Bangladeshi kids among top contenders in YouTube Space Lab contest
Bangladeshi students are among the 60 finalists in a global science competition, 'YouTube Space Lab', and if they win, experiments they have designed will be conducted in space with the help of NASA, ESA and JAXA.
"YouTube Space Lab received thousands of video submissions from more than 80 countries. The US led with 10 finalists, followed by India with nine," a joint statement by the organisers announcing the names of the 60 finalists said.
The contest was organised by YouTube, Lenovo and private civilian space flight firm Space Adventures in collaboration with the space agencies.
Experiments designed by the winner will be conducted in space with help of space agencies like National Aeronautics and Space Administration (NASA), the European Space Agency (ESA) and the Japan Aerospace Exploration Agency (JAXA).
Space Lab invited budding scientists in two age groups -- 14-16 years and 17-18 years -- to submit a YouTube video describing their experiment, either alone or in groups of up to three.
Approximately 40 per cent of the entries came from India, followed by the US with 15 per cent, the statement said.
Other countries in the Top 10 list of the number of entries are the UK, Russia, Israel, Canada, Spain, Italy, Poland and Japan, it added.
Seventy-eight per cent of the entries came from students between the age group of 14 to 16 years and the rest from 17 to 18-year-olds.
Six regional winners will be announced in February, who will gather in Washington, DC, in March to experience a ZERO-G (zero gravity) flight. They will also be given a Lenovo IdeaPad laptop, the statement said.
The global winners, two teams from each age group, will be announced in March.
If you want to vote for Our Bangladeshi boys Nasir Uddin with his assistant AKM Shoaibul Islam visit this link:goo.gl/NxHCW
I really didn't get the purpose of the experiment. The law of conservation of momentum and energy should apply in outer space just like it does in earth. They will strike and bounce away from each other with the equal but opposite velocities.