Schedule
The IPM-2025 will be held in the Butcher Auditorium A115 in the Jennie Smoly Caruthers Biotechnology Building, 3415 Colorado Ave Boulder, CO 80303. Catered lunches and coffee breaks will be provided each day. Poster presentations will be held in the gallery space immediately outside room A115. A remote attendance option will also be available (free but registration required).
The abstract booklet is available on the conference Zenodo site. All talks are 15 minutes (including questions) unless otherwise specified.
Maximum poster dimensions are 38 inches high by 45 inches wide.
Monday
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8:30
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Welcome & logistics
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8:45 – 9:30
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Keynote presentation by Erica Montbach on the future of planetary science (45 min)
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9:30
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Lynn Carter: SESAR-LITE: A SmallSat P-band Orbital Radar for Lunar Science
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9:45
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David Stillman: Synthetic Pulse Artemis Radar for Crustal Imaging (SPARCI)
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10:00
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Nathaniel Putzig: New Radar Sounding is Needed at the Moon to Explore Volatiles, Volcanism, and Impact Structures
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10:15
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Paul Lucey: Orbital spectroscopic lidars for ice detection and terrain relative navigation
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10:30 – 11:00
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Break (30 min)
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11:00
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Maria Cristina De Sanctis: MOONIS: The Spectrometer on Rashid Rover
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11:15
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Isabel King: Lunar Capillary Absorption Spectrometer (LuCAS) for Isotopic and Abundance Analysis of Lunar Volatiles
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11:30
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Paul Hayne: The Lunar Compact Infrared Imaging System (L-CIRiS): Investigating the Moon‚ Äôs Polar Thermal Environments and Composition
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11:45
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Mauricio Ayllon Unzueta: A Non-Destructive 3D Elemental Imager Based on Active Neutron Interrogation for Lunar Missions
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12:00
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Jorge Núñez: The Advanced Multispectral Infrared Microimager (AMIM): Enabling Future In Situ Exploration of the Moon and Beyond at the Microscale.
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12:15
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Xu Wang: Studies of Electrostatic Dust Lofting and its Instrumentation for Lunar and Asteroid Missions
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12:30 – 13:30
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Lunch (1 hour)
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13:30
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F. Scott Anderson: The DIMPLE Payload for Ina, a Lunar Irregular Mare Patch
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13:45
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Payton Linton: Mapping Lunar Buried Ice and Subsurface Structure via the Cosmic Ray Lunar Soundar (CoRaLS).
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14:00
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Ryan Blase: LUnar Volatiles via Micro-Electro-Mechanical System Gas Chromatography (LUV MEMS GC)
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14:15
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A.J. Gemer: The Lunar Outpost Mobile Autonomous Prospecting Platform (MAPP) Rover Serves as a Lunar Scientific Instrument.
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14:30
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Frank Seelos: ELSSIE and Lunar LaSSIE – Stereo Spectral Imaging for Landed Planetary Exploration
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14:45
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Kristen John: Advancing Technology Development through the Lunar Surface Innovation Initiative.
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15:00 – 15:30
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Break (30 min)
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15:30
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Mitchell Haglund: How hot is hell? Temperature Sensors for the Venus Atmospheric Structure Investigation (VASI) on the DAVINCI Probe
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15:45
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Gary Hunter: Sensor System Development for Long-Lived Venus Surface Lander Applications
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16:00
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Iaroslav Iakubivskyi: Proof-of-Concept Instrumentation for Venus Cloud Collection and Analysis for Astrobiology Investigations
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16:15
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Abigail Newton: A Photodiode Radiometer Concept for Cloud Detection on Mars
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16:30
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John Moores: A Rapid, Low-Power Trace-Gas ICOS Spectrometer for Addressing Atmospheric Mysteries in Planetary Science
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16:45
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Hassanali Akbari: A Case for DC and AC Vector Electric Field Measurements at Unmagnetized Planets
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17:00
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Tibor Kremic: Seismometer for High-Temperature Planetary Environments.
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17:15
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Kyle Uckert: Scientific Results and Lessons Learned from 1,500 sols of Mars 2020 SHERLOC Operations
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Tuesday
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8:30 – 9:15
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Asteroid panel discussion with panellists Gianrico Filacchione, Daniel J. Scheeres, Simone Marchi, Isabel King, Daniella DellaGiustina (45 min total)
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9:15
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Michael Ravine: Small Imaging Systems for Asteroid Science
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9:30
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Gianrico Filacchione: MIST-A, the MWIR Imaging Spectrometer for Target-Asteroids onboard Emirates Mission to the Asteroid belt (EMA).
