1 . Is it true that our brain alone is responsible for human cognition(认知)? What about our body? Is it possible for thought and behavior to originate from somewhere other than our brain? Psychologists who study Embodied Cognition(EC) ask similar questions. The EC theory suggests our body is also responsible for thinking or problem-solving. More precisely, the mind shapes the body and the body shapes the mind in equal measure.
If you think about it for a moment, it makes total sense. When you smell something good or hear amusing sounds, certain emotions are awakened. Think about how newborns use their senses to understand the world around them. They don’t have emotions so much as needs—they don’t feel sad, they’re just hungry and need food. Even unborn babies can feel their mothers’ heartbeats and this has a calming effect. In the real world,they cry when they’re cold and then get hugged. That way, they start to as-sociate being warm with being loved.
Understandably, theorists have been arguing for years and still disagree on whether the brain is the nerve centre that operates the rest of the body. Older Western philosophers and mainstream language researchers believe this is fact, while EC theorises that the brain and body are working together as an organic supercomputer, processing everything and forming your reactions.
Further studies have backed up the mind-body interaction. In one experiment, test subjects(实验对象) were asked to judge people after being handed a hot or a cold drink. They all made warm evaluations when their fingertips perceived warmth rather than coolness. And it works the other way too; in another study, subjects’ fingertip temperatures were measured after being“included” in or “rejected” from a group task. Those who were included felt physically warmer.
For further proof, we can look at the metaphors(比喻说法) that we use without even thinking. A kind and sympathetic person is frequently referred to as one with a soft heart and someone who is very strong and calm in difficult situations is often described as solid as a rock. And this kind of metaphorical use is common across languages.
Now that you have the knowledge of mind-body interaction, why not use it? If you’re having a bad day,a warm cup of tea will give you a flash of pleasure. If you know you’re physically cold, warm up before making any interpersonal decisions.
1. According to the author, the significance of the EC theory lies in ________.A.facilitating our understanding of the origin of psychology |
B.revealing the major role of the mind in human cognition |
C.offering a clearer picture of the shape of human brain |
D.bringing us closer to the truth in human cognition |
A.Their personal looks. |
B.Their mental needs. |
C.Their inner emotions. |
D.Their physical feelings. |
A.environment impacts how we judge others |
B.how body temperature is related to health |
C.the mind and the body influence each other |
D.how humans interact with their surroundings |
A.Human speech is alive with metaphors. |
B.Human senses have effects on thinking. |
C.Human language is shaped by visual images. |
D.Human emotions are often compared to natural materials. |
A.To share with the reader ways to release their emotions. |
B.To guide the reader onto the path to career success. |
C.To encourage the reader to put EC into practice. |
D.To deepen the reader’s understanding of EC. |
2 . A British woman who won a S1 million prize after she was named the World's Best Teacher will use the cash to bring inspirational figures into UK schools.
Andria Zafirakou,a north London secondary school teacher, said she wanted to bring about a classroom revolution (变革). “We are going to make a change, ”she said.“I’ve started a project to promote the teaching of the arts in our schools.”
The project results from the difficulties many schools have in getting artists of any sort - whether an up-and-coming local musician or a major movie star - into schools to work with and inspire children.
Zafirakou began the project at Alperton Community School, her place of work for the past twelve years. “I've seen those magic moments when children are talking to someone they are inspired by - their eyes are shining and their faces light up,” she said. “We need artists . more than ever in our schools."
Artist Michael Craig-Martin said: “Andria's brilliant project to bring artists from all fields into direct contact with children is particularly welcome at a time when the arts are being downgraded in schools." It was a mistake to see the arts as unnecessary, he added.
Historian Sir Simon Schama is also a supporter of the project. He said that arts education in schools was not just an add-on. “It is absolutely necessary. The future depends on creativity and creativity depends on the young. What will remain of us when artificial intelligence takes over will be our creativity, and it is our creative spirit, our visionary sense of freshness,that has been our strength for centuries."
1. What will Zafirakou do with her prize money?A.Make a movie. | B.Build new schools. |
C.Run a project. | D.Help local musicians. |
A.It is particularly difficult. | B.It increases artists' income. |
C.It opens children's mind. | D.It deserves greater attention. |
A.Moral principles. | B.Interpersonal skills. |
C.Creative abilities. | D.Positive worldviews. |
A.Bring Artists to Schools | B.When Historians Meet Artists |
C.Arts Education in Britain | D.The World's Best Arts Teacher |
It doesn’t impress like George Washington’s plantation on the Potomac, but Lincoln’s home in downtown Springfield, Illinois,
When the house was built, it was much
Although Mary loved flowers,
4 . Sitting in the garden for my friend’s birthday. I felt a buzz (振动) in my pocket. My heart raced when I saw the email sender’s name. The email started off: “Dear Mr Green, thank you for your interest” and “the review process took longer than expected.” It ended with “We are sorry to inform you…” and my vision blurred (模糊). The position—measuring soil quality in the Sahara Desert as part of an undergraduate research programme — had felt like the answer I had spent years looking for.
