1 . Initial conversations can have a huge impact on how relationships develop over time. People are often stuck in the impressions they think they might have made the minute they finish speaking with someone for the first time: “Did they like me or were they just being polite?” “Were they deep in thought or deeply bored?”
To find out whether these worries are necessary, we have conducted nearly 10 years of research. In our studies, participants in the UK talked with someone they had never met before. Afterward, they were asked how much they liked their conversation partner and how much they believed that their conversation partner liked them. This allowed us to compare how much people believed they were liked to how much they were actually liked.
Time and time again, we found that people left their conversations with negative feelings about the impression they made. That is, people systematically underestimate how much their conversation partners like them and enjoy their company — a false belief we call the “liking gap”.
This bias (偏见) may seem like something that would occur only in initial interactions, but its effects extend far beyond a first impression. Surprisingly, the liking gap can constantly affect a variety of relationships, including interactions with coworkers, long after the initial conversations have taken place. Having a larger liking gap is associated with being less willing to ask workmates for help, less willing to provide workmates with open and honest feedback, and less willing to work on another project together.
There are numerous strategies to minimize your biased feelings. One place to start is shifting your focus of attention. Try to direct your attention to your conversation partner, be genuinely curious about them, ask them more questions, and really listen to their answers. The more you’re zeroed in on the other person, and the less you’re focused on yourself, the better your conversation will be and the less your mind will turn to all the things you think you didn’t do well.
1. Why did the author carry out 10 years of research?| A．To dismiss national concerns. | B．To check out a potential bias. |
| C．To enhance human communication. | D．To develop harmonious relationships. |
| A．Fewer chances of new projects. | B．Underestimation of their ability. |
| C．Bad relationships with people around. | D．Low willingness to interact with others. |
| A．Restate opinions. | B．Deliver warnings. | C．Give suggestions. | D．Make a summary. |
| A．Liking Gap May Influence Work Performances |
| B．First Impressions Rely On Initial Conversations |
| C．People Probably Like You More Than You Think |
| D．How People Like You Matters Less Than You Assume |
2 . Building artificial intelligences that sleep and dream can lead to more dependable models, according to researchers who aim to mimic (模仿) the behavior of the human brain.
Concetto Spampinato and his research members at the University of Catania, Italy, were looking for ways to avoid a phenomenon known as “disastrous forgetting”, where an AI model trained to do a new task loses the ability to carry out jobs it previously excelled at. For instance, a model trained to identify animals could learn to spot different fish species, but then might lose its ability to recognize birds. They developed a method of training AI called Wake-Sleep Consolidated Learning (WSCL), which mimics the way that our brains reorganize short-term memories of daily learning when we are asleep.
Besides the usual training for the “awake” phase, models using WSCL are programmed to have periods of “sleep”, where they analyze awake data from earlier lessons. This is similar to human spotting connections and patterns while sleeping.
WSCL also has a period of “dreaming”, which involves novel data made from combining previous concepts. This helps to integrate previous paths of digital “neurons (神经元)”, freeing up space for future concepts. It also prepares unused neurons with patterns that will help them pick up new lessons more easily.
The researchers tested three AI models using a traditional training method, followed by WSCL training. Then they compared performances for image identification. The sleep-trained models were 2 to 12 percent more likely to correctly identify the contents of an image. They also measured an increase in how much old knowledge a model uses to learn a new task.
Despite the results, Andrew Rogoyski at the University of Surrey, UK, says using the human brain as a blueprint isn’t necessarily the best way to boost AI performance. Instead, he suggests mimicking dolphins, which can “sleep” with one part of the brain while another part remains active. After all, an AI that requires hours of sleep isn’t ideal for commercial applications.
