Will it matter if you don't take your breakfast? A short time ago, a test was given in the United States. People of different ages, from 12 to 83, were asked to have a test. During the test, these people were given all kinds of breakfast, and sometimes they got no breakfast at all. Scientists wanted to see how well their bodies worked when they had eaten different kinds of breakfast.

    The results show that if a person eats a right breakfast, he or she will work better than if he or she has no breakfast. If a student has fruit, eggs, bread and milk before going to school, he or she will learn more quickly and listen more carefully in class. The result is opposite to what some people think. Having no breakfast will not help you lose weight. This is because people become so hungry at noon that they eat too much for lunch. They will gain weight instead of losing it. You will lose more weight if you reduce your other meals.

    Two hundred years ago the English poet William Wordsworth wrote "I wander'd Lonely as a Cloud", a poem that expresses a basic spirit of early English Romanticism.

    What makes this poem an example of Romantic thinking? It isn't just that Wordsworth chooses to write about natural scene：it is the way he describes the scene as if it had human emotions. For him, nature is not only a neutral (无感情色彩的) mixture of scenery, colours, plants, rocks, soil, water and air. It is a living force that feels joy and sadness, shares human pain and even tries to educate us human beings by showing us the beauty of life.

    Wordsworth's home, Dove Cottage, is now one of the most popular destinations in the Lake District. You can go on a tour of the garden which William planted with wild flowers and which survived in his backyard even after they disappeared from the area "He always said that if he hadn't been a poet, he would have been a wonderful scenery gardener," says Allan King of the Wordsworth Trust.

    The place near Ullswater, where Wordsworth saw the daffodils(水仙花), is at the southernmost end of the lake. The lake is wide and calm at this turning point. There's a bay where the trees have had their soil eroded(侵蚀)by lake water so that their roots are shockingly exposed. You walk along from tree to tree, hardly daring to breathe, because you are walking in the footprints of William from two centuries ago. The first group of daffodils appear, but they aren't tall yellow trumpets(小号状的花)proudly swinging in the gentle wind. They're tiny wild daffodils, most of them still green and unopened, in groups of six or seven. They're grouped around individual trees rather than collecting together.

    But as you look north, from beside a huge ancient oak, you realize this is what delighted Wordsworth: group after group of the things, spread out to left and right but coming together in your sight so that they form a beautiful, pale-yellow carpet. What you're seeing at last is nature transformed by human sight and imagination.

    While the U.S. is still debating about getting rid of the penny, Sweden is rapidly moving towards abolishing currency (货币) altogether. Though this may sound radical(过激的), it is a natural evolution in this digital society.

    Sweden, which was the first European country to introduce banknotes in 1661, has just been working harder to convince its residents that digital payments are a safer alternative to carrying cash.

    Over the years, the idea has gained popularity with residents, especially the younger generation that is much more comfortable with technology. Today many banks don't even have ATMs and some have stopped handling cash altogether!

    Tickets to ride public buses in most Swedish cities can only be purchased via cell phones. Numerous businesses are also moving towards accepting only digital payments. Even the homeless that sell street paper to make ends meet have to start accepting this mode of payment!

    But despite its growing popularity, some people don't like this radical idea. They include the homeless, elderly people as well as those living in rural areas who are still uncomfortable with mobile phones and computers. But the officials are confident that in the very near future, they will be able to convince everyone to move this safe and more cost-effective payment system.

    Sweden is not the only country trying to abolish paper currency and coins. The movement is rapidly gaining ground in Denmark and Finland as well. In 2014, Israel announced a three-step plan to go cashless and just last week the vendors(小贩)of a popular street in Sydney declared they would stop accepting currency from customers. Whether this phenomenon spreads remains to be seen. But one thing is for sure—With increasingly advanced payment systems being introduced every day, pulling out cash is rapidly becoming "uncool".

    Studying the DNA of 300 mice has flagged up genes which have been linked to hereditary (遗传的) sight loss for the first time. Researchers say because mice's genes are so similar to humans', their findings could lead to the treatment of more genetic diseases.

    Scientists at the University of California, Davis studied information from a data bank of mice's genetic material. They found 347 genes linked to eye problems, with just 86 of them having been studied in the past.

