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题型:阅读理解-阅读单选 难度:0.65 引用次数:25 题号:22884347

A ship that has spent decades trying to drill nearer to the earth’s mantle (地幔) is preparing for a new voyage to uncover clues to how life began.

With the plan to deepen a hole drilled nearly 20 years ago, two dozen geologists, microbiologists and other scientists will aboard the Joides Resolution to the Atlantis Massif. The hole won’t be the longest in the seafloor but would push closer than ever to the mantle and explore deeper layers of ocean crust (地壳) that haven’t been reached before. Engineers on the ship intend to lower heavy drilling tools through about 5,400 feet of water to find a hole on the seafloor about 15 inches wide. Joides engineers compared the process to standing on a chair and trying to lower a pencil tied to the end of string into the mouth of a soda bottle with a fan blowing.

Samples from the new depths will be taken to investigate whether a special mix of rock and water, Olivine, could have started life on Earth and possibly other planets. This green and magnesium-rich mineral, abundant at such depths, is critical to serpentinization (蛇纹石化), a reaction that occurs when some minerals encounter seawater. Geochemists think the process of serpentinization generates the energy and geochemical conditions favorable to the creation of organic molecules. “These are the building blocks of life,” said Susan Q. Lang, the expedition’s cochief scientist.

The new depth is thought where serpentinization occurs but where temperatures are beyond the limits at which life is known to exist. “If organic molecules are found there, it could help confirm that serpentinization leads to their creation, which contributed to the origin of life.” Dr. Lang said. Finding organic molecules in samples from serpentinization sites could also inform the search for life on other planets. “The geochemistry of fluids in the plumes of Enceladus, a moon of Saturn (土星), have been inferred by astrobiologists to be similar to the makeup of fluids found at the Atlantis Massif.” she added.

1. How long could it be from the ocean surface to New Target according to the text and picture?
A.14700 feet.B.12150 feet.C.11390 feet.D.10040 feet.
2. What can we learn from the engineers’ example given in paragraph 2?
A.Deepening the hole will be challenging.
B.Engineers will be required to stand high.
C.The size of the drill pipe needs to be large.
D.The task will be affected by the wind from a fan.
3. What is the significance of finding the serpentinization according the text?
A.It may help to find a mineral rich in magnesium.
B.It may help to produce the organic molecules.
C.It may help to obtain the habitat of life on earth.
D.It may help to uncover clues to how life began.
4. What information can we get in the picture?
A.The Joides Resolution could scale with depth.
B.The Wall Street Journal will organize the voyage.
C.The new voyage could be named Moho Moonshot.
D.The ship will leave for Portugal from Ponta Delgada.
【知识点】 科学技术 新闻报道

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文章大意:这是一篇说明文。文章主要介绍智能服装或将入驻我们的未来衣橱。

【推荐1】In the movie The Wrong Trousers, a pair of futuristic trousers lets people walk on walls and ceilings. Inspired by the movie, researchers in England created “The Right Trousers,” a set of trousers embedded (嵌入) with electrical pumps to force air into tiny tubes (软管) that expand and can help elderly or disabled people with issues like getting up or improving blood flow. Now, material scientists, computer programmers and fabric designers are working to advance robotic clothing.

In June, researchers in Australia created robotic fibers, which can make fabric move automatically. Last year, scientists at MIT built fiber batteries that could be embedded into clothes and power robotic clothing. In recent years, Google partnered with brands like Levi’s and Adidas to put sensors in jackets, backpacks and shoes, letting users access their phones instantly. Researchers said they could soon unlock an era where clothing will act more like a computer, sensing how your body feels and telling your clothes how to help.

At the University of New South Wales in Australia, researchers are creating fabrics that car shape-shift. Thanh Nho Do, a senior lecturer at the school, said his team has created tiny tubes that can weave into sheets of fabric. These tubes can make fabric take various preprogrammed shapes. But challenges still remain for Do’s team, especially around making these robotic tubes smaller so they can weave easily with other fabrics.

Rebecca Kramer-Bottiglio from Yale University agreed that many challenges remain before smart clothing reaches their full potential. “It will be challenging to make these clothes, equipped with fibers and technology, strong enough to go through multiple cycles in the laundry (衣店),” she said. Despite that, she says researchers will figure out a way forward. “Recent breakthroughs,” she said, “point toward a not-so-distant future where smart clothing will be a part of our everyday life. ”

1. What did scientists at MIT do last years?
A.They put sensors in clothes.
B.They created movable robotic fibers.
C.They made batteries for robotic clothing.
D.They released smart clothing connected to cellphones.
2. What is the main challenge faced by Do’s team?
A.Ensuring the quality of the fabric.
B.Finding suitable materials for the fabric.
C.Programming the tubes to change shapes.
D.Adjusting tubes to weave with other fabrics.
3. What can be inferred about smart clothing according to Rebecca’s?
A.It struggles to stand repeated washes.
B.It will not be a part of everyday life soon.
C.It will never overcome laundry-related challenges.
D.It has all related challenges solved by researchers.
4. Which could be the best title for this passage?
A.The evolution of smart trousers
B.The future of laundry innovations
C.Smart fabric may shape future wardrobe
D.Smart clothing’s impact on everyday life
2023-12-28更新 | 53次组卷
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文章大意:本文是一篇说明文。作者通过一段人工智能聊天机器人创作的文章段落介绍了 ChatGPT 的概念以及功能,进而阐述了 ChatGPT 对人类职业方面的影响。

【推荐2】For decades, scientists and engineers have been working to develop computer programs that can understand and gen crate natural language. This has been a challenging task, but recent advances in machine learning have allowed us to create powerful language models.