1. WSCL was developed to help improve AI’s ______.| A．reliability | B．creativity | C．security | D．popularity |
| A．Generate new data. | B．Process previous data. |
| C．Receive data for later analysis. | D．Save data for the “awake” phase. |
| A．The application of WSCL. | B．The benefits of AI research. |
| C．The findings of the research. | D．The underlying logic of WSCL. |
| A．Cautious. | B．Prejudiced. | C．Pessimistic. | D．Unconcerned. |
3 . At graduation ceremonies, it’s common to see parents proudly cheering and clapping for their kids. But have you ever seen it
The video shows Shivaee’s dad, Aashish, walking up to the stage to
The dad,
“This ceremony would have been
Shivaee was barely 3 years old when the video was taken in 2022. That makes the
| A．show | B．happen | C．change | D．return |
| A．secretly | B．patiently | C．shyly | D．loudly |
| A．pick up | B．show off | C．apply for | D．hand out |
| A．observes | B．decorates | C．occupies | D．approaches |
| A．laughter | B．encouragement | C．suspicion | D．opposition |
| A．confused | B．embarrassed | C．relieved | D．touched |
| A．share | B．imagine | C．choose | D．recollect |
| A．news | B．name | C．plan | D．prize |
| A．professors | B．audiences | C．graduates | D．kids |
| A．heartwarming | B．special | C．incomplete | D．unbearable |
| A．words | B．story | C．ideas | D．optimism |
| A．Thanks to | B．Regardless of | C．Rather than | D．As for |
| A．challenge | B．achievement | C．opportunity | D．contribution |
| A．father | B．dream | C．girl | D．scene |
| A．popular | B．awake | C．alive | D．hopeful |
4 . We’re often told to follow our dreams, and one person in Canada has done just that after building a wonderland for animals. In his own backyard, the eight water features which Robert Perkins dug into the ground are now a shelter for birds, frogs, beavers (河狸) and other animals in the middle of suburban development. But for Perkins, creating habitat for wildlife is not only about doing his part to help the environment. It’s a labor of love for a woman he met when he was 16 years old.
Perkins met Rhonda in 1974 and the two of them hit it off. They both loved animals, and she always wished to have a place where they could live in harmony with the land. Rhonda, whom Perkins stayed with all his life, passed away in 2006. Perkins resolved to build a wonderland where her spirit could stay in peace.
Ignoring planning departments and neighbors alike, Perkins began digging large holes for water to flow. Over the course of nine years his property went from being a neighborly headache to a perfect home for wildlife.
Perkins says he won’t take all the credit for the wetland he built. When Perkins started creating the wildlife habitat in the early 2000s, a family of beavers got wind of it soon and claimed the land. “When we built our subdivisions, we cleared all the trees, dried the hills, drove all the water down to the lakes... In turn, the beavers helped dam (筑坝) and purify the water.”
Wetland habitats not only attract wildlife, but probably offer the most complete package of ecosystem services, including preventing pollution, enriching the soil, and promoting the well-being of wildlife species.
Perkins says he doesn’t need to wonder what Rhonda might think of the place; he feels her presence whenever he walks alone among the trees, the grass, and the ponds, looking at birds or beavers, and listening to the songbirds and frogs. Perkins hopes his project will one day become an educational place that local people can visit to learn about the importance of wetlands.
1. Why did Perkins build the water features?| A．To fulfill his childhood dream. | B．To show his love for his wife. |
| C．To preserve endangered wildlife. | D．To adapt to suburban development. |
| A．Effortless but creative. | B．Discouraging but efficient. |
| C．Painful but influential. | D．Demanding but rewarding. |
| A．Perkins had a strategic plan for it. | B．Human’s role in it was overvalued. |
| C．Nature itself also played a part in it. | D．Beavers were invited to help with it. |
| A．To help spread his story. | B．To be a recreational spot. |
| C．To bring economic value. | D．To serve as an inspiration. |
5 . A city can become famous and experience a significant increase in visitors due to the influence of a well-liked film or a TV drama. For audiences, stepping into the scenes and experiencing the daily lives of the characters has become a new travel trend. Over the past year, several films and TV dramas have put their shooting locations into the public spotlight.
Qingdao in Shandong province
The Wandering Earth 2, a sci-fi that explores digital life and space journey, showcases impressive sci-fi scenes.90 percent of the film was shot in different places of Qingdao city, including the Jiaozhou Bay Bridge-the world’s longest cross-sea bridge, and the TAG Art Museum. For sci-fi fans, visiting Qingdao to explore the movie’s filming locations has become a popular trend.
