【推荐1】We set out to revolutionize fashion techwear —starting with the classic white dress shirt, made with heart and precision. Paying close attention to details, combined with high quality cotton fabric and latest hydrophobic nanotechnology (疏水纳米技术), results in nothing less than a masterpiece.

The nanotechnology works by modifying the fabric molecules (分子). The hydrophobic properties are locked into the weave of the fabric, which makes liquids bead-up and roll off the fabric surface. Our Fooxmet white shirt use 72% combed cotton and 28% Sorona fabric. Combed cotton is a kind of cotton that has been combed to make the thread stronger. Sorona is the fiber that defines softness, with a flexibility beyond limits.

Having a shirt made out of Fooxmet hydrophobic nanotech material means freedom in so many ways. Long gone will be the days when one had to be anxious about where they walked or what they drank. The material of Fooxmet white shirt will make it dirt resistant. The liquid that is resisted ca particles of dirt off with it, making it essentially self-cleaning. We use sustainable Sorona cotton fabric for perfect function and comfort balance. Although the material is liquid resistant, it is breathable. The wearer, therefore, wouldn’t have to worry about sweating when it is hot and focus on work, boosting productivity. Besides, whether you spin it, weave it or wear it, it doesn’t wrinkle. It doesn’t need to be ironed. Our white shirt returns to its original shape after being washed.

Simplicity and emptiness make the great universality, embracing the feelings and thoughts of all people. Our Japanese designers put precise attention to details with admirable d create the Fooxmet white shirt.

There are always risks to every kickstarter project, but we are confident to ensure our backers to receive Fooxmet on time. The material and technology itself have already been and tested. Currently we are done with modeling and mass production will start upon the success of We are confident to foresee and de-risk most of the difficulties faced in production.

【推荐2】With energy bills rocketing, and global temperatures teetering (岌岌可危), Deep Green, a small data centre startup, and Exmouth Leisure Centre have found a way to help each other.

Since the start of the pandemic, energy costs for a leisure swimming pool have reportedly tripled, leaving many centres with no choice but to close, according to Swim England. They claim that by March 2024, 40 percent of council areas could risk losing their swimming pools if nothing changes.

Similarly, data centres have had to raise their fees in order to cover the extra cost of cooling their equipment, making it impossible to offer a competitive rate.

While most normal data centres waste the heat that the computers generate, Deep Green has found a solution to benefit everybody. They have built a small data centre in Exmouth Leisure Centre, allowing the heat from the servers to heat the swimming pool.

This solution is free of charge, and Exmouth Leisure Centre is expecting to save around £20,000 a year. Because the data centres run 24 hours a day and are necessarily built with backup power systems, they make for excellent and consistent heat output.

“As the world moves, we need ten times the amount of computers and we cannot build ten times the amount of data centres,” said Bjornsgaard, manager of Deep Green. “So there is a need to decentralize (分散) them and take little bits of them to where the heat is required. Our ‘digital boilers’ put waste heat to good use, saving local businesses thousands of pounds on energy bills and reducing their carbon footprint.”

Deep Green isn’t the only company to come up with a neat solution to using waste-heat. In Paris, the Condorcet data centre is heating an onsite Climate Change Arboretum that studies which plants are most adaptable to global warming. Similarly, the Notre Dame Centre for Research Computing heats a local municipal greenhouse. So as Bjornsgaard says, this is just the start.

【推荐3】As a professor of architecture aiming at helping his students understand 3D geometry (几何), Ernő Rubik created a puzzle that would capture (激发) the imagination of generations to come — the Rubik’s cube. The Rubik’s cube, became one of the most popular toys in history, with more than 350 million sold to date.

In the first three years that the cube was licensed to an American company, it sold 100 million copies around the world. Rubik never imagined it would have that kind of appeal. “People tended not to buy difficult puzzles,” he explains.

But the Rubik’s cube, “made it really fashionable to have a puzzle”.

Today, Rubik continues to work as a professor and is a board member of the Rubik’s company. He is also a staunch (忠实的) advocate for STEM (science, technology, engineering, and mathematics) and arts education and encourages his own company and others to take the lead.

“I prefer to call it STEAM (science, technology, engineering, art, and mathematics)”, because I think art is an important part of education. The key is starting early, from elementary school, and continuing on and on,” he said.   “This small blue planet and its entire interdependent population depends on future generations learning these subjects.   I and my company have tried to help. We’ve introduced the ‘You CAN Do the Rubik’s Cube’ course to hundreds of schools across the United States and are expanding it elsewhere to help students to learn in an engaging, interactive, practical way.”

【推荐1】The crisis（危机）at Japan's Fukushima Dai-Ichi nuclear（核）energy center caused by the terrible earthquake has raised questions about the future of the nuclear energy industry. Arjun Makhijani is president of the Institute for Energy and Environmental Research in the United States. He says the disaster（灾难）in Japan is historic.

This week, the chairman of America's nuclear agency said there is little chance that harmful radiation（辐射）from Japan could reach the United States. Gregory also said America has a strong program in place to deal with earthquake threats. No new nuclear power centers have been built in the United States since 1979 That was when America's worst nuclear accident happened at the Three Mile Island center in percent of electricity in the United States comes from nuclear energy. At present, about twenty percent of electricity in the United States comes from nuclear energy.

German Chancellor Angela Merkel said Germany would close seven nuclear power centers while energy policy is reconsidered. The European Union is planning to test all centers in its twenty-seven member nations.

Developing nations are less willing to slow down the development of nuclear（nuclear expansion）China said it will continue with plans to build about twenty-five new nuclear reactors（反应堆）. And India under a cooperation agreement with the United States, plans to spend billions on new centers in the coming years.

Nuclear reactors supply fourteen percent of global electricity. Nuclear energy is a clean resource, producing no carbon gases. But radioactive waste is a serious problem to be solved unresolved issue. So is the presence of nuclear power centers in earthquake areas like the one near Bushehr, Iran.