Their findings suggest that nearly 45% of the injected carbon dioxide is successfully stored in the material, potentially lowering the overall emissions from cement manufacturing. If widely adopted, this innovation could play a crucial role in making the construction industry more sustainable and reducing the carbon footprint of urban development.

This discovery is significant because HR8799 is a relatively young system, at only about 30 million years old. This means the system gives off a lot of infrared light, providing researchers with a perfect example of planetary formation in action. The infrared light allows scientists to study the planets' atmospheres in detail, explaining their chemical composition and the processes that shaped them.

An innovation of TRON 1 is its modular design, it allows for the robot to jump, squat, and turn while adapting to different terrains in different modes. For robotics it is an important tool in studying capabilities of multi-modular robots.

This discovery not only sets a new standard for superelastic materials but also introduces new principles for material design, which will undoubtedly inspire further breakthroughs in materials science

Toyota, has started production of its new 3rd generation fuel cell system which allows for two times durability and will add 20% of cruising range. Another advantage of this system is it will be cheaper than the previous one. This was achieved through innovations in its design and manufacturing process, and the system will be out in 2026