Science Without Borders
科学家英语名言
科学家英语名言本文是关于科学家英语名言，仅供参考，希望对您有所帮助，感谢阅读。
1、科学需要人的全部生命。
Science needs all one's life。
2、数理科学是大自然的语言。
Mathematical science is one of nature's language。
3、追求科学需要特殊的勇敢。
The pursuit of science needs special courage。
4、科学是永无止境的，它是一个永恒之谜。
Science is endless， it is an eternal mystery。
5、问号是开启任何一门科学的钥匙。
The question mark is the key to any science。
6、科学和艺术是一枚硬币的两面。
Science and art are two sides of a coin。
7、科学好比一棵大树，一个人怎么也抱不住。
Science is like a tree， how also can not hold one。
8、科学没有国境，但科学家有祖国。
Science without borders， but scientists have the motherland。
9、科学是对狂热和狂言最好的解毒剂。
Science is the best antidote to fanaticism and leek。
10、一旦科学插上幻想的翅膀，它就能赢得胜利。
Once the science with wings of fantasy， it can win。
11、科学是使人精神变得勇敢的最好途径。
Science is the best way to make the person spirit to become so。
12、只有天才和科学结了婚才能得到最好的结果。
Only genius married science can get the best results。
关于科学的英语名言
关于科学的英语名言导读：1、惊奇就是科学的种子。
Surprise is the seed of science.2、生产力中也包括科学。
Also include the scientific productivity.3、科学实为救国第一事。
Science as well as saving the nation first.4、科学是系统化了的知识。
Science is organized knowledge.5、哲学是科学的伟大母亲。
Philosophy is the great mother of science.6、科学是社会变革的力量。
Science is the power of social change.7、科学是僵化概念的墓地。
Science is the concept of rigid cemetery.8、好奇心造就科学家和诗人。
Curiosity scientists and poets.9、科学是将领，实践是士兵。
Science is a general practice is a soldier.10、追求科学需要特殊的勇敢。
The pursuit of science needs special courage.11、真知特识，必从科学而来。
Truth, knowledge, will from science.12、科学是个不断学习的过程。
Science is a process of constant learning.13、科学之兴，实对抗于宗教。
Of science, solid against to religion.14、科学的基础是健康的身体。
Science is the foundation of a healthy body.15、数理科学是大自然的语言。
Mathematical science is one of nature's language.16、创新是科学房屋的生命力。
有关科学的英语名言
有关科学的英语名言1、在科学上没有平坦的大道，只有不畏劳苦沿着陡峭山路攀登的人，才能希望达到光辉的顶点。
——马克思The is no royal road to science， and only those who do not dread the fatiguing climb of its steep paths to chance of gaining its luminous summits。
2、思想永远是宇宙的统治者。
——柏拉图Thought is the ruler of the universe forever。
3、科学既是人类智慧的最高成果，又是最有希望的物质福利的源泉。
——贝尔纳Science is a human wisdom of the highest achievements， and the source of the most promising material well-being。
4、真理可能在少数人一边。
——柏拉图Truth may be in the side of a few people。
5、科学所打开的世界越来越辽阔，越来越奇妙……——伊林The world of open science of more and more big，more and more wonderful……6、科学上的许多重大突破，都是从一点点细微的成绩积累起来的。
——佚名Many important scientific breakthroughs， from the accumulated a little bit small。
7、时间，就象海棉里的水，只要愿挤，总还是有的。
——鲁迅Time， just like the water in sponge， as long as willing to squeeze， always some。
8、我之所以能在科学上成功，最重要的一点就是对科学的热爱，坚持长期探索。
英语科学名言
英语科学名言导读：1、大自然无法躲避科学家的慧眼。
Nature cannot avoid the eye of the scientists.2、科学可以增加人的积极知识，但不能提高人的境界。
Science can increase people's knowledge actively, but it can't improve.3、科学是“无知”的局部解剖学。
Science is "ignorance" of regional anatomy.4、科学精神在于寻求事实，寻求真理。
Scientific spirit is to seek the truth, seek the truth.5、科学技术是生产力，而且是第一生产力。
Science and technology is productivity, and it is the first productive force.6、人借助于科学，就可纠正自然界的缺陷。
People with the help of science, can correct nature of the defect.7、科学是一件美好的事，如果人无需赖此维生的话。
Science is a wonderful thing, if people do not need to depend on the sustenance.8、真知特识，必从科学而来。
Truth, knowledge, will from science.9、如果学习只在模仿，那么我们就不会有科学，也不会有技术。
If learning only in the imitation, so we wouldn't have science, there will be no technology.10、有高度的自由，才有高深的科学。
A high degree of freedom, just have advanced science.11、自然科学是人们争取自由的一种武器。
科学没有国界但科学家有祖国英语作文
科学没有国界但科学家有祖国英语作文全文共6篇示例，供读者参考篇1Science Has No Borders, But Scientists Have HomelandsHi there! My name is Lily and I'm 10 years old. Today, my teacher asked us to write an essay about the idea that "Science has no borders, but scientists have homelands." At first, I wasn't sure what that meant, but after some thinking, I think I understand it now. Let me share my thoughts with you!Science is like a giant puzzle that people all over the world are working on together. It doesn't matter what country you're from or what language you speak – if you're a scientist, you're trying to figure out how the universe works. Scientists share their discoveries and ideas with each other, no matter where they live. That's why we say "science has no borders."For example, let's talk about space exploration. NASA (that's the National Aeronautics and Space Administration in the United States) sent astronauts to the moon. But they didn't do it all alone! Scientists and engineers from many different countries helped design the rockets, spacesuits, and other equipmentneeded for the mission. Even though the astronauts were American, the science behind the moon landing belonged to people all over the world.Or think about medicine. Doctors and researchers are always working hard to find cures for diseases like cancer, COVID-19, and malaria. They share their research with other scientists globally so that everyone can learn from each other's work. A scientist in India might make a discovery that could lead to a new treatment in Mexico. Science brings the whole world together for the greater good of humanity.But even though science doesn't have borders, scientists themselves have homelands – the countries or cultures they grew up in. Their homelands shape who they are and how they see the world. Let me give you an example from my own life.My best friend Maya is really good at math and science. Her family is from India originally, and she told me that her grandparents used to work on rockets for the Indian Space Research Organization (ISRO). Maybe that's why Maya loves learning about space so much! She's really proud of India's achievements in science and technology.On the other hand, my family is from China, and my parents are always telling me stories about great Chinese scientists andinventors from history. Like Zhang Heng, who invented the first seismometer to detect earthquakes way back in 132 AD! Or Joseph Needham, the British scientist who studied ancient Chinese science and technology. Hearing stories like these makes me feel connected to my Chinese heritage and the long tradition of scientific exploration there.I think every scientist has a homeland that helped shape their curiosity and passion for understanding the world around them. Maybe their homeland inspired their love of nature or gave them role models to look up to. Maybe their cultural traditions encouraged them to ask questions and seek knowledge.At the same time, being part of the global scientific community means scientists get to share ideas and work together with people from all different homelands. They can take pride in their roots while still embracing science as a universal language that brings the whole world closer.In my opinion, having homelands doesn't divide scientists at all. Instead, it makes science richer because we get to combine all the different perspectives, experiences, and ways of thinking that people from diverse backgrounds bring to the table. The morescientists can learn from each other's cultures and traditions, the more amazing discoveries we'll make together.Like my teacher always says, "United minds can conquer any problem!" As long as scientists keep collaborating across borders while celebrating where they came from, there's no limit to what we can achieve. Who knows – maybe someday a scientist like me will find the cure for cancer or figure out how to travel to other planets!For now, I'll just keep studying hard, asking lots of questions, and dreaming big. The world of science is wide open, waiting for kids like me to explore it. No matter where we're from, the universal language of science will help guide the way as we uncover the mysteries of the universe, side by side. What an exciting adventure!篇2Science Has No Borders, But Scientists Have a HomelandHi there! My name is Timmy and I'm 10 years old. Today I want to talk to you about something really important - science and how it relates to countries and borders. It's a big topic but I'll do my best to explain it in a way that makes sense.First, let's talk about what science actually is. Science is all about studying the world around us through observations and experiments to learn how things work. Scientists ask questions, make hypotheses or educated guesses, test those guesses, and then draw conclusions based on the evidence they find. The cool thing about science is that it doesn't care what country you're from or what language you speak. The laws of physics, chemistry, biology and other sciences apply everywhere on Earth (and beyond!).For example, if a scientist in America