESSI and Fermi. |
P14 | Wensi Wang | Observations of photospheric signatures for pre-eruptive coronal structures |
P15 | Hugh Hudson | HOPE Properties and Implications |
P16 | Iain Hannah | NuSTAR observations of quiet Sun phenomena |
P17 | Samer Alnussirat | Impulsive solar flare observations conducted by Parker Solar Probe |
P18 | Isabella Kraus | Investigating Coronal Bright Points: Statistical Analysis and 3D MHD Simulation with Hinode and SDO |
P19 | Mitsuo Oka | Maximum Attainable Energy of Particles in Solar Flares |
P20 | James Crowley | Magnetic Insights and Implications from Hinode |
P21 | Jiayi Liu | What Can DKIST/DL-NIRSP Tell Us About Quiet-Sun Magnetism? |
P22 | Jiong Qiu | Tracking Magnetic Structures That Are Reconnecting or Expanding or Both |
P23 | Lucas Tarr | A comparison of electric currents from a flux emergence MHD simulation and as reconstructed using a nonlinear force free field extrapolation |
P24 | Lyndsay FLETCHER | Precise timing of solar flare footpoint sources from mid-infrared observations |
P25 | Marcel Corchado-Albelo | Spatial Complexity of Flare Ribbon Boundaries |
P26 | Meers Oppenheim | Growth, Saturation and Effects of the Thermal Farley Buneman Instability in the Coldest Region of the Chromosphere |
P27 | Meriem Alaoui | Constraints on solar flare accelerated electrons and their associated return current |
P28 | Milan Gosic | Global impact of emerging internetwork fields on the low solar atmosphere |
P29 | Ryan French | Doppler signature of a possible termination shock in an off-limb solar flare |
P30 | Navdeep K. Panesar | The Magnetic Origin of Solar Coronal Jets and Campfires: SDO and Solar Orbiter Observations |
P31 | Sophie Musset | What are the properties of energetic electrons associated with solar jets? |
P32 | Qiang Hu | Analysis of Coronal Magnetic Field Topology from High-Resolution Embedded Magnetograms |
P33 | Rahul Yadav | High-resolution Spectropolarimetric Observation of a C-class Flare Observed by DKIST/ViSP |
P34 | Tingyu Gou | Imaging and Spectroscopic Observations of Hot Plasmas in the Loop-Top Region During a Limb Solar Flare |
P35 | Salvo Guglielmino | Energy release phenomena observed at high-resolution with GREGOR and IRIS |
P36 | Shane Atwood | Unresolved Fine Structure and the Conductive Transition Region |
P37 | Shin Toriumi | Close interaction of turbulent convection and magnetic twist in sunspot formation and flare eruptions |
P38 | Xu Yang | GST High-cadence Observations to Solar Lower Atmosphere Energy Release |
P39 | Souvik Bose | On the million-degree signature of spicules |
P40 | Toshifumi Shimizu | The energy transported by compressible magnetoacoustic waves into chromospheric plage regions: dependence on magnetic field properties |
P41 | Vanessa Polito | Observations of AR outflows with IRIS, Hinode/EIS and VLA |
P42 | Ying Li | The Chinese ASO-S and CHASE Missions and the Maximum Millennium Program |
P43 | Alan Hsu | A Probabilistic Calibration Procedure for the CORSAIR Polarimeter |
P44 | Juan Martinez-Sykora | Beyond density diagnostics: combining O IV 1399, 1401, Si IV |
P45 | Neal Hurlburt | Recent enhancements to the Heliophysics Event Knowledgeable |
P46 | Rhiannon Fleming | Understanding the Student Impacts of A Solar Physics/Astrophysics Research Experience for Undergraduates |
P47 | Amir Caspi | Chasing the 2024 eclipse: results from coordinated ground and airborne missions -- Citizen CATE 2024 and NASA |
