| ID | Time | Presenter | Title |
|---|---|---|---|
| V01 | 08:30 | Piyali Chatterjee | Insights into the nature and dynamics of solar spicules |
| C01 | 08:50 | Kyuhyoun Cho | Relation between non-thermal broadening and magnetic field inclination at the transition region. |
| C02 | 09:05 | Salvo Guglielmino | Small-scale eruptive phenomena in active region NOAA 12585 |
| C03 | 09:20 | Juan Martinez-Sykora | Small-scale turbulence can heat the solar chromosphere in plage regions. |
| C04 | 09:35 | Samuel Evans | Multifluid and Kinetic 2D and 3D Simulations of Chromospheric Turbulence and Heating Due to the Thermal Farley-Buneman Instability |
| C05 | 09:50 | Akiko Tei | Comparison of coronal hole and quiet Sun chromosphere using IRIS Mg II h & k observations of polar off-limb regions |
| V03 | 13:30 | Maria Kazachenko | Solar Magnetic Fields Before and During Eruptions |
| C10 | 13:50 | Zhiyu Yin | Modeling Electron and Proton Acceleration in Macroscale Magnetic Reconnection |
| C11 | 14:05 | Bin Chen | Energetic Electrons Accelerated and Trapped in a Magnetic Bottle above a Solar Flare Arcade |
| C12 | 14:20 | Joel Dahlin | Decoding Three-Dimensional Reconnection Dynamics in Flare Ribbons |
| C13 | 14:35 | Viggo Hansteen | Small and large scale episodic events in smaller and larger scale numerical simulations spanning the convection zone to the corona. |
| C14 | 14:50 | Drake Osaben | Modeling the Shear Evolution of Post-Reconnection Flare Loops |
| V04 | 16:00 | Daniel Ryan | 3D evolution of solar flare via X-rays |
| C15 | 16:20 | Joel Allred | First Steps in Comprehensive Flare Modeling |
| C16 | 16:35 | Tingyu Gou | An intense long-duration confined flare observed by Hinode, IRIS, and SDO |
| C17 | 16:50 | Ivan Oparin | Does the tip of the cusp in candle-flame-shaped flares trace the bottom of the reconnection current sheet? |
| C18 | 17:05 | Kouhei Teraoka | Observational Comparison of Coronal Magnetic Field Parameters Between Confined and Eruptive Flares in the Similar MFR Configuration |
| C19 | 17:20 | Chunming Zhu | Genesis of a Confined X6.4 Flare in a Quadrupolar Magnetic Configuration |
| ID | Time | Presenter | Title |
|---|---|---|---|
| V05 | 08:30 | Karin Dissauer | Unveiling the uniqueness of solar flare precursors - do pre-event conditions of the upper solar atmosphere differ for flaring vs. non-flaring active regions? |
| C20 | 08:50 | Jonas Zbinden | Is the Mg II triplet emission a distinct flare precursor? |
| C21 | 09:05 | Lindsay Glesener | The First Solar Flare Rocket Campaign |
| V06 | 09:20 | Ryan Milligan | The Max Millennium Program of Solar Flare Research |
| C22 | 09:40 | Shane Maloney | Flare Forecasting and SolarMonitor 2 |
| C23 | 09:55 | Marianne Peterson | How Do We Know When to Launch? Statistical Basis for Sounding Rocket Flare Triggers |
| V07 | 11:00 | Jessie Duncan | Characterizing Hot Plasma in Solar Active Regions via HXR Differential Emission Measure Analysis |
| V08 | 11:20 | Teia Mihailescu | Plasma Composition and Wave Activity in a Solar Active Region |
| C24 | 11:40 | James McKevitt | Full Sun Spectral Analysis of Hinode/EIS data using Machine Learning |
| C25 | 11:55 | Andy S.H. To | Identifying Plasma Fractionation Processes in the Chromosphere Using IRIS |
| C26 | 12:10 | NATALIA ZAMBRANA PRADO | Connecting the Sun and the Heliosphere through the FIP effect |
| V09 | 13:30 | David Brooks | Spectroscopic Observations of Coronal Rain Formation and Evolution Following an X2 Solar Flare |
| C27 | 13:50 | Luke McMullan | DeepFiltering: Utilising the Power of Generative Networks to Produce Quality Images of Coronal Rain |
| C28 | 14:05 | Patrick Antolin | Cool and hot emission disambiguation in instrument passbands |
| C29 | 14:20 | Seray Sahin | From Chromospheric Evaporation to Coronal Rain: An Investigation of the Mass and Energy Cycle of a Flare |
| C30 | 14:35 | Dana Longcope | Characterizing Chromospheric Condensation with High-cadence Si~{\sc IV} Observations from IRIS |
| C31 | 14:50 | Ryan French | Spectroscopic Observations of Supra-Arcade Downflows (SADs) |
| ID | Time | Presenter | Title |
|---|---|---|---|
| V11 | 08:30 | Tomoko Kawate | Study on non-Maxwellian Electron Velocity Distribution in Laboratory Plasmas via high-resolution spectroscopy and spectropolarimetry |
| C36 | 08:50 | Meriem Alaoui | How much return current electric field mirroring occurs in solar flares? |
| C37 | 09:05 | Gordon Emslie | Evaluating the level of turbulence in the flaring transition region from IRIS spectral line observations |
