The preliminary evaluation of “Flying into the Future----Space Exploration Innovation Contest 2006-2007 in Asia”was completed. After one month’ evaluation, 20 ones from 54 works were selected as the final entries.
Total 54 works were delivered to the contest office. China collected 89 works and delivered 44 works, Japan delivered 4 works, India delivered 4 works and Singapore delivered 2 works. These works were evaluated blindly according to 4 standards: novelty and originality, in-depth research and technical feasibility, anticipated economic and social benefits, and commercial value and investment appealing.
17 works from China, 2 works from Japan and 1 work from India were selected as the final entries to compete for the 1st Prize, 2nd Prize, 3rd Prize and The Heinlein Prize for Creative Innovation.
The evaluation committee is comprised of 12 space experts from China, Japan, Korea, Singapore, India, Israel, China Taiwan and China Hongkong.
|First Author||Nationality||Organization||Title of Contest Work|
|Guo Zongshuai||China||Nanchang Institute of Technology||A New-Typed Aerospace Propulsion Technology—the Laser and Plasma Combined Propulsion System|
|Zhao Shuzhen||China||Nanchang Institute of Technology||A New-Typed Vehicle, Substitute for Traditional Aerospace Plane—“Yu Chen” Aerospace Craft|
|Du Zhenyong||China||Harbin Institute of Technology||An Investigate of the Spiral Wheels’ Application in the Lunar|
|Guo Zhongquan||China||National University of Defense Technology||Bright prospects of The Space Health Care Center|
|Wang Benxi||China||Beijing Institute of Technology||Design of Inflatable and Deployable Space Reflecting Concentrator|
|KudohYusuke||Japan||University of Tsukuba||eXperimental Micro solid fuel Rocket High Cost-performance PVC Rocket|
|Hu Lingxin||China||Nanjing University of Aeronautics and Astronautics||The Express Aerospace Shuttle|
|Zeng Jie||China||University of Science and Technology of China||Feasibility Analysis and Design of New Method on Orientation in Space Using Photoelectric Nanodevices|
|Tirtha Pratim Das||India||Indian Space Research Organization||Futuristic Quantum Technologies for Amazing Space Transportation Systems: The Quantum Space Vehicle (QSV)|
|Gu Zhenfang||China||Northwestern Polytechnical University||Luna Surface Rock Sampling Vehicle|
|You Xiangrong||China||Northwestern Polytechnical University||Multi-function Space Chair|
|Shi Jiehua||China||Nanjing University of Aeronautics and Astronautics||New aerospace system Based on space data system and wireless sensor network|
|Fang Lu||China||University of Science and Technology of China||‘Paste-like’ Junk Collector|
|Song Jifeng||China||University of Science and Technology of China||Self-rescuing & Self-service Manipulator on Planetary Rover|
|Wei Cheng||China||Harbin Institute of Technology||Space Insects|
|Lu Qisheng||China||Northwestern Polytechnical University||Space Internet|
|Liu Zhen||China||Northwestern Polytechnical University||The Evaluation of Hollow Cathode Discharge modes on Electric Propulsion System|
|Junko Matsuyama||Japan||Kanagawa Advanced Technology Institute||The Evaluation of Hollow Cathode Discharge modes on Electric Propulsion System|
|Shi Yongkang||China||Harbin Institute of Technology||The New Concept Flying Saucer Carrying People and its Evolving Emulation Validation|
|Cao Xinghui||China||Harbin Institute of Technology||“Terminator” to Space Debris|