Every man wants his son to be somewhat of a clone,not in features but in footsteps.As he grows you also age, and your ambitions become more unachievable.You begin to realize that your boy,in your footsteps,could probably accomplish what you hoped for.But footsteps can be muddied and they can go off in different directions.

    My son Jody has hated school since day one in kindergarten.Science projects waited until the last moment.Book reports weren't written until the final threat.

    I've been a newspaperman all my adult life.My daughter is a university graduate working toward her master's degree in English.But Jody? When he entered the tenth grade he became a “vo-tech” student(技校学生).They're called “motorheads” by the rest of the student body.

    When a secretary in my office first called him “motorhead”,I was shocked.“Hey,he's a good kid,” I wanted to say.“And smart,really.”

    I learned later that motorheads are,indeed,different.They usually have dirty hands and wear dirty work clothes. And they don't often make school honor rolls(光荣榜).

    But being the parent of a motorhead is itself an experience in education.We who labor in clean shirts in offices don't have the abilities that motorheads have.I began to learn this when I had my car crashed.The cost to repair it was estimated at $800.“Hey,I can fix it,” said Jody.I doubted it ,but let him go ahead,for I had nothing to lose.

    My son ,with other motorheads,fixed the car.They got parts(零件）from a junkyard,non-toasting toaster have been fixed.Neighbours and co-workers trust their car repair to him.

    Since that first repair job,a broken air-conditioner,a non-functioning washer and a non-toasting toaster have been fixed.Neighbors and co-workers trust their car repairs to him.

    These kids are happiest when doing repairs.They joke and laugh and are living in their own relaxed world.And their minds are bright despite their dirty hands and clothes.

    I have learned a lot from my motorhead: publishers need printers,engineers need mechanics,and architects need builders.Most important,I have learned that fathers don't need clones in footsteps or anywhere else.

    My son may never make the school honor roll.But he made mine.

    A new “smart bin” could spell the end of environment - conscious families spending hours sorting tins, cartons, bottles, and cardboard for recycling. The invention, which automatically sorts rubbish into recycling categories, is being trialed in Poland and is set to go on sale in the UK within a few years.

    The bin, designed by start - up company Bin. E, recognizes different types of waste via a system positioned inside the bin which uses sensors, image recognition and artificial intelligence. Once waste is placed inside, the camera and sensors identify its type and place it in one of the smaller bins. Then it compresses (压缩) the waste so it occupies less space.

    News of the launch showed that more than a million households are being forced to accept bin collections every three or four weeks, because councils are trying to force them to recycle more. Data collected by The Telegraph has showed at least 18 areas have moved or will shortly be moving to three - weekly rubbish collections, while a further three have adopted or are trialing four - weekly collections. While reducing general bin collections, councils are increasing the frequency of recycling collections in a bid to change people's behaviour. It is thought that the bin could be stocked by department stores such as John Lewis, which said it is introducing new hi - tech recycling bins to satisfy increasing customer appetite for them. Matt Thomas, a utility (家用设施) seller at John Lewis, said, “We've recently seen a jump in specialist bins sales, with a 25 percent increase in the last few months alone. We have noticed our customers are becoming more and more sustainability focused, choosing dual compartment (双格) recycling bins that make it far easier to recycle different types of waste. In response to this demand, we are really excited to introduce a new voice and sensor activated smart bin this autumn / winter season — designed to use new technology to make recycling more efficient and functional for the everyday home.”

    Dogs were living as companions to the early settlers of North America over 10,000 years ago. The oldest domestic dogs in the Americas were thought to be around 9500 years old. Angela Perri of Durham University, UK, and her colleagues have carried out fresh radiocarbon dating on the two dog skeletons that gave this date, discovered in the prehistoric Koster site in Illinois, and found they were even older: around 10,100 years old.

    A third dog from another Illinois site called Stilwell II was older still, at 10,190 years old. That makes it the oldest known domesticated dog in the Americas. The team concluded that all three dogs were domesticated as they skeletons were complete and unskinned, and so hadn't been butchered for food. They had also been carefully buried, evidence they were valued by their owners. The Stilwell II dog, which probably resembled a small English settler, was under what seemed to be the floor of a living area. It is unclear why it took so long for tame dogs to arrive in the Americas, given that they were domesticated at least 14,000 years ago in Eurasia. By this time, people were already moving into North America from Siberia; there is evidence some reached Chile 18,500 years ago. Geneticists have found signs of at least three waves of migration over the following millennia. There is no evidence that domestic dogs accompanied them. “We don't know if dogs were part of the first waves of immigration to the Americas" says Luc Janssens of Ghent University in Belgium. "It could be so, but no archaeological bones have yet been found." It is "overwhelmingly probable" that some of the early settlers did bring dogs to the Americas, but they may not have had "the time or the spiritual compulsion to bury them", says Pat Shipman of Pennsylvania State University.