I had put so much time and emotional energy into applying, and I thought the rejection meant the end of the road for my science career.
So I was shocked when, not long after the email, Professor Mary Devon, who was running the programme, invited me to observe the work being done in her lab. I jumped at the chance, and a few weeks later I was equally shocked—and overjoyed—when she invited me to talk with her about potential projects I could pursue in her lab. What she proposed didn’t seem as exciting as the original project I had applied to, but I was going to give it my all.
I found myself working with a robotics professor on techniques for collecting data from the desert remotely. That project, which I could complete from my sofa instead of in the burning heat of the desert, not only survived the lockdown but worked where traditional methods didn’t. In the end, I had a new scientific interest to pursue.
When I applied to graduate school, I found three programmes promising to allow me to follow my desired research direction. And I applied with the same anxious excitement as before. When I was rejected from one that had seemed like a perfect fit, it was undoubtedly difficult. But this time I had the perspective (视角) to keep it from sending me into panic. It helped that in the end I was accepted into one of the other programmes I was also excited about.
Rather than setting plans in stone, I’ve learned that sometimes I need to take the opportunities that are offered, even if they don’t sound perfect at the time, and make the most of them.
1. How did the author feel upon seeing the email sender’s name?A.Anxious. | B.Angry. | C.Surprised. | D.Settled. |
A.criticise the review process | B.stay longer in the Sahara Desert |
C.apply to the original project again | D.put his heart and soul into the lab work |
A.demanding | B.inspiring | C.misleading | D.amusing |
A.An invitation is a reputation. | B.An innovation is a resolution. |
C.A rejection can be a redirection. | D.A reflection can be a restriction. |
My husband and I enjoy seeing life through the eyes of our children. It’s amazing to watch as they discover their world.
While we were outdoors last summer enjoying the sunshine, our oldest daughter, Kaytlin, called me to the doorway. Beneath the steps was a baby red squirrel.
We watched it from a distance, not wanting to disturb it or scare off its mother. But after a long wait—and looking all around our house for signs of a nest or a mother—we realized the tiny squirrel was lost.
Shaking terribly, he was weak, thin, and hungry. We tried to find an expert to help, but the Inland Fisheries and Wildlife website showed that there were no wildlife experts in our area. After some quick research, we concluded that the best way to give the squirrel a fighting chance was to care for him ourselves. So a trip to the local store for milk and supplies was in order. More research taught us how much to feed him, how to estimate his age, how and when to wean (断奶) him, and that we should let him go as soon as he could survive on his own.
Our daughters and I took turns in feeding “Squirt.” Kaytlin took on the most responsibility. She taught him to eat from a bottle, and she woke in the night for his feeds.
To our relief, Squirt soon became healthy and strong. Within a few weeks he became more active. He would chatter (吱吱叫) for his next meal, playfully go around the girls, and lie down on them for sleep. It wasn’t long before he was weaned onto solid food and reintroduced to the wild.
His first few visits to the great outdoors were funny. Just like a child, he would play in the grass some and then run back to Kaytlin for safety. Soon she had him climbing trees and finding nest material.
注意:1. 续写词数应为150左右;2. 请按如下格式在答题卡的相应位置作答。
One day in the trees, Squirt met up with a family of gray squirrels.
________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________One night, Squirt didn’t come back to our house and it rained hard.
_______________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________6 . The United States rose to global power on the strength of its technology, and the lifeblood that technology has long been electricity. By providing long-distance communication and energy, electricity created the modern world. Yet properly understood, the age of electricity is merely the second stage in the age of steam, which began a century earlier.
"It is curious that no one has put together a history of both the steam and electric revolutions." writes Maury Klein in his book The Power Makers, Steam, Electricity, and the Men Invented Modern America. Klein, a noted historian of technology, spins a narrative so lively that at times it reads like a novel.
The story begins in the last years of the 18th century in Scotland, where Watt perfected "the machine that changed the world". Klein writes, "America did not invent the steam engine, but once they grasped its passwords they put it to more uses than anyone else. "
Meanwhile, over the course of 19th century, electricity went from mere curiosity to a basic necessity. Morse invented a code for sending messages over an electromagnetic circuit. Bell then gave the telegraph a voice. Edison perfected an incandescent bulls that brought electric light into the American home.
Most importantly, Edison realized that success depended on mass electrification, which he showed in New York City. With help from Tesla, Westinghouse's firm developed a system using alternating current, which soon became the major forms of power delivery.
