1 . By day, Robert Titterton is a lawyer. In his spare  time though he goes on stage beside pianist Maria Raspopova — not as a musician but as her page turner. “I’m not a trained musician, but I’ve learnt to read music so I can help Maria in her performance.”

Mr Titterton is chairman of the Omega Ensemble but has been the group’s official page turner for the past four years. His job is to sit beside   the pianist and turn the pages of the score so the musician doesn’t have to break the flow of sound by doing it themselves. He said he became just as nervous as those playing instruments on stage.

“A lot of skills are needed for the job. You have to make sure you don’t turn two pages at once and make sure you find the repeats in the music   when you have to go back to the right spot.” Mr Titterton explained.

Being a page turner requires plenty of practice. Some pieces of music can go for 40 minutes and require up to 50 page turns, including back turns for repeat passages. Silent onstage communication is key, and each pianist has their own style of “nodding” to indicate a page turn which they need to practise with their page turner.

But like all performances, there are moments when things go wrong. “I was turning the page to get ready for the next page, but the draft wind from the turn caused the spare pages to fall off the stand,” Mr Titterton said, “Luckily I was able to catch them and put them back.”

Most page turners are piano students or up-and-coming concert pianists, although Ms Raspopova has once asked her husband to   help her out on stage.

“My husband is the worst page turner,” she laughed. “He’s interested in the music, feeling every note, and I have to say: ‘Turn, turn!’ Robert is the best page turner I’ve had in my entire life.”

1. What should Titterton be able to do to be a page turner?

A．Read music.	B．Play the piano.
C．Sing songs.	D．Fix the instruments.

2. Which of the following best describes Titterton’s job on stage?

A．Boring.	B．Well-paid.
C．Demanding.	D．Dangerous.

3. What does Titterton need to practise?

A．Counting the pages.	B．Recognizing the “nodding”.
C．Catching falling objects.	D．Performing in his own style.

4. Why is Ms Raspopova’s husband “the worst page turner”?

A．He has very poor eyesight.	B．He ignores the audience.
C．He has no interest in music.	D．He forgets to do his job.

2 . Leslie Nielsen’s childhood was a difficult one, but he had one particular shining star in his life — his uncle, who was a well-known actor. The admiration and respect his uncle earned inspired Nielsen to make a career (职业) in acting. Even though he often felt he would be discovered to be a no-talent, he moved forward, gaining a scholarship to the Neighborhood Playhouse and making his first television appearance a few years later in 1948. However, becoming a full-time, successful actor would still be an uphill battle for another eight years until he landed a number of film roles that finally got him noticed.

But even then, what he had wasn’t quite what he wanted. Nielsen always felt he should be doing comedy but his good looks and distinguished voice kept him busy in dramatic roles. It wasn’t until 1980 — 32 years into his career — that he landed the role it would seem he was made for in Airplane! That movie led him into the second half of his career where his comedic presence alone could make a movie a financial success even when movie reviewers would not rate it highly.

Did Nielsen then feel content in his career? Yes and no. He was thrilled to be doing the comedy that he always felt he should do, but even during his last few years, he always had a sense of curiosity, wondering what new role or challenge might be just around the comer. He never stopped working, never retired.

Leslie Nielsen’s devotion to acting is wonderfully inspiring. He built a hugely successful career with little more than plain old hard work and determination. He showed us that even a single desire, never given up on, can make for a remarkable life.

1. Why did Nielsen want to be an actor?

A．He enjoyed watching movies.	B．He was eager to earn money.
C．He wanted to be like his uncle.	D．He felt he was good at acting.

2. What do we know about Nielsen in the second half of his career?

A．He directed some high quality movies.	B．He avoided taking on new challenges.
C．He focused on playing dramatic roles.	D．He became a successful comedy actor.

3. What does Nielsen’s career story tell us?

A．Art is long, life is short.	B．He who laughs last laughs longest.
C．It’s never too late to learn.	D．Where there’s a will there’s a way.

3 . Adapting to technological advances is a defining part of the 21st-century life. Just two months after being launched in November 2022, OpenAI’s ChatGPT has already reached an audience of over 100 million people. While ChatGPT threatens to change writing and writing-related work, the Mesopotamians, who lived 4,000 years ago in a geographical area centered in modern-day Iraq, went through this kind of far-reaching change before us.

Ancient Mesopotamia was home to many of civilization’s early developments. Its people were world leaders in adapting to technological and cultural changes. They invented the wheel and agriculture, and pioneered advances in mathematics and urbanization. These breakthroughs are reflected in cuneiform(楔形文字)literature，one of the oldest known forms of writing.

In its literature, Mesopotamians don’t present cultural and technological advances as consistently beneficial.They often represent new technologies being controlled in the service of human conflict and mostly serving the interests of those with high social positions. In some ways，the representation of new technologies in its literature echoes(映现)contemporary concerns about AI: fears of increasing social inequalities and its potential use in information war.

In recent years，AI—the newest form of writing—has been used to decipher(破译)the oldest: cuneiform literature.In broader fields,the boundaries of how AI may be used haven’t been clearly explained.In January,for example, a top international AI conference banned the use of AI tools for writing scientific papers.