Jiangmen in Guangdong province
The hit show The Knockout made Jiangmen an important tourism destination. As the hometown for many overseas Chinese, the city features historical cultural street scenes and South Asian-style architecture. The city has recorded more than 3.34 million trips in the past two months, which has generated over 3.4 billion yuan of tourism income, reflecting a notable rise of 124.3 percent compared to the same period the previous year.
Ningbo Museum in Zhejiang province
The primary setting for the sci-fi TV drama Three-Body Problem, Ningbo Museum, has caught significant attention. The museum integrates regional cultural features, traditional architectural elements, and modern techniques. Following the TV show’s release, daily visitor numbers rocketed to 5,000, marking a remarkable 220 percent year-on-year increase.
Taiyuan Ancient County in Shanxi province
Full River Red, directed by Zhang Yimou, set the Taiyuan Ancient County on fire with excitement. The movie highlights the county’s complex and narrow streets. The county now draws over 40,000 tourists every day, a significant rise compared to the daily 20,000 previously. Notably, one-third of these tourists were from outside Shanxi province, according to local statistics.
1. Which place best suits visitors who appreciate buildings of foreign style?| A．Qingdao city. | B．Jiangmen city. |
| C．Ningbo Museum. | D．Taiyuan Ancient County. |
| A．Its characteristic streets. | B．Its disastrous fire. |
| C．Its increasing population. | D．Its economic growth. |
| A．Their income depends heavily on tourism. | B．Their architecture integrates different cultures. |
| C．They are famous for their historical landmarks. | D．They become a hit through films or TV dramas. |
6 . We Need to Think about Conservation on a Different Timescale
Time, perceived by humans in days, months, and years, contrasts with nature’s grander scales of centuries and millennia, referred to as “deep time.” While paleontologists (古生物学者) are trained to think in deep time, conservationists are realizing the challenges it poses. Shortsightedness about time limits modern conservation, with efforts often overlooking past healthy conditions of ecosystems in the context of climate and biodiversity crises.
The shifting baseline syndrome (综合症), where standards in a place change gradually, makes conservation more complex. It involves evaluating ecosystems primarily on their recent past, often with negative consequences.
Recent shifts in California’s forest management practices, from stopping fires to embracing Indigenous knowledge of controlled burns, exemplify the importance of understanding historical ecosystem dynamics. To enhance conservation, adopting a deep-time approach is crucial.
Modern mathematical modeling, combined with long-term data, offers a pathway for preserving ecosystems. In California’s kelp (海带、海藻) forest, researchers identified an overlooked keystone species — the extinct Seller’s Sea Cow (大海牛). By examining past kelp forests, a deeper story impacting regeneration was revealed. The sea cow, a massive plant-cater, contributed to a diverse, vital undergrowth by trimming kelp and letting light reach the area.
The researchers put forward a novel approach to kelp forest restoration: selectively harvesting kelp, imitating the sea cow’s impact. This strategy, considering historical dynamics, challenges assumptions about recent ecosystems and offers new conservation methods.
Rather than only focusing on removing urchins (海胆) or reintroducing sea otters, the researchers suggest employing teams of humans to selectively harvest kelp, as the Steller’s sea cow once did, to encourage fresh growth. This sustainable harvest could benefit both the ecosystem and human consumption.
In short, assumptions based on the recent past may impede the understanding and protection of ecosystems. On the other hand, the application of controlled burns, similar modeling studies, and a deep-time perspective (视角) could significantly transform conservation efforts. Recognizing our role in an ongoing narrative spanning millions of years is essential, urging a comprehensive understanding of ecosystems through time. Embracing this role is crucial for shaping the future and establishing vital connections from the past to the future.
