Today’s Solutions: December 07, 2025

A new breakthrough from scientists at Washington State University could soon cause the price of solar power to plunge well below the US Department of Energy’s 2030 cost targets for renewable energy way ahead of schedule. What the scientists have discovered is a new way to produce cadmium telluride, a key component in solar paneling.

The experiment involved using high-pressure argon gas, the third most prevalent gas in the earth’s atmosphere, to incorporate arsenic into the cadmium telluride, raising the material’s efficiency for solar power generation at a lower cost of production. How low? The scientists say the new process could cut the cost of producing cadmium telluride by 45 percent.

A wave of scientific breakthroughs, such as the one at Washington State and the development of new battery technologies, is causing green energy costs to plummet. According to green energy investment expert Elizabeth Levy, “there is no there is no reason to think their cost won’t continue to fall even farther below incumbent fossil-based 20th-century technologies.”

Solutions News Source Print this article
More of Today's Solutions

Don’t feed bread to ducks! Here’s what to serve instead

BY THE OPTIMIST DAILY EDITORIAL TEAM When venturing out into the Great Outdoors, it’s important never to feed the wildlife because they can become ...

Read More

Meet Sara Khadem, an international chess master fighting for freedom

In a world where conformity may squash ambitions, an Iranian chess champion, Sara Khadem, took a courageous step that echoed a cry for independence. ...

Read More

How a pioneering MRI ‘signature’ predicts dementia years before s...

In a major step toward predicting dementia before its debilitating symptoms appear, researchers revealed an MRI 'signature' that could act as a warning, pinpointing ...

Read More

The surprising human-like intelligence of the humble bee

In the wonderful world of bumblebees, a stunning discovery calls into question the idea that intelligence is entirely determined by brain size. These tiny ...

Read More