Average humans can consume 15 or more drinks in plastic bottles a month. If you were born after 1978, and live until 80 years old, you will leave behind a minimum of 14,400 plastic bottles on this planet. These bottles take hundreds of years to break down into tiny pieces of plastic, never to completely disappear. Most of the waste is consumed by fish and birds, which has shortened their lifetime greatly.

The Plastic Bottle Village is just a great idea that might finally save us from being buried in plastic. It's a community in Panama that is going to be made of used bottles. The design process begins with building steel frames, which are then filled with these bottles. Once this step is complete, and electrical and plumbing (管道装置) lines are put inside, the plastic walls are covered by concrete—both inside and outside. So no one will actually be able to tell that the walls are made of plastic. Besides, the material will keep the house 17℃ cooler than the outside, which is the biggest benefit to people living inside.

    The village is the brainchild (主意) of Robert Bezeau with the intention of setting up several environmental projects. Having started a recycling program four years ago, during which a number of plastic bottles were collected, he started to think of how they could be put to use. Soon enough, he decided to use them to build houses, and came up with a basic idea for the construction process.

    The project hopes to make people conscious of the waste that these bottles create so that they can do more to protect the environment. The village will also create an education center that will teach individuals from the world how to reuse plastic bottles as construction materials for shelter. Recycled bottles could neutralize the negative effect of your passage on this planet, and move closer to leaving only your “footprints”.

    From roller coasters to adventure tours performances to experiments, there are plenty of exciting attractions in the UK. Here is our pick of the best attractions that children can visit.

    The Natural History Museum

Why go: This really is the grandfather of all London museums—the beauty of the building and the amazing exhibits. Look out for the whale skeleton(骨架) occupying the entry hall, but don't miss the largest piece of gold (or a model of it) in the minerals gallery. You can easily spend a day here—tasty steaks, sandwiches and pizzas. Try to avoid weekends, because the crowds are larger

    Best for: Children aged 5 and over. If time is limited, families should go quickly and directly towards the dinosaur gallery, because it's really wonderful.

    Details: Entry is free, although there is a charge for some temporary exhibitions

    Legoland

    Why go: Some 80 million Lego bricks have gone into the creation of this colourful park. There are thrilling rides and countless ways to spend money in shops. Yes, the queues can be long (unless you pay extra for the queue-jumping equipment, which is useful though it does not cover all rides)

    Best for: Legoland is aimed at children under10s, with pre-schoolers particularly well catered for in Duplo Valley

    Details: ￡32 per person; under 3s go free. 25 per cent discount for booking online more than seven days in advance.

Warner Bros. Studio Tour London —The Making of Harry Potter

    Why go: You've read the books, you've watched the films, but no Harry Potter fan will want to miss the chance to go behind the scenes at the film studios where all eight of the movies were made. Sharing the secrets behind the most successful film series of all time and yet still managing to keep the sense of magic alive, this studio tour gives visitors access to two locations filled with original sets and costumes

    Best for: Children aged 7 and over, and anyone with an interest in filmmaking

    Details: ￡39 adults; ￡31 children; under 4s go free

    Technology offers conveniences such as opening the garage door from your car or changing the television station without touching the TV.

    Now one American company is offering its employees a new convenience: a microchip implanted (植入) in their hands. Employees who have these chips can do all kinds of things just by waving their hands. Three Square Market is offering to implant microchips in all of their employees for free. Each chip costs $300 and Three Square Market will pay for the chip. Employees can volunteer to have the chips implanted in their hands. About 50 out of 80 employees have chosen to do so. The president of the company, his wife and their children are also getting chips implanted in their hands.

    The chip is about the size of a grain of rice. Implanting the chip only takes about a second and is said to hurt only very briefly. The chips go under the skin between the thumb and forefinger. With a chip in the hand, a person can enter the office building, buy food, sign into computers and more, simply by waving that hand near a scanner. The chips will be also used to identify employees. Employees who want convenience, but do not want to have a microchip implanted under their skin, can wear a wristband (腕带) or a ring with a chip instead. They can perform the same tasks with a wave of their hands as if they had an implanted chip.

    Three Square Market is the first company in the United States to offer to implant chips in its employees. Epicenter, a company in Sweden, has been implanting chips in its employees for a while.

    Three Square Market says the chip cannot track the employees. The company says scanners can read the chips only when they are within a few inches of them. “The chips protect against identity theft, similar, to credit cards.” The U.S. Food and Drug Administration approved the chips back in 2004, so they should be safe for humans, according to the company.

