The artificial leaf was a vision for moving beyond fossil fuels. Researchers have since run into obstacles, but continue to push the field forward.

Scientists are repurposing their research about bacteria-powered biobatteries into a new idea for artificial plants that can feed off carbon dioxide, give off oxygen and even generate a little power.

Significantly, when these leaves are connected in series within the artificial plant structure, the system produces an OCV of ...

Want to add some greenery to your home, but don’t want all the fuss of keeping a real plant alive? These lifelike artificial plants are a great compromise. If you’re a fan of the indoor jungle ...

In an effort to one-up nature, engineers have created an artificial plant that captures carbon dioxide ten times more ...

Durable & Long-Lasting: Made with high-quality materials to ensure the plant retains its beauty over time. Realistic ...

In 2015, however, continued improvements led to the ‘artificial leaf’, a one square centimetre electrode device that achieved a ηSTC of 4.6%, exceeding that of typical plants. Kato’s team ...

Researchers at Binghamton University have developed innovative artificial plants that purify indoor air while generating clean energy.<br /><br /> ...

Leaves, essential for photosynthesis and other physiological functions, exhibit diverse shapes that help plants adapt to ...

The team set out with one goal – to find ways to reuse carbon dioxide in a sustainable way, achieved through the design of an artificial plant. In nature, plants feed themselves using photosynthesis, ...

Researchers have made significant progress in the field of artificial intelligence ... learning in tropical leaf disease detection: advantages and applications, Tropical Plants (2024).