    Whatever happened to the familiar scene from the past of children playing "tag(捉人游戏)" in the streets while their parents chatted with the neighbors over the garden fence? This picture is fading fast today, as children are now leaving the streets in favor of a screen.

    Several organizations are attempting to change this situation. One of these organizations is Play England, which aims to improve opportunities for children to play outside. A leading figure in the campaign is 50-year-old Adrian Voce, who has childhood memories of days spent in the "Big Woods" near his house with his older brothers. "We were given a packed lunch and told not to talk to strangers. I can still remember wandering in and out of each others' houses." he says.

    However, it is not only the children that Mr. Voce and his organization have to convince. In many cases the parents themselves block his efforts. A survey in 2014 found that 85 percent of adults agreed that it was important for children to be able to play safely in the road or street where they live. However, many of them were not prepared to park their cars an extra 50 meters away from their homes.

    Mr. Voce's attempts to encourage children to play outside include the organization of campaigns like National Playday. Hundreds of communities all over the country take part in this effort, yet it can take a lot of people to give children a taste of what it is like to play in the streets. On one street in Aldershot last year there were five policemen, three community support officers, a traffic management crew, a closed-circuit television van, and a team of "play workers."

    Society today has changed to such an extent that children do not feel safe on the streets and their parents no longer feel comfortable about letting them play there. It is not only the appeal of computers and video games that has driven children inside, but also the presence of traffic, crime, and violent young people. However, thanks to the efforts of people like Adrian Voce, it may not be too late to turn back the clock.

    For high school leavers starting out in the working world, it is very important to learn particular skills and practise how to behave in an interview or how to find all internship(实习). In some countries, schools have programs to help students onto the path to work. In the United States, however, such programs are still few and far between.

    Research shows that if high schools provide career-related courses, students are likely to get higher earnings in later years. The students are more likely to stay in school, graduate and go on to higher education.

    In Germany, students as young as 13 and 14 are expected to do internships. German companies work with schools to make sure that young people get the education they need for future employment.

    But in America, education reform programs focus on how well students do in exams instead of bringing them into contact with the working world. Harvard Education school professor Robert Schwartz has criticized education reformers for trying to place all graduates directly on the four-year college track. Schwartz argued that this approach leaves the country's most vulnerable(易受影响的) kids with no jobs and no skills.

    Schwartz believed that the best career programs encourage kids to go for higher education while also teaching them valuable practical skills at high school. James Madison High School in New York, for example, encourages students to choose classes on career-based courses. The school then helps them gain on-the-job experience in those fields while they're still at high school.

    However, even for teens whose schools encourage them to connect with work, the job market is daunting. In the US， unemployment rates for 16-to-l9-year-olds are above 20 percent for the third summer in a row.

    “The risk is that if teenagers miss out on the summer job experience, they become part of this generation of teens who had trouble in landing a job,” said Michael, a researcher in the US.

Max Du emerged victorious at the Canada-Wide Science Fair with an innovative project that could revolutionize emergency response: a drone designed to assist individuals experiencing cardiac arrest. His creative spark was ignited during the Christmas break of the previous year when he received a toy drone from his parents. Due to the snowy conditions, Max was unable to fly his new gadget outdoors, prompting him to explore its potential as an indoor robot that could be of service to people in need.

In Canada, approximately 35,000 individuals suffer from cardiac arrests annually, with the majority of these incidents occurring outside of hospital settings. Sadly, less than 10 percent of these individuals survive. Max was convinced that a drone could provide more rapid assistance and deliver life-saving medication, but he knew he had to construct one himself to validate his hypothesis.

The process of testing his drone spanned six months, during which Max's parents had to tolerate their son's persistent drone flights and mishaps within their home. Each innovative feature Max developed, such as a deployable arm, added weight to the drone, causing it to disintegrate. This necessitated the purchase of new components. Through experimentation, Max eventually discovered a more lightweight material, leading to a better-balanced design.

After a series of trials and adjustments, the 14-year-old successfully perfected his drone. It is now capable of opening door handles, navigating through the air, and landing gently on the ground. The drone features a new extendable arm designed to administer injections or deliver crucial medication to a patient. Additionally, an integrated camera allows for direct communication with an emergency response team, enabling remote monitoring of the patient.

Max is looking forward to filing for a patent to establish connections within the healthcare sector and bring his invention to fruition. He spent his summer acquiring knowledge in artificial intelligence at Stanford University in California, where he was one of only 32 students chosen globally. Following this, he will attend the University of Pennsylvania to enroll in a college-level robotics course before resuming his high school studies in September.