Half an hour into a cooking competition at Green Street Academy, Tyana Givens, 15, dipped a plastic spoon into a pot with tomatoes, bell peppers, onions, garlic and mushrooms over a burner in a science classroom. She and the two other students, Kalimah Ball and Maya Smith, were making meat sauce.

    The girls had spent the past five weeks learning how to grow their own produce using food computers-tabletop greenhouses controlled by computer programs-at Green Street Academy, a charter school in Baltimore. The course, which weaved together lessons on programming, food systems and agriculture, ended with an “Iron Chef”-style cooking contest.

    With the help of instructor Melanie Shimano, the girls finished their contest successfully using the food they planted in tabletop greenhouses. The tabletop greenhouses can control temperature, light and water inside using the computer code that the students wrote by themselves. Shimano, a 26-year-old entrepreneur, piloted(试行)the course as part of Green Street Academy's junior biotechnology class in the spring and will expand the program to other schools in the fall.

    “Technology is not something that a lot of teachers have a lot of resources for all the time, but it's something that's not difficult to do with a relatively low amount of funding,” Shimano said. “Baltimore is a center for startups and food, so kind of fostering that culture of being into technology and into design and seeing all the pieces fit together is really cool.”

    While her course is unique to Baltimore, it's part of a broader program born at the Massachusetts Institute of Technology's Media Lab called the Open Agriculture Initiative, or OpenAg, which aims to create inventive, sustainable food systems through open-source technology. In addition to 10 full-time staff and researchers, OpenAg is primarily an online community of about 1,400 educators, growers, chefs and retailers in 47 countries, according to Hildreth England, OpenAg's assistant director.

    “The interest level across the board generally comes from folks who are concerned about food systems and concerned about the environment, and it's usually a combination of the two,” England said.

    Nowadays, social media like Instagram, Facebook, Snapchat and Twitter are becoming increasingly popular. People have completely made social media part of their daily lives. As a result, many people have developed an Internet personality.

    The Internet personality I am talking about is the one we shape on our social media sites. We are always posting information about ourselves for other people to know even when it can be completely untrue. Some people even go so far as to spend money in buying flowers or “likes” or buying a very expensive camera for their friends to take photos of them. I find it unbelievable. The time and energy spent on these silly things can only make us want to be accepted by more people.

    Social media are also a modem cause of depression: People see the perfect lives of others and consider their own imperfect lives as bad. Even kids deal with this. They don't realize that the reason why they struggle to love themselves is that they spend all day receiving untrue information.

    I find that many people spend more time and energy in making sure that their online personality is worth accepting than caring for their real presence. So many times I have seen confident and beautiful girls on social media. But in the real world, they are extremely shy. They hardly talk to anyone and spend all their time using the phone.

    Social media have gone so far as to even negatively affect marriages. This is because of the fact that there are now “Instagram husbands”—people whose use is to take perfect photos of their partners throughout the day. They spend a lot of time doing that whether they like it or not. Needless to say, social media likely influence relationships in a negative way.

    I think everyone should not use social media at least for a few months to experience the difference it makes to them. They may find life is very different and much better.

                                                                                                  Chinese International School

    Application Form

    Before an applicant can be invited to take part in an assessment, an application form should be returned to the Admissions Office, and the application fee of HK$1,000 cannot be returned. For overseas applicants wishing to pay in currencies other than HK dollars, the fee is US$145. Checks are also good for payment to “Chinese International School”.

    The application should include

    Applicants' academic report from the last school year.

    A recent passport-sized photo (attached to the application form).

    A copy of the applicant's Hong Kong ID card or a passport showing a valid Hong Kong visa.

    Only for applicants applying under a Corporate Nomination (提名) Right：A company letter confirming the nomination.

    Please note that the application fee is non-refundable. Applicants who would like to re-apply for another academic year are asked to submit a new application and application fee.

    Acceptance

    Applicants will be informed of their acceptance status in writing by postal mail. Initial (最初的) offers for Reception will be sent out from late March once all assessments have been completed.

Some applicants who have been assessed may be held on a reserve list. Acceptances may also be made on a conditional basis among the applicants on the reserve list.

    Applicants who have been assessed but who have not been admitted are welcome to reapply for the next academic year. Please note that such applicants will be asked to submit a new application and application fee.

    Confirmation of Acceptance and Enrollment (录取)

    Once an applicant has been admitted, the applicant family will be asked to confirm acceptance and hold the student's place with immediate payment of the required fees for the Nomination Right (HK$ 500), plus the sum of HK$ 7,500 as the first tuition payment.

    In addition, enrollment will not be considered complete until the following have been received, normally one month before the start of the new school year

    Physical examination results           Tuition (first month)

    College is not just about studying, writing essays and burning the midnight oil in the library. Making friends and enjoying yourself is also necessary for the courses. Parties are social events for students to gather and chat with each other.

    Now let's follow a foreign friend to see what parties in the US are like. Get some inspiration to have fun with your friends in your new life.

