NFT platform Recur shuts down less than 2 years after $50M financing round

The Apple Watch news keeps getting worse and weirder.

The SunScout Pro harnesses the sun’s power through its stacked solar panels that deploy to ensure quick and efficient charging.aims to be at the forefront of this race with its autonomous robot lawn mower fully powered by the sun.

SunScout Pro- robot lawn mower with its panels spreadSunScout What happens when an envious neighbor decides they could do better with your SunScout Pro? The company has you covered.the SunScout Pro does not require perimeter wires to set areas that need mowing; the company instead provides a user-friendly and interactive app using which the user can mark mowing areas. The company promises significant cost savings over traditional gasoline lawn mowers and assures customers a recoup of investment in 4 to 6 years based on gasoline cost savings alone.

The modern quest to automate everything leveraging connected technology has seen the likes of robot vacuum cleaners and other smart-home devices flourishhas bagged the rights to design and build the world’s first “near-zero” emissions gas-powered plant in Texas.

Such an approach can help in meeting energy demand using fossil fuels until a time when bottlenecks in renewable energy generation and storage are solved and zero-carbon technologies are ready to power the grid 24/7.

The “near-zero” emission gas-powered plant is also among its patented technology for clean power generation.The researchers proceeded to embed their artificial leaf system within the leaves of a living oleander plant.

Harvesting energy from rainWe have witnessed artificial leaves that use a similar technique to create electricity from wind.Researchers in Italy have engineered an artificial leaf that can be embedded within plants to create electricity from raindrops or wind.

the researchers are working on improving the performance of their artificial leaf through design modifications such as the shapes of the electrodes and the materials chosen.This shows that environment-responsive biohybrid technologies can be tailored to produce electricity in challenging settings.