1. What is the “shifting baseline syndrome,” mentioned in the passage?| A．A syndrome that affects human beings’ perception of time. |
| B．A phenomenon where ecological standards shift in a place. |
| C．A psychological disorder common among conservationists. |
| D．A condition where ecosystems change gradually over time. |
| A．It promotes the prevention of wildfires. | B．It aids in mathematical modeling efforts. |
| C．It helps reveal historical ecosystem dynamics. | D．It enhances human consumption of ecosystems. |
| A．Reform. | B．Disrupt. | C．Quicken. | D．Deepen. |
| A．Shifting baseline syndrome has positive ecological changes. |
| B．Mathematical modeling with the latest data can be effective. |
| C．Deep-time perspective and historical dynamics are crucial. |
| D．Recent history is more preferred in ecosystem restoration. |
7 . Over the last two million years, our species has experienced a significant increase in brain volume, contributing to our perceived intelligence and dominance. However, recent research led by Jeremy DeSilva from Dartmouth College reveals an unexpected turn: our brains diminished (缩减) in size after the last Ice Age, about 3,000 to 5,000 years ago.
Contrary to the initial belief that brain size reduction matched the appearance of agriculture 10,000 years ago, DeSilva’s team points to a more recent period marked by the flourishing and advancement of ancient civilizations in North Africa, the Middle East, and South America. They suggest that the shrinkage may be linked to the development of cooperative societies and what researchers term “Collective intelligence,” where group problem-solving goes beyond individual capabilities.
Inspiration for this idea came from observations of “ultra-social” insects like ants, where smaller-brained individuals succeed in highly cooperative societies. The researchers suggest that as human societies became more organized over the past 3,000 years, the need for an individually large brain to store information about food, relationships, and the environment diminished. Instead, information could be collectively stored within social circles, towns, and groups.
The rise of external information storage, including books, personal devices, and the internet, further lessened the demand on individual brains, allowing them to operate more efficiently. While the average human brain volume remained around 1,450 cubic centimeters for the past 150,000 years, it decreased by approximately 10%, or up to 150 cubic centimeters, in the last few millennia. This reduction in brain size is not a direct consequence of shrinking bodies, as the relative size to body proportion also decreased.
Importantly, researchers advise against equating brain size with intelligence, suggesting that our mental circuitry (回路) may have evolved to be more efficient, similar to the advancements seen in the evolution of computer sizes from room-filling to pocket sized.
1. What does the recent research by Jeremy DeSilva reveal?| A．Agriculture appears 10,000 years ago. |
| B．“Ultra- social” insects become more organized. |
| C．The human brain size diminishes after the last Ice Age. |
| D．Group problem-solving goes beyond individual capabilities. |
| A．the advancement of ancient civilizations |
| B．the change of the environment |
| C．decreased external information storage |
| D．cooperative societies and “collective intelligence” |
| A．Decreased body proportion leads to smaller brains. |
| B．A larger brain guarantees higher intelligence. |
| C．People should prioritize brain size over mental circuitry. |
| D．Social factors have lessened the demand on individual brains. |
| A．Surprising Changes in Human Brain Volume. |
| B．Social Adaptation and Human Brain Shrinkage. |
| C．The History of Brain Size Reduction in Humans. |
| D．Exploring the Evolution of Human Cognitive Abilities. |
8 . Teaching comedy is a delicate craft that Shakespeare Theatre Company’s Teaching Artists handle with expertise. Sabrina Mandell, specializing in clowning and physical comedy, believes in starting with examples of what she finds funny, helping students understand humor and its subtlety (微妙之处). She emphasizes the importance of discovering what works for individuals rather than specifying a right way.
Overcoming fear is crucial in comedy, with Mark Jaster noting that comedians must be willing to push beyond social norms. Sabrina also advocates opening up emotionally, recognizing the closeness of laughter and tears. After all, pushing students to face fear head-on can tap into their full comedic potential.
Precision is also essential in comedy, requiring crisp, clean, and well-timed performance. Jim Gagne emphasizes the need for precision in comedy compared to the flexibility allowed in drama. Teaching comedic timing is challenging, with some students naturally possessing the talent, while others need more guidance to refine this essential skill. Jim, however, believes it can be developed through awareness, practice, and thorough exploration.
Play and fun are crucial in teaching comedy. Sabrina emphasizes the importance of rediscovering the joy of play. Mark envisions a comedy lab where exploring its mysteries is as significant as its performance.
Despite the desire for laughs, teachers emphasize the importance of storytelling within comedic scenes. Jim provides a valuable insight: “In drama, you throw the dishes down; in comedy, you throw them up.” This comparison underscores that comedy demands a different approach, one that is more lighthearted and humorous. Nevertheless, the ultimate goal is to truly engage the audience and genuinely make them laugh.