    Drinking and music College parties in the US are always lacking in creativity and full of wine and music. The basic form rarely changes — drink until you cannot anymore and play loud music at an earth-shaking volume. There is plenty of beer involved, and some mixed cocktails.

    Creativity in dress

    The creativity comes in how parties are dressed up. Parties often have a specific theme, like a 90s party or a sports party. At a 90s party, guests might show up dressed like once-famous celebrities. At a sports party, guests might wear their favorite team's uniforms.

    Held in apartments

    The party is usually held in the apartment of a particular outgoing friend. Everyone will be invited, which means strangers will wander in and out of the apartment where you can get to know and make some new friends.

    Ugly sweater party

    On holidays, parties frequently take on a proper theme. A popular theme around Christmas is the ugly sweater party. The goal is to wear the ugliest sweater you can find, creating an atmosphere of fun.

    Whatever the occasion is, there will be no shortage of booze. If you are smart enough, you won't have so much as to lose your consciousness. Parties are always better when you can remember them the next day.

    It is irrefutable: Parents, who talk to, read and engage with their very young children as often as possible, help them build literacy (读写能力) skills at an early age.

    Also certain: Parents of very young children usually have to do a lot of laundry. And low-income families tend to bring their kids with them to public laundromats (洗衣房).

    Those truths appear once a week at select neighborhood laundromats in Chicago. That's when librarians lay down colorful mats and oversized board books beside the industrial washing machines.

    Inside one of about 14 laundromats in the city's low-income neighborhoods, the librarians gather all available children for Laundromats Story Time (LST), a Chicago Public Library (CPL) program.

    With the noise of the washers and dryers, anywhere between a handful to more than a dozen children hear stories, sing songs and play games designed to help their brains develop. The event also aims to instruct parents on how to repeat the experience for their kids, working to raise poor literacy rates in underserved communities.

    "We read books, we sing songs, we do plays," says Becca Ruidl, the CPL's STEAM Team early learning manager, who runs the LST program. "We kind of keep it going so parents can walk in adn join in at any time. But a big part of what we do is model literacy skills for parents so they can do it at home with their kids."

    While a laundromat seems an unlikely place to engage with children, "we really wanted to meet people in the community where they're. "Ruidl says.

    And it clearly meets a need: Library officials say the program is in increasing demand, while Ruidl says families have adjusted their household's laundry day to suit the librarians' laundromat visits. At the same time, LST's co-sponsors—including a laundry industry trade group and Libraries Without Borders, an organization fighting poverty through literacy—have worked with the CPL to draft an instruction handbook to help expand the concept to other U.S. cities.

    We've all heard the saying: practice makes prefect! In other words, acquiring skills takes time and effort. But how exactly does one go about learning a complex subject such as tennis, calculus, or even how to play the violin? An age-old answer is: practice one skill at a time. A beginning pianist might rehearse scales(音阶) before chords(和弦). A young tennis player practices the forehand before the backhand. Learning researchers call this “blocking”， and because it is common and easy to schedule, blocking is dominant in schools, training programs, and other settings.

    However another strategy promises improved results. Enter “interleaving”， a largely unheard-of technique that is catching the attention of  cognitive(认知) psychologists and neuroscientists. Blocking involves practicing one skill at a time before the next (for example, “skill A” before “skill B” and so on, forming the pattern “AAABBBCCC”), while in interleaving one mixes practice on several related skills together (forming for example the pattern “ABCABCABC”).

    Over the past four decades, a small but growing body of research has found that interleaving often outperforms blocking for a variety of subjects, including sports and category learning. Yet there have been almost no studies of the technique in unplanned, real world settings-until recently. New research in schools finds that interleaving produces dramatic and long-lasting benefits for an essential skill: math. Not only does this finding have the potential to transform how math is taught, it may also change how people learn more generally.

    Researches are now working to understand why interleaving produces such impressive results. One important explanation is that it improves the brain's ability to tell apart between concepts. With blocking, once you know what solution to use, or movement to do, the hard part is over. With interleaving, each practice attempt is different from the last, so rote(死记硬背) responses don't work. Instead, your brain must continuously focus on searching for different solutions. That process can improve your ability to learn critical features of skills and concepts, which then better enables you to select and produce the correct response.

    A second explanation is that interleaving strengthens memory associations. With blocking, a single strategy，temporarily held in short-term memory, is sufficient. That's not the case with interleaving-the correct solution changes from one practice attempt to the next. As a result, your brain is continually engaged at regaining different responses and bringing them into short-term memory. Repeating that process can strengthen neural connections between different tasks and correct responses, which improves learning.

    Both of these accounts imply that increased effort during training, either to discriminate correct responses or to strengthen them, is needed when interleaving is used. This corresponds to a potential drawback of the technique, namely that the learning process often feels more gradual and difficult in the beginning. However, that added effort can have better, longer-lasting results.