    In the future, people with the chips may be able to do more with them, even outside the office. Todd Westby is Chief Executive Officer of Three Square Market. He says, “Eventually, this technology will become standardized allowing you to use this as your passport, public transit, all purchasing opportunities, etc.”

    Laughter is part of the universal human vocabulary. All members of the human species understand it. Unlike English or French or Swahili, we don't have to learn to speak it. We re born with the capacity to laugh.

    Very little is known about the specific brain mechanisms responsible for laughter. Contrary to folk wisdom, most laughter is not about humor; it is about relationships. To find out when and why people laugh, I went with several assistants to local malls and recorded what happened just before people laughed. Over a 10-year period, we studied over 2, 000 cases of naturally occurring laughter.

    We found that most laughter does not necessarily follow jokes. People may laugh after a variety of statements, such as, "Here comes Mary," "How did you do on the test?" or "Do you have a rubber band?" These certainly aren't jokes.

    We believe laughter evolved from the panting (喘气的) behavior of our ancient ancestors. Today, if we tickle (使发痒) chimps, they don't laugh. But, instead, they produce a panting sound. That's the sound of ape laughter, and it's the root of human laughter.

    Apes laugh in the kinds of situations that lead to human laughter, like games that involve chasing. Other animals produce sounds during play, but they are so different from laughter. Rats, for example, produce high sounds during play and when tickled, but these are very different in sound from human laughter.

    Laughter is often positive, but it can be negative too. There's a difference between "laughing with" and "laughing at". People who laugh at others may be trying to drive them out of the group.

    No one has actually counted how much people of different ages laugh, but young children probably laugh the most. At ages 5 and 6 we probably laugh more than at any other times. Adults laugh less than children, probably because they play less.

    Work now underway will tell us more about the brain mechanisms behind laughter, how it has evolved, and why we're so susceptible to tickling.

The movie Home Coming《万里归途》took the lead in the box office (票房) during the National Day holiday in 2022.

It tells a story that happened in North Africa. After a war breaks out there, two Chinese diplomats (外交官) are ordered to help evacuate the overseas Chinese. After completing the first task successfully, they learn that another group of Chinese citizens (公民) are still in great danger. Realizing that these people will die if they don't give a hand, the two men travel through the war area. They risk their lives to help over 100Chinese citizens go to a safe place. The movie not only shows how the two diplomats protect the people with courage, but also shows their deep love for the country and people.

Home Coming reminds many people of a similar real event which truly happened in Libya in 2011. Chinese Embassy(大使馆)helped the evacuation of more than 30, 000 Chinese citizens. Behind this event were many efforts of Chinese diplomats. After watching the film, a man recalled his personal experience. "We are the lucky ones because we have a strong country and are well protected," he said.

Home Coming is a success partly because of the growing national pride and confidence Chinese people have in our country. A comment(评论)reads, "Chinese passport might not get you anywhere you want, but it can always bring you back home."

A pair of researchers with Leibniz University of Hannover has demonstrated the means by which robots might be programmed to experience something similar to pain in animals. As part of their demonstration at last week's IEEE International Conference on Robotics and Automation held in Stockholm, Johannes Kuehn and Sami Haddaddin showed how pain might be used in robots, by interacting with a BioTac fingertip sensor on the end of a Kuka robotic arm that had been programmed to react differently to differing amounts of pain.

The idea of developing an artificial robot nervous system may seem contrary to all expectations, but Kuehn says doing so is important in the same way that it is good for humans to feel pain. "Pain is a system that protects us, "says Kuchn. "When we avoid the source of pain, it helps us not get hurt. "So when robots can feel and react to pain, they will become smart enough to avoid it. The more dangerous the robot registers the threat to be, the faster it will withdraw and avoid the source of danger. Additionally, Kuehn and Haddadin say humans working alongside robots that feel pain, especially those in heavy machinery, will be protected around them.

They have tested out some of their ideas using a robotic arm with a fingertip sensor that can detect pressure and temperature. It uses a robot-tissue patch(小片)modeled on human skin to decide how much pain should be felt and thus what action to take. For example, if the arm feels light pain, it slowly withdraws until the pain stops, and then returns to its original task; severe pain, meanwhile, causes the arm to go into a kind of lockdown mode until it can get help from a human operator.

Such robots are likely to raise a host of questions, of course, if they become more common —if a robot acts the same way a human does when touching a hot plate, are we to believe it is truly experiencing pain? Only time will tell of course, but one thing that is evident, Kuehn and Haddadin's work could lead to robots that are more human-like than ever.