Clean energy articles

solid-state maryland

A solid-state battery breakthrough may be taking shape in Maryland

Ion Storage Systems appears to be on the cusp of a battery transformation
Forward-looking: In a quiet corner of Beltsville, Maryland, a new chapter in battery technology is unfolding. Ion Storage Systems, a company that began as a university research project, has emerged as a leading contender in the race to commercialize solid-state batteries – a technology long promised but rarely delivered at scale.
fusion nif energy clean energy thermonuclear with video

Fusion breakthrough: NIF achieves 8.6 megajoules, shattering previous record

Latest experiments more than doubles fusion energy output
Forward-looking: While the path to practical fusion energy remains long, the recent advances at the National Ignition Facility have emboldened researchers. The facility's ongoing progress is a testament to decades of persistence – and a sign that the age of controlled fusion ignition is no longer a distant dream.
research clean energy nuclear laser futurology colorado sustainability

New $150M facility will fire 7-petawatt lasers to (hopefully) achieve nuclear fusion

Forward-looking: Fusion energy is often regarded as the holy grail of power generation because it harnesses the same atomic process that powers the sun. The concept involves forcing atomic nuclei to fuse together, unleashing immense energy. If scientists can crack the code using lasers, it could lead to a virtually limitless supply of safe, sustainable energy without any carbon emissions.
artificial plants environment clean energy photosynthesis artificial plant biosolar cell

Artificial plant purifies indoor air and doubles as a power source for small electronics

Big if True: Cyanobacteria were the first organisms on Earth to develop the ability to produce oxygen. Through photosynthesis, they convert light into chemical energy and oxygen. According to a team of US researchers, cyanobacteria could even serve as a powerful air filtration system when integrated into a new "artificial plant" concept.
researchers renewable energy solar panel breakthrough university of oxford solar cell

Breakthrough flexible solar panels are so thin they can be printed on any surface – even backpacks

A coating that's just 1 micron thick can be applied to almost any surface
Forward-looking: Oxford University researchers have developed a flexible perovskite material about 100 times thinner than a human hair that can generate solar electricity just as efficiently as traditional silicon panels. Unlike those rigid, single-purpose slabs, this material can coat just about any surface, such as cars, clothing, buildings, and even mobile devices.