rootbrowseIAC-22C4session 99. New Missions Enabled by New Propulsion Technology and SystemsPapers1. Platform and system design study of a VLEO satellite platform using the IRS RF Helicon-based Plasma Thruster2. Design of Hovering Sounding Rocket using Gel Propulsion Technology3. A New Paradigm for Enabling Planetary Class Missions on NASA MIDEX Budgets4. Solar sail-based deep space transfers using V-infinity leveraging maneuvers5. nuclear powered air-breathing electric thrusters propulsion system developed for space exploration vehicles6. Propulsion with a solar sail attached to a superconducting current loop7. High-Inclination Solar Orbiter enabled by Sail-Augmented Electric Propulsion8. IANUS: an overview on the development and testing of Milani mission propulsion system9. Enabling interplanetary exploration for CubeSats with a fully chemical propulsion system10. Optimization of interplanetary trajectory for direct fusion drive spacecraft11. LASER BEAM BRIGHTNESS AND FOCAL LENGTH VARIATIONS AS KEY PARAMETERS IN ACHIEVING LOW IGNITION ENERGY OVER INCREASING DISTANCES WITH LOW IGNITION TIMES AND HIGH COMBUSTION TEMPERATURES