| C38 | 09:20 | Mitsuo Oka | Evolution and effect of pre-existing non-thermal (PENT) particles in magnetic reconnection |
| C39 | 09:05 | Alberto Sainz Dalda | How significant is the role of turbulent motions in causing flares? |
| C40 | 09:50 | Jeongbhin Seo | Acceleration of Non-Thermal Electrons in Solar Flares |
| V12 | 11:00 | Lakshmi Pradeep Chitta | Multifaceted puzzles of the solar atmosphere in the era of high-resolution observations |
| C41 | 11:20 | Roy Smart | Inverting ESIS Observations of the Solar Transition Region using Convolutional Neural Networks |
| C42 | 11:35 | Will Barnes | How does the heating frequency on elemental strands change as a function of active region age? |
| C43 | 11:50 | Souvik Bose | Chromospheric and coronal heating in an active region plage by dissipation of currents from braiding |
| C44 | 12:05 | Alphonse Sterling | Solar Active Region Coronal Jets: Hidden-onset Jets |
| C45 | 13:30 | Ramada Sukarmadji | Nanojets as pointers to the flare energy release process |
| C46 | 13:45 | Kristopher Cooper | Detecting thermal and non-thermal emission in solar microflares using nested sampling |
| C47 | 14:00 | Hidetaka Kuniyoshi | Small-scale coronal EUV brightening produced by a magnetic tornado |
| C48 | 14:15 | Sanjiv Tiwari | Solar Orbiter/EUI Observations and a Bifrost MHD Simulation of Fine-scale Bright Dots in Emerging Flux Regions |
| C49 | 14:30 | Sam Krucker | Insights from Solar Orbiter |
| C50 | 14:45 | Michalina Litwicka | Investigation of co-temporal IRIS and SolO/STIX observations of the solar flare. |
| V13 | 16:00 | Haruhisa Iijima | Linking solar magneto-convection and interplanetary space in realistic MHD simulations |
| C51 | 16:20 | Minami Yoshida | Evolution of the open flux extended from the sunspot groups during solar maximum |
| C52 | 16:35 | Roger Scott | Simulation of Thermal Nonequilibrium Cycles in the Solar Wind |
| C53 | 16:20 | James Drake | Interchange magnetic reconnection as the driver of the fast |
| ID | Time | Presenter | Title |
|---|---|---|---|
| V14 | 08:30 | Hisashi Hayakawa | Archival Investigations for the Extremity of the Solar Eruptions in the Past: Case Studies |
| V15 | 08:50 | Ying Li | The White-light Flares Observed by ASO-S/LST/WST, CHASE, and IRIS |
| C54 | 09:10 | Harry Greatorex | Observational Analysis of Lyman-alpha Emission in Equivalent Magnitude Solar Flares |
| C55 | 09:25 | Pranjali Sharma | Statistical study to classify the occurrence of Balmer continuum enhancements in white light flares |
| C56 | 09:40 | De-Chao Song | Spectral Observations and Modeling of a Solar White-light Flare Observed by CHASE |
| C57 | 09:55 | Peter Young | The Temperature and Density of a Solar Flare Kernel Measured from Extreme Ultraviolet Lines of O IV |
| V16 | 11:00 | Daikou Shiota | Hinode observation of long-term variation of magnetic fields in the Sun |
| C58 | 11:20 | Nariaki Nitta | The Behavior of the Magnetic Field in Sun's High-latitude Regions |
| C59 | 11:35 | Kai Yang | A New Disambiguation Method Based on Physics-Informed Machine Learning |
| C60 | 11:50 | Tetsu Anan | Magnetic and electric field structures at the X point of an Ellerman bomb II |
| C61 | 12:05 | Harsh Mathur | Unraveling the stratification of the chromospheric magnetic field using the Hα line |
| V17 | 13:30 | Juraj Lorincik | High-cadence IRIS solar flare imaging and spectroscopy: recent advances and open questions |
| C62 | 13:50 | Spencer Riley | Identification of chromospheric dynamical signatures in solar flares with the Daniel K. Inouye Solar Telescope |
| C63 | 14:05 | William Ashfield | A Multi-wavelength Investigation of Quasi-periodic Pulsations an M4.2 Flare: Insights from High-Cadence and High-Resolution Observations |
| C64 | 14:20 | Sargam Mulay | Investigation of Quasi-periodic pulsations (QPPs) in solar flares |
| C65 | 14:35 | Yang Su | The early results of ASO-S/HXI |
| V18 | 16:00 | Noriyuki Narukage | Initial results of solar flare observing sounding rocket FOXSI-4 |
| C66 | 16:15 | Sabrina Savage | First Results from the Hi-C Flare Sounding Rocket Flight |
| C67 | 16:30 | Amir Caspi | The CubeSat Imaging X-ray Solar Spectrometer (CubIXSS): science and current status of implementation for a new mission to understand heating of coronal plasma |
| V19 | 16:45 | Hirohisa Hara | The SOLAR-C Mission: a progress report of the design and development |
| V20 | 17:00 | Gianna Cauzzi | The Daniel K. Inouye Solar Telescope: update and first results |
| V21 | 17:15 | Bart De Pontieu | Status of MUSE |
Invited talks are highlighted in light yellow.