SpaceX Prioritizes Moon Mission Before Mars as Starship Development Accelerates 
Extreme heat, flooding, wildfires – Colorado’s formerly incarcerated people on the hazards they faced behind bars 
Blue Origin New Glenn Explosion Could Delay Launch Operations Until 2028 
Asian Currencies Steady as Markets Await U.S. Jobs Data 
As the Black Summer megafires neared, people rallied to save wildlife and domestic animals. But it came at a real cost 
Australian Shares Fall as Westpac Slides, Miners Gain Ahead of RBA Decision 
NASA Resumes Cygnus XL Cargo Docking with Space Station After Software Fix 
Gold Prices Hold Near Seven-Week High as Markets Await U.S. Inflation Data 
Fertile land for growing vegetables is at risk — but a scientific discovery could turn the tide 
China Inflation Cools in July as CPI Misses Forecast, PPI Deflation Eases 
Tabletop particle accelerator could transform medicine and materials science 
Oil Prices Set for Steep Weekly Losses as Hormuz Deal Stalls 
Canada, US Hold Constructive Trade Talks as Tariff Negotiations Continue 
Lake beds are rich environmental records — studying them reveals much about a place’s history 
The Korea Institute of Machinery and Materials had developed a system that filters fine dust in the white smoke emitted from thermoelectric power plants and waste incinerating facilities through simultaneous cooling and absorption.
The condensable fine dust particles, which are emitted as gas at high temperatures, are turned into solid particles as they cool down.
The research team collected smoke of over 100 degrees Celsius, cooled it down to close to room temperature, turned the gas into a liquid, and filtered the moisture to eliminate the fine dust particles.
The research team used a simple cooling system to filter as many condensable fine dust particles as possible from the white smoke and then use additives to absorb the moisture.
The method allowed the research team to filter 70 percent of moisture and 80 percent of fine dust before spraying moisture absorbers one more time to dry off the water.
As a result, up to 85 percent of moisture and fine dust were filtered.