1. What does Sabrina Mandell find important when teaching comedy?| A．Conveying her sense of humor to students. | B．Prioritizing storytelling over humor. |
| C．Focusing on creating physical humor. | D．Inspiring students to explore their humor. |
| A．fear is one of the primary sources of humor | B．comedians need to go beyond social conventions |
| C．laughter and tears enhance the comedic effect | D．it enables people to unlock comedic potential |
| A．He considers it merely a natural gift. |
| B．He emphasizes precision more in comedy than in drama. |
| C．He thinks teaching precision requires a sense of timing. |
| D．He believes precision in comedy is similar to flexibility in drama. |
| A．Comedy aims to find out mysteries. |
| B．Comedy requires a serious and dramatic approach. |
| C．Comedy brings the audience new inspirations. |
| D．Comedy can be taught through play and exploration. |
9 . How to Deal with the Holiday Stress: 5 Timeless Tips
The holiday season, while joyful, can also bring stress. Here are five effective and timeless tips to help navigate this period with more peace and joy:
Slow Down: Pace yourself during the holidays. Take your time in everything from walking to eating. Slowing down contributes to the relaxation of both the physical and mental aspects. Concentrate on breathing slowly and deeply, and try focusing on one task at a time. This practice not only aids in relaxation but also prevents overeating during festive feasts.
Appreciate Small Joys: Happiness often lies in appreciating the little things. If you wait for perfect moments or achievements to be happy, you’re missing out on daily joys. During the holidays, cherish the small pleasures like delicious meals, good health, the company of family and friends, and the comfort of a warm home.
Value What Matters Most: Focus on what is truly important and valuable to you. When it comes to gift-giving, consider meaningful items or experiences over numerous expensive gifts. These can create cherished memories and are often more appreciated.
Give Joy to Others: Making others happy can increase your own happiness. Simple acts of kindness, support, and positivity create a mutually beneficial cycle of joy. This practice, based on the Law of Reciprocity (互惠), encourages a positive environment where happiness is shared and reciprocated.
Accept Your Feelings: If negative emotions persist, try accepting them. Recognizing and accepting your feelings as they can help reduce their impact. This acceptance allows you to conserve emotional energy and promotes a more balanced and constructive mindset, paving the way for clearer thinking and problem-solving.
Follow these steps and you will transform the holiday stress into a more enjoyable and memorable season.
1. What is the main purpose of “slowing down” during the holidays?| A．To avoid social interactions. | B．To relax the body and mind. |
| C．To save time and energy. | D．To prepare for the new year. |
| A．Focus on expensive gifts. | B．Give as many gifts as possible. |
| C．Prioritize meaningful items. | D．Avoid giving gifts altogether. |
| A．Turn your back on them. | B．Share them with others. |
| C．Acknowledge them. | D．Seek help immediately. |
10 . It all began innocently—I rushed to the local market for a few items, deciding not to use a cart (推车). As I approached the checkout area with my hands full, it was clear that the
Like most, I surveyed the checkout lines,
In a(an)
Then came a(an)
Leaving the store, I felt
| A．community | B．delivery | C．customer | D．emergency |
| A．erupted | B．extended | C．prevented | D．disturbed |
| A．pessimistically | B．confidently | C．joyfully | D．curiously |
| A．news | B．information | C．awareness | D．dissatisfaction |
| A．spread | B．changed | C．exploded | D．ended |
| A．Controlled | B．Managed | C．Surrounded | D．Directed |
| A．accomplish | B．quicken | C．conclude | D．perform |
| A．suffered | B．experienced | C．expressed | D．sensed |
| A．effortless | B．depressed | C．formal | D．easygoing |
| A．friendly | B．confused | C．happy | D．expressionless |
| A．moral | B．experimental | C．unexpected | D．painful |
| A．escape | B．enrich | C．excite | D．embrace |
| A．wisdom | B．knowledge | C．judgment | D．appreciation |
| A．gentle | B．continuous | C．forbidden | D．serious |
| A．love | B．talent | C．gift | D．experience |