Humans have been struggling to invent, use and adapt to technology since our earliest civilizations. But the technology and resulting knowledge are not always evenly distributed. Knowing how we adapted to changing technology in the past helps us more fully understand the human condition and may even help us prepare for the future.

1. What does paragraph 2 mainly talk about concerning Mesopotamians?

A．Their adaptation to threats.

B．Their influences on writing.

C．Their contribution to literature.

D．Their achievements in civilization.

2. What can be inferred about technological advances from paragraph 3?

A．They prevent human conflict.

B．They bring about hidden dangers.

C．They take away people’s concerns.

D．They lower people’s social status.

3. What is the current situation of AI according to paragraph 4?

A．Its use in literature is popular.

B．It is not allowed to finish papers.

C．Its range of application is undefined.

D．It is not accepted in broader fields.

4. Which of the following is a suitable title for the text?

A．How People Can Use the Latest Technology

B．How ChatGPT Will Threaten Writing and Work

C．What AI Will Do by Learning Cuneiform Literature

D．What History Can Teach Us About New Tech’s Impact

7 . Most glitter(小发光物品), which is made up of tiny pieces of plastic, is a huge danger to the environment. “Everyone talks about the mountain of plastic floating in the ocean. You can grab empty bottles from the water, but with tiny pieces, it’s impossible,” says Victor Alvarez, a chemical engineer who sells an eco-friendly alternative to glitter.

In the early 2,000s, Alvarez worked for Mercedes-Benz in Germany, where he became fond of any technology that protected the environment. A few years after leaving Mercedes-Benz, he founded Blue Sun International in Miami, which makes specialty ingredients for the skin and hair care industries.

Glitter is a popular ingredient in cosmetics, such as eye shadows and lipsticks. So Alvarez began researching an alternative that didn’t contain plastic to make his products safer for the environment. That’s when he came across Ronald Britton Ltd., a company which had developed a plastic-free, biodegradable product called Bioglitter. It is made from regenerative cellulose(纤维素) sourced from hardwoods, primarily eucalyptus(桉树). Alvarez worked with the company to become the first retailer to sell Bioglitter in America. In 2018, he formed Today Glitter in order to sell the biodegradable glitter directly to consumers through its website.

Today Glitter sells two kinds of biodegradable glitter Bioglitter Sparkle and Bioglitter Pure. Both are almost plastic-free and can biodegrade in a short time. Meanwhile, they are as shiny as regular glitter. All these products are third-party tested by TÜV, an international organization that provides testing and certification for compostable (可降解的) and biodegradable products.

Despite its benefits, the hardwoods needed to make biodegradable glitter cause it to cost about twice as much as conventional glitter. A small glass container that contains just 6 grams of Bioglitter costs $10, while the same amount of regular glitter could cost at least half that amount. Alvarez expects the price will come down over time. He also expects the company’s sales to cross $1 million next year. But more importantly, Alvarez says, his main goal is to effect a meaningful change.

1. While at Mercedes Benz, Alvarez        .

A．developed a way to grab glitter in the sea	B．became interested in the environment
C．attempted to live a plastic-free life	D．created a kind of harmless glitter

2. What do we know about Bioglitter?

A．It is a plastic-free ingredient for eye shadows.

B．It will soon be on sale in the American market.

C．It is very difficult to break down in the wild.

D．It was invented by Blue Sun International.

3. Why does the author mention TÜV in the text?

A．To show Bioglitter Sparkle and Bioglitter Pure are popular.

B．To stress it provides a broad range of testing services.

C．To prove Today Glitter’s products are eco-friendly.

D．To explain many plastic products are low-quality.

4. What is the problem faced by Today Glitter at present?

A．The complex process of making glitter.	B．How to expand its overseas market.
C．How to attract potential investors.	D．The high cost of raw materials.

8 . A Chinese girl Tan Fanglin overcame a world-class mathematics problem and was invited again to attend the World Laureates Forum when she was 15. Communicating with 65 top scientists in the world, she became a rising star in this meeting of the world’s sharpest minds.

Her discovery has won her many prizes in youth innovation competitions in China. However, Tan is not a “genius” in the traditional sense. Tan was born in a scholarly family. Her father was a professor of mathematics. Tan showed a high interest in mathematics when she was very young. She likes to find questions on her own. The more difficult the problem is, the more potential she will unlock. In this process, her father will only give proper guidance.

Tan took part in many research projects. So devoted to the projects, she once made serious mistakes during the exam at school. Instead of severely rebuking her, her parents let her find the problem by herself and achieve a better balance between textbook study and research. It was because of the respect and trust of her parents that Tan began to plan her study time scientifically and applied the learning methods summarized in the process of mathematics research to the classroom. With her hard work, she made great achievements in mathematics.

Attending this meeting enabled Tan to get more inspiration from the world’s top scientists. She even got the opportunity to talk with germ Miesenböck, who is pioneering the field of Optogenetics (光遗传学). Miesenböc has encouraged her not to lose her passion and love for what she does and said accepting failure is important to researchers. He has stressed that people all know that even Thomas Edison went through hundreds of unsuccessful attempts before finally inventing the light bulb. Tan has met many difficulties in her research and often feels upset. The words have made her feel inspired.