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9:45
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Isaac Saedi: Communication Subsystem for the Thumper Interior Asteroid Probe
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10:00
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Jacopo Villa: A Landmark-free Approach for Autonomous Shape Reconstruction of Asteroids using Visual Point Clouds
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10:15
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Kevin Walsh: Seismometer To Investigate Interior Asteroid Structure – SIIAS
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10:30 – 11:00
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Break (30 min)
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11:00
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Adam Woodson: KEVION: A New NASA Planetary Science Enabling Facility for Ion Irradiation, Sample Analysis, and Instrument Development at the University of Virginia
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11:15
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Ramsey Hourani: The Role of the Data Processing Units in Space Science Instrumentation
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11:30
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Andreas Riedo: In-Situ Organics Detection using Laser-based Mass Spectrometry
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11:45
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Gwendal Hénaff: 3DCAM: A compact ion/electron plasma camera with an instantaneous hemispheric field-of-view for planetary applications
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12:00
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Sean Peters: PANTHER – Airborne Passive Radar Sounding Using Radio Astronomical Sources
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12:15
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Dany Waller: Gradiometry For Next-Generation Planetary Science Missions
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12:30 – 13:30
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Lunch (1 hour)
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13:30 – 15:00
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Poster session 1: odd-numbered posters
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15:00 – 15:30
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Break (30 min)
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15:30 – 17:00
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Poster session 2: even-numbered posters
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Wednesday
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8:45 – 9:45
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Scene setting talks: Science drivers of the Uranus Orbiter and Probe
Interior: Hao Cao, 8:45 – 9:05
Magnetosphere: Carol Paty, 9:05 – 9:25
Moons & Rings: Matthew Hedman, 9:25 – 9:45
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9:45
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Dustin Buccino: Gravity Science Instrumentation for a Uranus Orbiter and Probe Mission
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10:00
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Alyssa Rhoden: Science drivers for ocean detection in icy moons via heat flow measurements.
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10:15
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Caroline Haslebacher: Optimizing the Uranus Orbiter and Probe Mission with a Prioritized Geological Target Database – An Initial Concept
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10:30 – 11:00
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Break (30 min)
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11:00
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Sierra Ferguson: Considerations for a Stereo Capable Camera On-Board the Uranus Flagship Mission
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11:15
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Aaron Brandis: Characterizing the Upper Atmosphere of Celestial Bodies Using EDL Instrumentation
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11:30
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Scot Rafkin: A Broadband, Hypertunable Laser Spectrometer for the Next Generation of Planetary Atmospheric Probes
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11:45
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Jared Schroeder: Strofio: A Versatile Neutral Mass Spectrometer for Future Small Body and Ice Giant Exploration
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12:00
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Hsiang-Wen (Sean) Hsu: The Science Case for a Dust Analyzer Instrument to Study the Uranus System
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12:15
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Robert Allen: Open Science Questions and Measurement Requirements for Energetic Particle Observations at Uranus
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12:30 – 13:30
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Lunch (1 hour)
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13:30
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Gwen Hanley: Space Sciences Laboratory Contributions to a Comprehensive Particle and Fields Suite for the Characterization of the Uranian Magnetosphere
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13:45
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George Hospodarsky: A Radio And Plasma Wave Instrument For Cross-Disciplinary Studies of the Uranian System
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14:00
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Sarah Vines: Development of the SWFO/SOL Magnetometer for Magnetic Field Measurements at Uranus
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14:15
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Isaac Narrett: Heritage Magnetometers for the Uranus Orbiter and Probe from the Technical University of Denmark
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14:30
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David Miles: Advances and New Capability in Fluxgate Magnetic Field Sensing
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14:45
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Werner Magnes: A Self-Calibrating Optical Vector Magnetometer.
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15:00 – 15:30
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Break (30 min)
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15:30
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Melissa G. Trainer: Development of the Dragonfly Mass Spectrometer (DraMS) for Titan
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15:45
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Ralph Lorenz: DraGMet: The Dragonfly Geophysics and Meteorology Package
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16:00
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Nicholas Seese: Electric Field Sensor on Dragonfly’s Titan Lander
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16:15
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Charles Parker: Energetic Particle Instrumentation for Planetary Missions at JHUAPL
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16:30
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Steven Levin: Microwave Radiometry of Ice Giant Planetary Systems
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16:45
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Sascha Kempf: The High Ice Flux Instrument (HIFI) Compositional Dust Analyzer
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17:00
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Elizabeth Turtle: The Europa Imaging System (EIS) Investigation on NASA’s Europa Clipper Mission
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17:15
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Thomas Greathouse: Juno UVS: Lessons Learned from Nine Years of Orbital Operations about Jupiter
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Posters
- Patrick Gasda: OrganiCam: A light-weight luminescence imager and spectrometer for planetary exploration
- Noah Martin: Optical Performance of OrganiCam, a Laser-Induced Luminescence Remote Instrument for Planetary Exploration
- William Brinckerhoff: Extraterrestrial Molecular Indicators of Life Investigation (EMILI): Development of Flight-Like Prototype
- Larry Sadwick: Venus Surface Transmitter
- Nicholas Jones: The Occultation Wave Limb Sounder
- Alejandro Soto: Laser Velocimetry and Nephelometry for Planetary Exploration.
