Blue Origin New Glenn Rocket Explodes During Launch Pad Test, Delaying Space Ambitions 
Oil Prices Slide as U.S.-Iran Deal and Hormuz Reopening Ease Supply Concerns 
The UK is surprisingly short of water – but more reservoirs aren’t the answer 
FDA Adds Fatal Risk Warning to J&J and Legend Biotech’s Carvykti Cancer Therapy 
Australia Eases Capital Gains Tax Reforms to Support Small Businesses and Startups 
Jared Isaacman Confirmed as NASA Administrator, Becomes 15th Leader of U.S. Space Agency 
As the Black Summer megafires neared, people rallied to save wildlife and domestic animals. But it came at a real cost 
Extreme heat, flooding, wildfires – Colorado’s formerly incarcerated people on the hazards they faced behind bars 
Canada, British Columbia Launch $5 Billion Infrastructure Partnership to Boost Housing, Transit, and Healthcare 
GesiaPlatform Launches Carbon-Neutral Lifestyle App ‘Net Zero Heroes’ 
Gold Prices Slide as Hawkish Fed and Strong Dollar Weigh on Bullion 
We combed through old botanical surveys to track how plants on Australia’s islands are changing 
SpaceX Pivots Toward Moon City as Musk Reframes Long-Term Space Vision 
A South Korean research team has developed a catalyst and processing technology that converts carbon dioxide (CO2) into carbon monoxide (CO), an industrial gas.
Carbon monoxide is used in metal fabrication, electronics, and in the production of acids, ester, alcohol, metal carbonyls, and pharmaceuticals.
The joint research team from the Korea Institute of Science and Technology and Seoul National University developed a nickel monoatomic catalyst as the metal works more efficiently if developed to a monoatomic form,
By using the nickel monoatomic catalyst, a transformative reaction is made available even in a gas state.
Under the existing method, a high purity carbon dioxide gas is used as a reaction material, thereby limiting the scope of applications in industrial areas.
Also, carbon monoxide is generated by melting carbon dioxide in the water and subjecting it to an electrochemical reaction.
The research team discovered that carbon monoxide production can be increased up to 93 percent even with carbon dioxide at a low concentration of 10 percent of the exhaust gas level.
