Football, to me, is more than just a game. I have probably learned more valuable lessons from it than from school.

    When I joined the team freshman year, I didn't realize what I was getting into. Even though I had been playing since fourth grade and knew it was hard work, nothing would prepare me for the effort I would put into football that year. We worked all summer in the weight room and ran on the track to get in physical and mental shape before the season.

    See, football is more of a mental sport than anything else, so running on the track wasn't only about getting in shape, we would push our minds by running as hard as we could even if we were going to pass out. At the beginning, I was immature（幼稚）and only thought of myself, sometimes even gave up when I was tired or hurt. Then after the third game I had a season-ending injury. Imagine working all summer and then only being able to play three games! I needed surgery（外科手术）on my arm and at least five months to recover.

    Needless to say, I missed the rest of the season, but this actually helped me realize that since you never know when your last play will be, you should try your hardest in football and life.

    After freshman year I decided that I would always give my best effort. Playing varsity（校队的）football has taught me so much more than just what my assignments are on a particular play or how to block. I have learned to think about others first and realized how important working hard is. Being with all my friends, even sweating and bleeding with them, really made us bond as a group of hard-working young men who I know will succeed in life.

    We know the famous ones — the Thomas Edisons and the Alexander Graham Bells — but what about the less famous inventors? What about the people who invented the traffic light and the windshield wiper（雨刮器）? Shouldn't we know who they are?

    Joan Mclean think so. In fact, Mclean, a professor of physics at Mountain University in Range, feels so strongly about this matter that she's developed a course on the topic. In addition to learning “who” invented “what”, however, Mclean also likes her students to learn the answers to the “why” and “how” questions. According to Mclean, “When students learn the answers to these questions, they are better prepared to recognize opportunities for inventing and more motivated to give inventing a try.”

    Her students agree. One young man with a patent for an unbreakable umbrella is walking proof of Mclean' statement. “If I had not heard the story of the windshield wiper's invention,” said Tommy Lee, a senior physics major, “I never would have dreamed of turning my bad experience during a rainstorm into something so constructive.” Lee is currently negociating to sell his patent to an umbrella producer.

    So, just what is the story behind the windshield wiper? Well, Mary Anderson came up with the idea in 1902 after a visit to New York City. The day was cold and stormy, but Anderson still wanted to see the sights, so she jumped aboard a streetcar. Noticing that the driver was struggling to see through the snow covering the windshield, she found herself wondering why there couldn't be a built-in device for cleaning the window. Still wondering about this when she returned home to Birmingham, Alabama, Anderson started drafting out solutions. One of her ideas, a lever（操作杆）on the inside of a vehicle that would control an arm on the outside, became the first windshield wiper.

    Today we benefit from countless inventions and innovations. It's hard to imagine driving without Garrett A. Morgan's traffic light. It's equally impossible to picture a world without Katherine J. Blodgett's innovation that makes glass invisible. Can you picture life without clear windows and eyeglasses?

    One of India's top engineering schools has restricted Internet access in its boarding houses, saying addiction to surfing, gaming and blogging was affecting students' performance, making them lonely and even suicidal.

    Authorities at the best Indian Institute of Technology (IIT) in Mumbai said students had stopped socializing and many were late for morning classes or slept through them. "Now, a student doesn't even know who lives two doors away from him because he is so busy on the Internet," said Prakash Gopalan, dean of Student Affairs. "The old dormitory culture of companionship and socializing among students is gone. This is not healthy in our opinion."

    IIT-Mumbai, with about 5,000 students, is one of the seven IITs across India which are considered to be among the finest engineering schools in the world. They are also a talent pool for global technology giants. But their hard courses, tough competition and lonely campus lifestyle have taken an effect on students. Depressive and dysfunctional lifestyles are known to be common among IIT students, and at least nine have committed suicide in the past five years. Students have unlimited free Internet access in their boarding houses to help them in their studies, but many also use it to surf, chat, download movies and music, blog and for gaming.

    "Starting Monday, Internet access will be banned between 11 p.m. and 12:30 p.m. at IIT-Mumbai's 13 boarding buildings to encourage students to sleep early and to try and force them out of their shells." Gopalan said. But the move has not gone down well with students who say they hate their lives being regulated. "Now they will say we need to listen to a lullaby (摇篮曲) to go to sleep." said Rajiv, an electronics student.