1. What can we learn about Tan Fanglin?

A．She went to the meeting with her father.	B．She has a strong love for mathematics.
C．She never made mistakes in her school exams.	D．She was invited to attend the Forum for the first time.

2. What does the underlined word “rebuking” in Paragraph 3 mean?

A．Helping.

B．Challenging.

C．Criticizing.

D．Praising.

3. How did Tan’s parents help her with her research?

A．By correcting her mistakes.

B．By offering extra training for her research.

C．By stressing the importance of scientific research.

D．By respecting her and encouraging her in self-development.

4. Which statement does germ Miesenböc probably agree with?

A．All roads lead to Rome.	B．Nothing is impossible.
C．Where there is a will, there is a way.	D．Failure is the mother of success.

9 . Reshaping the world for a fossil fuel-free future means working quickly. Climate scientists say carbon emissions must stop by 2025 to minimize environmental damage. And by designing computational materials together with makers who can build and test them quickly, scientists can rapidly develop technologies like more powerful solar cells and car batteries.

Michael is the name of a supercomputer devoted to just one task―discovering the ultimate battery system. Researchers at University College London will use Michael to digitally build and test prototypes (原型) in every new material and type of cell possible to improve battery life, performance and price.

Finding a resilient (弹性的) design for solid-state batteries would be a huge breakthrough for electric vehicles and energy storage. Lighter, longer-lasting and cheaper solid-state technology could vastly improve vehicle range and charging time. And the energy from solar and wind power could be more efficiently stored until ready for use.

Scientists working in the US and the UK led the way in the 1970s in developing the lithium-ion (锂离子) battery used in today’s electric cars, laptops and cameras, But commercial units were only developed once the Japanese electronics giant pushed the technology forward for mass production. Partnerships between companies and universities could ultimately crack solid-state battery design. Oxford University and some companies are looking to win the international race to create a durable product. But they are only one among many.

Replacing liquid used in lithium-ion batteries with a solid conductor may take large digital processing. Electric vehicle makers are working with a computer giant to find successful designs that may include cheap and plentiful materials found in seawater. An electric vehicle maker is partnering with NASA to open a solid-state battery plant that uses no rare or expensive metals. The plan is to create a large database of materials that can be mixed and matched for the best combinations.

But computational materials may be needed in virtually every industry. And by rapidly classifying millions of substances on their ability to conduct electricity, their toughness, or the way they reflect light, AI and supercomputers can speed up the process of creating materials for just about anything.

1. What message does paragraph 1 convey?

A．It’s too fast to design computational materials.

B．It’s too late to reshape the fossil fuel-free world.

C．Developing green energy can reduce carbon emissions.

D．Developing technology can speed up carbon emissions.

2. What are solid-state batteries expected to be like?

A．Heavy and solid.	B．Light but breakable.
C．Less-costly and workable.	D．Expensive but efficient.

3. Why does the author mention Oxford University in paragraph 4?

A．To show the weakness of mass production.

B．To show the good trend of the cooperation.

C．To show the difficulty of the battery design.

D．To show the development of British technology.

4. What can be the best title for the text?

A．Michael Is Devoted to Storing Solar Energy

B．Companies and NASA Will Push Technology Forward

C．Electric Vehicle Makers Are Struggling to Solve Air Pollution

D．Supercomputers and AI Can Create Future Low-carbon Industries

10 . How To Stop Bein g A People Pleaser

As a recovering people pleaser, I spent much of my life keeping others happy. Breaking this habit meant stepping on a few toes. However, I’ve become a happier person as a result. Here are some tips I used to stop being a people pleaser.

Identify your priorities. Take a moment to think about why you are trying to learn how to stop being a people pleaser.     1     Why do you feel the need to keep them happy? Answering these questions will help you set a goal that you can hold yourself accountable to.

Just say “no”. One reason why people pleasers say “yes” to everything is that they fear disappointing others.     2     If you are a people pleaser, you are likely to spend lots of energy trying to control how people feel about you. The best thing you can do is let them feel their feelings. It will feel liberating to free yourself from being responsible for someone else’s reaction.

    3     Saying “no” is a good way to set better boundaries in your important relationships. All healthy relationships have their own boundaries. If you haven’t set boundaries in your relationships, the odds are that at some point you will end up feeling pressured to do something you don’t want to do.

Accept yourself. Many people pleasers are insecure about who they are.     4     Check out our summary of Brené Brown’s the Gifts of Imperfection to learn how to accept your imperfections and love yourself.

Remember that you cannot please everyone. No matter what you do there will always be someone who is unhappy with your choices.     5    

A．Learn to set healthy boundaries.

B．Don’t mix up your boundaries with others’.

C．Who are the people that you feel the need to please?

D．Spend some time learning to love yourself for who you are.

E．So why bother trying to please everyone if it isn’t possible?

F．But saying “no” is the best way to take care of your own needs.

G．That is why the more you seek security, the less of it you have.