To frame his story, Klein creates the character of Ned, a fictional witness to the progress brought about by the steams and electric revolutions in America during one man's lifetime. It's a technique that helps turn a long narrative into an interesting one.
1. What is Klein's understanding of the age of electricity?A.It is closely linked to the steam age. |
B.It began earlier than proper thought. |
C.It is a little-studied period of history. |
D.It will come to an end sooner or later. |
A.He was born in New York City. | B.He wrote many increasing stories, |
C.He created an electricity company. | D.He lived mainly in the 19th century. |
A.A biography. | B.A book review. | C.A short story. | D.A science report. |
7 . It’s a joyful and stressful time of year in the United States for students and their families as they make decisions about where to attend college. Families often turn to rankings systems to help make a decision.
When I talk to families as a scholar of higher education, they’re often surprised that teaching excellence is not counted in rankings.
Emerging research suggests that courses in lower-ranked universities, on average, scored higher on teaching than courses in higher-ranked universities.
Rankings, however, are only one reason why a low value is placed on teaching in higher education. Administrators often don’t view teaching excellence as a way to increase enrolment (注册) or funding.
What should students and their families do? They should give strong consideration to universities where high-quality teaching is valued, even though the schools may be ranked lower.
A.Higher education has achieved its true potential. |
B.Therefore, it’s not highly valued in hiring or promotion. |
C.Quality teaching has been an important reputation-building factor. |
D.However, the rankings ignore a critical factor: the quality of teaching. |
E.Efforts to improve teaching at the university level have recently emerged. |
F.They’re even more surprised at how teaching is undervalued by universities. |
G.In fact, universities often shift emphasis from teaching to other ranking factors. |
Since people can’t always eat out or cook for
9 . You’ve got mail…and it’s a postcard
Paulo Magalhaes, a 34-year-old Portuguese computer engineer, loves to open his mailbox and find a brightly colored picture of Rome’s Colosseum. Or Africa’s Victoria Falls. Or China’s Great Wall.
“I often send postcards to family and friends.” he says to China Daily, “but you can imagine that after a while, you never receive as many as you send, and you realize that not everyone is into it.
Today his hobby has developed into the website postcrossing.com, a social network that has grown to 575,217 registered users in 214 countries and regions since he started it 10 years ago.
Language is certainly a barrier for many people. For postcrossing to work worldwide, a common communication language is needed so that everyone can understand each other. As cool as it may be to receive a postcard written in Chinese, the concept doesn’t work if one doesn’t understand it.
“Many people in China have limited exposure to English.
A.And that’s totally fine. |
B.That makes it extra hard to learn and practice it. |
C.He likes to think of sending postcards as a family-friendly hobby. |
D.Many love to make a connection with someone from across the world. |
E.On August 5, the number of postcards exchanged by members topped 31 million. |
F.Similarly, if you speak only Chinese, receiving a card in Swedish takes part of the fun away. |
G.In short, he loves postcards, and the excitement of getting a hand-written note from someone far away. |
10 . All around the world, there are small changes taking place. At the side of roads, behind school playgrounds and on all kinds of unloved pieces of land across towns and cities, tiny forests barely the size of tennis courts are appearing, making a great place for both wildlife and local people who may not normally have easy access to nature. This is the Tiny Forest movement, which aims to prove that the best things in life really do come in small packages.
Tiny forests were first pioneered as a concept in the 1970s by Dr Miyawaki, a Japanese botanist. As he went on to share his concept with others, the idea soon took off in India and other countries before eventually reaching Europe, where it became popular in places like France, Belgium and the Netherlands.
So how does it work? Louise Hartley, who is leading the Tiny Forest project in the UK, explains that the process begins by identifying areas in which a tiny forest could have the biggest influence. “We focus on urban areas where access to nature is often not that easy”, says Hartley. “We see it as a chance to try to break the growing disconnect between people and nature.”
In a Tiny Forest, there must be a minimum of 600 trees, and the trees are planted much closer together and without chemicals or fertilisers (肥料). There are usually around 30 different kinds of all-native tree species (物种). This variety, coupled with the fact that tiny forests grow up to ten times faster than standard forests, means they attract a rich abundance of wildlife. It’s also thought that these places could help reduce the risk of flooding, remove carbon from the atmosphere and fight climate change, as well as improving the mental health of those living locally.
1. What do we know about the Tiny Forest movement?A.It has achieved notable success. | B.It is led by number of schools. |
C.It began in Europe in the 1970s. | D.It will spread to the countryside. |
A.To promote eco-tourism. | B.To improve forestry research. |
C.To popularise gardening. | D.To get people close to nature. |
A.They are small in size. | B.They are thickly planted. |
C.They are foreign species. | D.They are heavily fertilised. |