The above paragraph was not written by a human. It was generated by a chatbot called ChatGPT, an artificial intelligence technology designed to mimic human conversation and language while drawing upon a vast wealth of knowledge to answer questions and solve problems. What ChatGPT offers seems more capable―and is potentially even more of a threat to jobs―than existing AI chatbot technology.

AI chatbots have been a routine feature of British life for a few years already. Logging onto many companies’ websites today triggers a popup window saying “Hi, I can answer your questions!” Telephoning restaurant chain Cafe Rouge, for example, puts you through to an audio chatbot that can recognize common questions and plays pre-recorded responses.

While ChatGPT is not infallible, Oxford’s Wooldridge compares its output to well-written undergraduate work. For example, when asked “what is artificial general intelligence” the chatbot responds, “It refers to a type of artificial intelligence that is capable of understanding or learning any intellectual task that a human being can, In other words, AGI is a type of A I that is able to perform any cognitive function that a human being can, rather than being limited to a specific set of tasks.” This level of output poses a threat to those at the lower end of the employment market. According to the Office for National Statistics(ONS), around 1.5 million jobs nationwide can be automated away, with those at greatest risk including restaurant waiters,

Those least likely to sec machines taking over their jobs include legal professionals, doctors and university lecturers. Such occupations are classed as highly skilled. The ONS says, “There is not so much that robots are taking over, but that routine and repetitive tasks which can be carried out more quickly and efficiently by an algorithm written by a human, or a machine designed for one specific function.”

The chairman of Parliament’s Business Committee, Darren Jones, hails Chat GPT as the “start of a new trend” in sophisticated AI tech. He says, “It will become common practice to use tools like this at work with time.”

1. What is the function of Chat GPT?
A.To help humans order food from restaurants.
B.To answer questions and solve problems for humans.
C.To automate away all human jobs sooner or later.
D.To accompany human beings by chatting with them.
2. What is the fourth paragraph mainly about?
A.ChatGPT’s output can be compared with undergraduate work.
B.ChatGPT could threaten lower-end jobs potentially.
C.It explains what artificial general intelligence is.
D.It illustrates that Chat GPT is limited to a specific set of tasks.
3. According to this passage, which of the following careers are most likely to be replaced by ChatGPT?
A.Doctors.B.Lawyers.
C.Musicians.D.Warehouse Keepers.
4. What is the best title for the text?
A.ChatGPT, a Powerful Chatbot Posing Threats to Lower-End Jobs
B.AGI, a Unique Type of AI Performing Cognitive Function
C.AGI, an Outdated AI Technology Taking Over All Jobs
D.ChatGPT, a Routine Feature of Our Daily Life for Years
2023-05-24更新 | 99次组卷
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【推荐3】Scientists have invented a process that can turn non-recyclable glass into everything from tires to toothpaste. Currently, only a small amount of glass is actually recyclable. Because of the effort that is required to sort and separate the smaller parts, they tend to be discarded or sent to the landfill — but researchers from the university of Queensland have come up with a way to turn mountains of non-recyclable glass into useful items.

Researchers said that glass can be broken into silica (二氧化硅) which can be used to make products such as glue, cleaner and coatings. Tom’s of Maine, famous for its natural toothpaste , for instance, uses silicon either as a thickener for its toothpaste or as a whitening agent.

“We’re taking waste glass that is currently going to the landfill because it’s too small to be sorted into the right color, ” said Pirie, one of the researchers. “Glass is about 70 to 75% silica. You need about 1.3 kg of glass to make 1 kg of silica. Most of that goes into the sellable products, so we have very little waste at the end of it.”

Unlike traditional methods of producing liquid silicate, the researchers’ technique requires relatively little energy, which also makes it far cheaper.

“The glass industry has a huge amount it cannot recycle because it is too broken or it is too small, ” said professor Damien Batstone, another researcher who helped to develop the technique. It is currently stockpiled as it cannot be used. We are going to take it through a much simpler process to turn it into a useful resource?

The university’s commercialization company unique quest is now seeking partner companies that are interested in taking the technology to market.

1. What does the underlined word “discarded” in paragraph 1 mean?
A.SoldB.DividedC.Broken downD.Thrown away
2. What does the author want to show by referring to Tom’s of Maine?
A.Tom's of Maine is the first to use silica from glass.
B.Silica from glass can be used in toothpaste,
C.some companies have put silica from glass into use.
D.Toothpaste consisting of silica from glass has good quality.
3. What do we know about the glass used to make silica?
A.It has to be sorted firstB.It has a high rate of usage
C.It is collected from the landfill.D.It has to be very small
4. What can we learn about the technology of turning glass into products?
A.It is energy savingB.It costs lots of money
C.It has been taken to marketD.It has a very simple process
2021-12-21更新 | 68次组卷
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