News
Men's doubles shuttlers Ong Yew Sin-Teo Ee Yi continued their sensational run in the Japan Open by toppling China's top pair ...
It was a day when the professional men doubles shuttlers stole the show by toppling giants and turning the Japan Open into a stage for their resurgence.
10h
Malay Mail on MSNOng Yew Sin-Teo Ee Yi stun top Chinese duo to reach Japan Open semisOng Yew Sin and Teo Ee Yi have continued their impressive run at the Japan Open, securing a spot in the semi-finals with a ...
In the men’s doubles event, 15th-ranked Rankireddy and Shetty were handed a 22-24, 14-21 defeat by the World No. 5 Chinese ...
11hon MSN
Tokyo: Indian shuttlers continued to falter at the Japan Open with Lakshya Sen and the star men’s doubles duo of Satwiksairaj ...
10h
Free Malaysia Today on MSNGiant-killers Yew Sin-Ee Yi continue fine run to enter Japan Open semisThe Malaysians stun world No 6 pair Liang Wei Keng-Wang Chang of China in straight games in their quarter-final clash.
Indian shuttler Lakshya Sen and the men's doubles pair of Satwiksairaj Rankireddy-Chirag Shetty crashed out of the ongoing Japan Open 2025 badminton tournament after losing their pre-quarterfinal ...
14h
Free Malaysia Today on MSNWei Chong-Kai Wun edged out by Korean pair at Japan OpenWon Ho and Seung Jae will face either China’s Liang Wei Keng-Wang Chang or Malaysia’s Ong Yew Sin-Teo Ee Yi in tomorrow’s ...
National men’s top pair, Goh Sze Fei-Nur Izzuddin Rumsani, displayed tremendous fighting spirit over 59 minutes to defeat ...
23h
Space.com on MSNScientists extracted water and oxygen from moon dust using sunlight. Could it work on the lunar surface?Fortunately, the moon has plentiful water, although it is not automatically apparent. Brought to the moon by impacts of ...
22h
Discover Magazine on MSNWater Hidden Within Lunar Soil Could Make Life on the Moon Possible for AstronautsLearn about the technology that may help astronauts survive on the moon by extracting water from lunar soil and producing ...
A study published recently in Joule reveals that the technology can successfully extract water from soil samples and convert carbon dioxide into oxygen and fuel chemicals.
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