林梧桐于1964年创立云顶(官方网站:http://www.genting.com.my/),在2007年3月的《福布斯》全球富豪排行榜中位列第204位,马来西亚富豪榜的第三位,坐拥43亿美元(马币146亿元)的财富。与何鸿桑、叶汉及田乐园成为「亚洲四大赌王」。
2006
2007:http://www.forbes.com/lists/2007/10/07billionaires_Lim-Goh-Tong-family_BZLF.html
This program was officially announced by the former Prime Minister of Malaysia, Dr. Mahathir Mohamad as a joint programme with the Russian Federation. It is a project under the government-to-government offset agreement through the purchase of Sukhoi SU-30MKM fighter jets for the Royal Malaysian Air Force.
Under this agreement the Russian Federation will bear the cost of training of two Malaysians and to send one to the International Space Station (ISS) in October 2007.
The Malaysian National Space Agency (ANGKASA), Ministry of Science, Technologies and Innovations was given the responsibility of commissioning the process of selecting the participants. Two of the four selected participants were sent to the Astronaut Training Programme in Star City, Russia for 18 months of training.
# | Experiment | Code | Description |
---|---|---|---|
1 | Cells in Space | CIS | Study of the effects of microgravity and space radiation on eukaryotic cells focusing on changes in the structure and function at the cellular and molecular levels |
2 | Microbes in Space | MIS | Study of the effects of microgravity on motility of bacteria, drug resistances as well as changes in gene expression (using the microarray approach). Expect to show some effects of bacterial growth using a pre-determined minimum inhibitory concentration (MIC). |
3 | Protein Crystallisation in Space | PCS | The purpose of this experiment is to compare the crystal growth of lipases on Earth with that grown in microgravity. Several test conditions will also be tested to improve the protein crystallisation process on Earth as well as in space. |
4 | Malaysian Food in Space | FIS | Increase the variety and quality of food available to space travelers by identifying new food items (specifically typical Malaysian dishes) that are appropriate for consumption during space flight. |
5 | Study of spinning motions in microgravity environment | TOP | A physics demonstration to show the effect of microgravity on the motions of spinning object using a top. |
6 | PR and Symbolics | PAS | PR and Symbolics activities. |
On November 15, 2006, in a response to a question in the Dewan Rakyat, Agriculture and Agro-based Industry Ministry parliamentary secretary Datuk Rohani Abdul Karim (representing the Science, Technology and Innovation Ministry) stated that the Malaysian astronaut would, "spin top and toss Batu Seremban (five-stone game) as part of an experiment during his space travel". She added, "The astronaut will also paint a batik motif and make "teh tarik" ("pulled" tea) which would be shared with his fellow astronauts."[4].
However, on December 18, 2006, Science, Technology and Innovation Minister Datuk Seri Dr Jamaluddin Jarjis said that making teh-tarik in space would not happen. Various experiments drawn up by selected Malaysian institutes would be carried out by the Malaysian astronaut while in zero-gravity. In the planned physics education (live class in space) portion of the spaceflight, the astronaut will also be, "demonstrating the behavior of fluids" and "observing the effects of a spinning object", to show Malaysian students on the ground the effects of zero-gravity on selected physical phenomena.[5]
The cost of sending a single Malaysian into space has been estimated at RM $95 million (approximately USD $26 million). The entire Malaysian space program has been severely criticized as a severe waste of money for a developing nation that could ill afford such indulgences by an Australian commentator who suggested that Malaysia would basically be using foreign space programs as a "taxi service" to transport its angkasawan, gaining nothing of merit.