P48 | Albert Shih | The Fundamentals of Impulsive Energy Release in the Corona Explorer (FIERCE) mission concept |
P49 | Yukio Katsukawa | SUNRISE III SCIP: a balloon spectro-polarimeter for seamless diagnostics of photo- and chromospheres |
P50 | William Setterberg | The Integrating Miniature Piggyback for Impulsive Solar Hard X-rays (IMPISH): a Low-Cost Spectrometer for the GRIPS-2 Balloon Campaign |
P51 | Pascal Saint-Hilaire | The GRIPS Imaging Concept |
P52 | Christopher Moore | Spectral Soft X-ray Measurement Improvements of the three Miniature X-ray Solar Spectrometer (MinXSS-1, -2, -3) CubeSats and New Instrumentation to Open New Parameter Space |
P53 | Christopher Entzel | BUBO: the student-Built Ultraviolet solar Burst Observer |
P54 | Daniela Lacatus | CMEx: Chromospheric Magnetism Explorer |
P55 | Sarah Matthews | EUV Image Slicers for Solar Physics |
P56 | Jacob Parker | ESIS (EUV Snapshot Imaging Spectrograph) II |
P57 | Kathy Reeves | ECCCO: The EUV CME and Coronal Connectivity Observatory |
P58 | Patrick Dunn | Simulating a detector's response to solar flare polarization - Geant4 and the PADRE mission |
P59 | Soumyaranjan Dash | Application of Ensemble Kalman Filter Data Assimilation Technique to Infer the Surface Flows with Surface Flux Transport model |
P60 | Alisdair Davey | VSO 2.0: A VSO Towards Easier Data Source Collaboration and Many Other Improvements |
P61 | William Setterberg | Sunkit-spex: A High-energy Spectral Analysis Tool in Python |
P62 | Shane Maloney | stixpy: STIX data analysis in python |
P63 | Joy Velasquez | XRTpy: A Comprehensive Python Solution for Analyzing Hinode X-Ray Telescope Data |
P64 | Lucas Guliano | Calibration Methods and Data Products for Hinode |
P65 | Robert Jarolim | Advancing solar magnetic field extrapolations with physics-informed neural networks |
P66 | Robert Jarolim | Physics Informed Neural Networks for Spectropolarimetric Inversions |
P67 | Joseph Plowman | Multi-instrument DEMs and the EMToolKit framework for DEMs in Python |
P68 | Bin Chen | Owens Valley Solar Arrays: An Integrated Community Facility for Solar and Space Weather Research |
P69 | Juliana Vievering | Real-Time Early Flare Alert System for Triggered Observations |
P70 | Kristopher Cooper | The FOXSI-4 instrument |
P71 | Yixian Zhang | Scientific predictions for FOXSI-4 and comparison with observed data |
P72 | Shunsaku Nagasawa | First Direct Focusing Hard X-ray Imaging of M-Class Solar Flare from FOXSI-4 Sounding Rocket Experiment |
P73 | Shunsaku Nagasawa | Wide-gap CdTe Double-Sided Strip Detectors for High-Resolution Imaging Spectroscopy of Solar Flares in Hard X-rays for FOXSI-4 |
P74 | Sarah Pawlowski | CAPRI-SUN: High Cadence Low-energy Passband X-ray Detector with Integrated Full-sun Field of View |
P75 | Christopher Moore | Projected Performance of the Swift Solar Activity X-ray Imager (SSAXI-Rocket) for the Hi-C Flare Rocket |
P76 | Sabrina Savage | The COOL-AID Experiment on the Hi-C Flare Mission |
P77 | Philip Klaassen | Modelling the Creation of Switchbacks from Interchange Reconnection |
P78 | Kelvin Scheurer | Relationship Between X-ray Luminosity and Magnetic Flux of Active Regions and X-ray Bright Points |
P79 | Allison Snyder | Analyzing and Modeling Shear of Post-Reconnection Flare Loops |
P80 | Simon Shepard | Quantifying the Heating Energy in Individual Post-Reconnection Flare Loops |