- Khadija Al Shemeili: Science Payload of the Emirates Mission to the Asteroid Belt (EMA)
- Adhitya Sripennem: Passive Plasma Burst Detection and Inverse Localization System for Asteroid Surface Activity Monitoring
- Mool C. Gupta: Surface Enhanced Raman Spectroscopy for Planetary Materials Studies
- Mool C. Gupta: A Miniaturized, Multifunctional, Microscopic Organic/Inorganic Composition Analytical Probe for Planetary in situ Spectroscopy (MOCAPS)
- Chip Bollendonk: A Vacuum Ultraviolet Fourier Transform Spectrometer for Ultra-high Resolution Spectroscopy
- Majd Mayyasi: A High Spectral Resolution UV Spectrograph
- Rebecca Schindhelm: A High Dynamic Range Camera for Lunar Polar Science and Exploration
- Milena Markovich: A Lyman-Alpha VUV Camera for Water-Ice Prospecting within the Lunar Permanently Shadowed Regions (PSRs)
- James Rudd: Evolution of a Multiband Thermal Imager From LEO to the Lunar Surface
- Paul Lucey: Lunar HyTI: A Thermal Infrared Spectrometer Deployed On A Lunar Communication Satellite
- Ryan Petersburg: Diviner Lunar Radiometer Experiment Solar Channel Re-calibration
- Garrett West: High Resolution Imaging for Lunar Science and Exploration
- Benjamin Rotter: Compact Lidar Digitizing Receiver (CoLiDR) Benchtop Measurements: 64 channel Gigasample Per Second Time Domain Waveform Readout With the HDSoCv2 Digitizing ASIC
- Christian Tate: Hyperspectral Imaging for Planetary Surface Missions: A Linearly Variable Filter Rail as an Alternative to The Multispectral Filter Wheel
- Kevin Hubbard: Revealing the Secrets of the Moon with REBELS Deep Drill and Instrument Suite
- Hunter Williams: The Lunar Outpost Eagle LTV, the Mobile Lunar Science Laboratory of the Future to Facilitate Novel Lunar Science.
- Don George: Lunar Atmospheric Composition Experiment Two – LACE II
- Kristen John: Dust Mitigation Technology Development.
- Victoria Scarffe-Barrett: Data Quality Filtering on a Dust Analyzer: SUDA Autonomous Capability and Operations
- Angele Pontoni: Lunar dust tolerance testing of Micro-Channel Plates and Channel Electron Multipliers
- Hao Cao: L-MAG: a temperature-stabilized fluxgate magnetometer system for lunar surface observatories
- Maria Usanova: A Magneto-Optical Magnetometer for Solar System Exploration
- Cole J. Dorman: The CHIME Magnetometer: Enabling Comprehensive Self-Calibration Across Space Environments
- Leonardo Regoli: APL Vector Atomic Rubidium Magnetometer for Planetary Space Applications
- Michaela Ellmeier: Atomic scalar and vector magnetometers for space exploration
- Laila Andersson: Langmuir Probe – An Instrument For Understanding Ionospheres
- Jorge Romero-Minaya: Design of dual aperture relativistic electron telescope for CubeSats to measure particles in two opposite directions
- Tien Vo: Cross-calibration between electrostatic analyzers and solid-state detectors on the Magnetospheric Multiscale mission.
- Frederic Allegrini: Plasma Instruments for Uranus Orbiter and Probe: Lessons Learned and Current Capabilities from Southwest Research Institute
- Frederic Allegrini: A method to determine the time-dependent sensitivity of a top-hat electrostatic analyzer and detector for plasma electron measurements
- Justyna Sokół: Conversion Surfaces for Space Applications and Their Characterization at SwRI”
- Chris Moeckel: Enhancing the main mission with a CubeSat: Small Form Factor, Big Impact
- Kelly Miller: Time-of-Flight Mass Spectrometry (TOF-MS) Enhances Planetary Exploration
- Michael Chaffin: Spatial Heterodyne Spectroscopy: A Transformative Technique for Planetary Ultraviolet Instrumentation
- Tyler Eddy: TFIPS – A SWaP Efficient Time-of-Flight Plasma Spectrometer for Future Planetary Missions
- Rebecca Schindhelm: Considerations for infrared spectroscopy onboard the Uranus Orbiter and Probe
- Jeffrey Van Cleve: Uranus Probe Science Foreshadowing a 22nd Century 3He-d Fusion Economy
- Spencer Disque: Dragonfly Seismometer Winch and Tether
- Olivier Mousis: The Scientific Rationale for a Dedicated Saturn Probe Mission
- Kevin Baines: In-Situ Exploration of Uranian Hazes, Clouds, and Gases via the JPL GAMS Mass Spectrometer on the Uranus Probe
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