One year ago, in February 2008, Iran launched a sounding rocket into outer space to mark the opening of its first space centre. This rocket essentially belonged to the ‘category’ of instrument-carrying crafts. Such crafts are designed to take measurements and perform scientific experiments during their sub-orbital flight. Within a year, on 3 February 2009, Iran successfully launched its first domestically manufactured satellite "Omid" (Hope), which was carried into space by the home-built Safir-2 space rocket.
Recent media reports indicate that the Pentagon is planning to replace 30 per cent of its soldiers with robots by 2020. The employment of robots by the armed forces includes all unmanned platforms used for military related tasks. The use of robots in warfare offers a number of distinct advantages. Such means can provide lethal fire power in a responsive manner on any designated target. Robotic soldiers also eliminate concerns about human casualties in war which is a major concern of western countries.
As part of its peaceful rise strategy, China has made resolute investments in the field of science and technology. One major aspect of this technological quest has been its investments in space technologies. China's success in this field is remarkable and has brought glory to the nation. However, at the same time, the anti-satellite test (ASAT) undertaken by China, during January 2007, has raised the fears of the weaponization of space.
One important feature of China's outer space policy is to carry out cooperation with all countries. In the cooperation, China pays great attention to the rights and demands of developing countries in the high-technology area. With more actors in outer space, it is necessary and urgent to improve the existing legal system regulating the relations of countries and non-state actors. China's attitude to outer space activities is driven by both domestic and international elements. Development, defence, and technological innovation are the three major goals of China's outer space programmes.
For the last five decades artificial satellites are being used to perform diverse roles in astronomy, atmospheric studies and education. They have been found useful for reconnaissance, meteorology, navigation, communication and search & rescue.
On the afternoon of May 27, the people of Jamshedpur were caught unaware. They were exposed to a dense, pale green, pungent and poisonous gas, Chlorine. This gas had leaked from an unused cylinder lying in the Tata Motor’s water treatment plant for the past 10 years. By the next day, around 150 to 200 people had been hospitalised. The affected people also included company employees and their family members. So far no deaths have been reported.
India’s Space Programme has been contributing a lot towards bestowing ‘Soft Power’ status to the country over the last couple of years. The success of the PSLV-C9 mission on April 28, 2008 is the latest in this regard. In this mission, the Indian Space Research Organisation (ISRO) succeeded in placing ten satellites in space by using a single booster. This is a record given that till date no other country has put a cumulative weight of approximately 825 kilograms spread over ten different satellites in a single attempt into space.
Iran Enters the Space Arena
One year ago, in February 2008, Iran launched a sounding rocket into outer space to mark the opening of its first space centre. This rocket essentially belonged to the ‘category’ of instrument-carrying crafts. Such crafts are designed to take measurements and perform scientific experiments during their sub-orbital flight. Within a year, on 3 February 2009, Iran successfully launched its first domestically manufactured satellite "Omid" (Hope), which was carried into space by the home-built Safir-2 space rocket.