    Please Choose Cloud Services

    May be unsure, or you do not know where to begin. Trying every Cloud service would take a lot of time and work. But, the website Reviews.com might help.

    One valuable feature is the protection of digital files, including photos, videos, documents, music and more. If the worst happens and your computer crashes, or gets lost or damaged, your files can still found in the Cloud.

    Cloud services let you access your files from almost anywhere. No need to worry about a file stored on your computer when you are away from your desk. If you have an Internet connection, you can open your files from any computer, or from a phone, when they are stored using a Cloud service.

    Using a Cloud service makes sharing files easier. If you send documents to a group using emails, you may then wonder which version everyone is working with. When sharing files using a Cloud service, everyone will see the same document and the latest version.

    The first thing to consider is the amount of storage space you need. Check how much space you are currently using on your computer and mobile devices. If your computer or phone is filled with photos and you have little free space, you may want to move your photos to the Cloud. Some Cloud services are free. But, if you need a lot of space, you will probably need one that costs money.

    Even if everyone you have ever met is a Windows user, you still probably want a Cloud service that works with many platforms. You might become friends with an Android user or start a job with a company that computers on Apple!

    Discover Nature Schools programs

    Becoming Bears (Kindergarten-2 grade)

    By becoming baby bears children learn from their "parent" to survive the seasons. Kids will find safety in the spring and learn kinds of food bears eat during the summer, and then create a cave for winter hibernation(冬眠). After learning the skills needed to survive, students will go out of the cave as an independent black bear able to care for themselves. (1.5-2 hours)

    Whose Clues? (3-5 grade)

    Kids will discover how plants and animals use their special structures to survive. Through outdoor study of plants and animals, kids will recognize their special structures and learn how they enable species to eat, avoid their enemies and survive. Using what they have learned, kids will choose one species and tell how they survive in their living places. (3-4 hours)

    Winged Wonders (3-5 grade)

Birds add color and sound to our world and play an important ecological (生态的) role. Students will learn the basics of birds, understand the role birds play in food chains and go bird watching using field guides and telescopes. Students will do hands-on activities. Students will use tools to build bird feeders, allowing them to attract birds at home.(3-4 hours)

Exploring Your Watershed (6-8 grade)

    We all depend on clean water. Examining how our actions shape the waterways around us. Go on a hike to see first-hand some of the challenging water quality problems in a city. Students will test the water quality to determine the health of an ecosystem.

    Each program is taught for a class with at least 10 students.

    All programs include plenty of time outdoors. So please prepare proper clothing, sunscreen and insect killers for children.

    To take part in a program, please email dcprograms@mdc.mo.gov.

    Spiders are master builders, expertly turning silk into complex 3D webs that serve as their home and hunting ground. To gain a deeper understanding of their world, scientists have translated the structure of a spider's web into music, which could have applications ranging from better 3D printers to cross-species communication. 

    "The spider lives in an environment of vibrating strings, "says Markus Buehler, the project's principal investigator. "They don't see very well, so they perceive their surroundings by detecting vibrations, which have different frequencies." Such vibrations occur, for example, when the spider stretches a strand of silk during construction or when the wind or a trapped fly moves the web. 

    The researchers scanned a natural spider web to capture 2D cross-sections and reconstructed its 3Dnetwork using a mathematical model. They assigned different frequencies of sound to strands of the web, creating musical "notes" that they combined in patterns based on the web's 3D structure to generate music. Then they made a harp-like (像竖琴的) virtual instrument and played the spider web music in several live performances around the world, creating an inspiring harmony of art and science. 

    To gain insights into how spiders build webs, the researchers also scanned a web during construction. transforming each stage into music with different sounds. "The spider's way of ‘printing' the web is remarkable because no support material is used, as is often needed in current 3D printing methods," Buebler says. This knowledge could help develop new 3D printers that work like spiders, enabling them to construct complex structures without using additional materials for support. 

    The team is also interested in learning how to communicate with spiders in their own language. They recorded web vibrations produced when spiders performed different activities. such as building a web. communicating with other spiders or sending signals to admirers. "Now we're trying to generate signals to basically speak the language of the spider, "Buehler says. "If we expose them to certain patterns of vibrations, can we affect what they do or can we begin to communicate with them? Those are really thrilling ideas, and I believe they could be achieved in the near future."