    Only around 50 to 75 percent of hereditary eye diseases in human can be explained with present science. The researchers believe these hundreds of new genes found in mice could be a key to explaining-and therefore being able to treat the other 25-50 percent.

    "This is extremely valuable for people with hereditary eye disease," said researcher Professor Ala Moshiri. "All researchers are going to start using these data. In the past, we knew the problem was there but we didn't know where to look. Now eye centers can call back patients and screen them for these new genes. We expected that more and more of these genetic diseases will be treatable." Also, the fact is that more than 60 percent of eye problems at birth are ones resulting from the baby's parents!

    Thanks to data from the International Mouse Phenotyping Consortium (IMPC), which is trying to work out what every single gene in a mouse is responsible for, with the aim of translating it to humans, scientists are moving closer to figuring out all genetic causes of blindness. To do this, scientists separate a single gene from other ones at a time and then observe what effect it has on the mouse for a long time. This has so far been done more than 7,000 times and has achieved great success. Researchers are now working alongside eye care centers in Texas and Iowa in order to compare the mice's genes to those of patients.

Take one step closer to the lights on Broadway－build essential theater skills and start carving out your own creative professional path

Immersing themselves in the amazing, unparalleled New York theater scene, students will explore and analyze the craft, including creating an original piece and meeting professionals in the field. Throughout the term, students will use both classroom work and site visits around the downtown to examine and complete the creative process of taking an initial idea to production, gaining technical expertise (专业知识) and fluency in theater.

Students will also explore different areas of professional skill development, including playwriting structure and techniques, acting methods that help bring a play to life, scene structure. The course is open to all students－from those who are curious about the field but have no prior experience to those who already have one (or more!) plays, waiting to be developed.

Course Highlights

● Complete a hands-on experience in playwriting, acting and production, learning about the real processes the industry uses to create theater productions.

● Brainstorm, develop a concept, write and workshop a draft of a short play or scene, and bring it to stage with input and feedback from instructors and peers.

● Get a close-up view of the often-opaque (不透明的) business of theater, focusing on impacts to the profession brought about by social movements and current events.

Tuition*

● Residential Program (Students live in dorm-like facilities in the center of the city): $6,845

● Day Program (Students commute to class every day and do not receive accommodation and board): $5,560

(We encourage graduating seniors to apply before June 21, 2024 for a $425 discount on tuition.)

Term Date: July 21－Aug 2, 2024

Application Deadline: Friday, July 12, 2024

Contact Admission: info@nytedu.com

*We believe financial circumstances should not prevent someone from joining our program. Explore financial aid and scholarships.Learn More

Robots have long been drawing inspiration from animals, with the creation of robot dogs or snake-shaped robots. And yet, the field of robotics is far less enthusiastic about the other kind of living things—plants. Barbara Mazzolai, an Italian roboticist owes this to a misconception about plant behavior: that they cannot move or think. "It's not true at all, " she says. To challenge this view, Dr Mazzolai and her team recently launched a machine called "FiloBot", a robot based on a climbing species. 

To survive, a climbing plant must switch between several different behaviors. In forest environments, it must first grow out of the soil and travel along the ground in search of a support to hold onto, such as a nearby tree. Once a support is located, though, the plant fixes itself around the object and then growing towards the light. To choose the best angle to grow upwards, a climbing plant uses its shoots(芽) to receive information about light and gravity. 

FiloBot has sensors on its main shoot. It can 3D-print its body with plastic and grow at a controllable rate. These functions, researchers found, enabled FiloBot to cross gaps, and find things to attach to. The lack of heavy on-board computing device means that it is light and requires minimal care, while its slow pace means that it doesn't disturb things around it, making it possible to move through a complex, unseen environment, or monitoring disaster sites. 

For now, FiloBot is still being tested. Its tendrils(卷须) have not left the laboratory. Still, it has already been employed in deconstructing plant behaviour. For example, it was long assumed that climbing plants find their supports by growing towards shade, though the exact mechanism was unclear. FiloBot could imitate this behaviour by detecting far-red light, which is typical of shaded areas, providing clues to how plants do it. 

Dr Mazzolai hopes that such projects will inspire other roboticists to take their cues from plants and develop completely new technologies.