>
The Pentagon Failed Its Audit Again. You Should Be Alarmed.
Cuban Crisis 2.0. What if 'Gerans' flew from Cuba?
Senate Democrats Offer Promising Ideas for Changing Immigration Enforcement
Never Seen Risk Like This Before in My Career
Critical Linux Warning: 800,000 Devices Are EXPOSED
'Brave New World': IVF Company's Eugenics Tool Lets Couples Pick 'Best' Baby, Di
The smartphone just fired a warning shot at the camera industry.
A revolutionary breakthrough in dental science is changing how we fight tooth decay
Docan Energy "Panda": 32kWh for $2,530!
Rugged phone with multi-day battery life doubles as a 1080p projector
4 Sisters Invent Electric Tractor with Mom and Dad and it's Selling in 5 Countries
Lab–grown LIFE takes a major step forward – as scientists use AI to create a virus never seen be
New Electric 'Donut Motor' Makes 856 HP but Weighs Just 88 Pounds
Donut Lab Says It Cracked Solid-State Batteries. Experts Have Questions.

The scale-up and the advancements that have been happening in the last couple of years are really quite incredible. In terms of how close we are to industrial impact—they believe it could happen in 5 to 10 years.
In a forward-looking Perspective, they discuss the current state of technology and the economics of electrocatalytic transformation of CO2 into various chemical fuels. Their analysis finds that short-chain simple building-block molecules currently present the most economically compelling targets. Making an optimistic prediction of technology advancement in the future, we propose the gradual rise of photocatalytic, CO2 polymerization, biohybrid, and molecular machine technologies to augment and enhance already practical electrocatalytic CO2 conversion methods.