session 1
Innovative Concepts and Technologies
- type
oral
- Description
1) In order to realize future, programs of space exploration and resource utilization, a focused suite of transformational new system concepts and enabling technologies must be developed during the coming decades. The technical objectives to be pursued should be drawn from a broad, forward-looking view of the technologies and system needed, but must be sufficiently focused, to allow tangible progression and dramatic improvements over current capabilities. 2) Ideally, the concepts should be presented in three categories: 1. Concepts which represent a significant advance, but require laboratory advancement, and 2. Concepts which have been demonstrated to some level in the laboratory, but require demonstration to validate their utility, and 3. Concepts which identify cross-cutting advances which, when combined can be successfully developed to support transformational new system concept. Papers are solicited in these and related areas
- Date
2022-09-18
- Time
- Room
- IPC members
Co-Chair: Ms. Bernadette Joy Detera, Moon Village Association (MVA), Japan;
Co-Chair: Mr. Timothy Cichan, Lockheed Martin Corporation, United States;
Rapporteur: Prof. Xiaowei WANG, China Academy of Launch Vehicle Technology (CALT), China;
Order | Time | Paper title | Mode | Presentation status | Speaker | Affiliation | Country |
---|---|---|---|---|---|---|---|
1 | 15:15 | 12 | confirmed | Dr. Peter C.E. Roberts | The University of Manchester | United Kingdom | |
2 | 15:27 | Colmena micro-rovers for lunar exploration: a proof of concept | 12 | confirmed | Prof.Dr. Gustavo Medina Tanco | Universidad Nacional Autónoma de México (UNAM) | Mexico |
3 | 15:39 | Using an Artsimovich railgun (relsotron) for payload delivery from the Moon | 10 | withdrawn | Prof. M.V. Sazhin | Sternberg Astronomical Institute of Moscow Lomonosov State University | Russian Federation |
4 | 15:49 | 12 | withdrawn | Mr. Hussain Bokhari | Space Forward Lab | Sweden | |
5 | 16:01 | Potential of low-temperature plasma in gamma-ray shielding in the antimatter propulsion system | 12 | confirmed | Mr. Prince Kumar | India | |
6 | 16:13 | 10 | confirmed | Dr. Krishna Kumar | Ryerson University | Canada | |
7 | 16:23 | 12 | confirmed | Ms. Anumadhubala Rajakumari | ASTROPHYSICAST | India | |
8 | 16:35 | Design and development of multi-maneuvering satellite system for gas planets and their moons | 12 | confirmed | Mr. Sumedh Deshpande | Spaceonova | India |
9 | 16:47 | Analysis and optimization of a network of orbital stations for momentum exchange transfers | 12 | confirmed | Mr. Juan José García Ortiz | University Carlos III of Madrid | Spain |
10 | 16:59 | ASTRAX Solar System Economic Bloc Concept using NFT and Metaverse Technologies | 10 | confirmed | Mr. Taichi Yamazaki | ASTRAX, Inc. | Japan |
11 | 17:09 | 10 | confirmed | Mr. Marcelo Boldt | DLR (German Aerospace Center) | Germany | |
12 | 17:19 | Advancements in laser propulsion for relativistic lightsail missions | 10 | confirmed | Mr. Wesley Green | Breakthrough Initiatives | United States |
13 | 17:29 | Utilizing Integrated Systems to Upgrade Humanoids for use in Space | 10 | confirmed | Mr. Rohan Gharate | India | |
– | 10 | withdrawn | Mr. Zachary Burkhardt | Orbit Fab Ltd | United States | ||
– | 12 | withdrawn | Prof. James Nabity | University of Colorado Boulder | United States |