discovers a new species of frog, that discovery doesn't just belong to America. Scientists all over the world can study that new frog and learn from it. Or if a physicist in China figures out a new equation about how gravity works, every other physicist on the planet can use that equation too. Science has no borders! The knowledge spreads across countries and continents because science is universal. In that way, science belongs to the whole world and brings people together.But here's where it gets a little tricky. Even though science itself doesn't have borders, the scientists who do the science are human beings who live in specific places and have a homeland or country they belong to. Most scientists were born and grew up in a particular country, maybe learned the local language andcustoms, and develop a sense of belonging and loyalty to that place. Their home country helped shape who they are.That homeland connection matters because it can influence what kinds of scientific questions a scientist gets interested in studying. A scientist from a coastal country might be really curious about ocean life and ecosystems. A scientist from the mountains might focus more on geology and landscapes. An astronomer from a country with a great telescope might spend a lot of time studying the stars. You get the idea!Countries also provide funding and resources that allow scientists to do their research. They build universities, labs, telescopes, satellites, and all the tools scientists need. So scientists often feel thankful and loyal to their homeland for giving them the opportunity to be a scientist in the first place.At the same time, scientists have to be objective and follow evidence over any national pride or bias. If the data shows something that contradicts what your home country wants to believe, a good scientist tells the truth about the evidence. Ignoring facts for patriotic reasons wouldn't be real science. That's one of the reasons international collaboration is so vital - scientists from different countries can check each other's work and make sure conclusions are solid.Another reason diversity in science is so valuable is that scientists from diverse backgrounds and cultures can bring new perspectives and different ways of looking at problems. If every scientist studying cancer was from the same country and had the same experiences, they might miss important insights. But including researchers from all over the world increases the chance of a breakthrough. Diversity makes science smarter!Speaking of diversity, let me tell you about a really cool scientist named Dr. Tiera Fletcher. She's an American chemist who grew up loving science but didn't see a lot of people who looked like her in science careers. Now she's achieved great things like creating glow-in-the-dark materials using bioluminescence from fireflies and jellyfish! And she's using her success to inspire more girls and minorities to get involved in STEM fields. She clearly has pride in being an American scientist bringing positive change. But her work and the science behind it can benefit kids all around the globe. That's the power of science without borders!So in the end, while science may be universal and belong to the world, scientists are people who come from somewhere specific and have connections to a homeland culture. Those ties to a particular place don't make their scientific discoveries anyless valid or important. We just have to remember that mixing diverse perspectives and letting the evidence speak for itself, not national loyalty, is what truly advances human knowledge.Thanks for reading my essay! I tried to cover a pretty big concept as best I could. Science is amazing and I can't wait to see what new breakthroughs scientists from all over the world will make next. Stay curious!篇3Science Has No Borders, But Scientists Have a HomelandHi there! My name is Jamie and I'm 10 years old. Today I want to talk to you about something really important - science! Science is super cool and helps us understand the world around us. But did you know that even though science doesn't have any borders or boundaries, the people who do science (called scientists) actually do have a homeland? Let me explain what I mean.Science is universal - it doesn't matter where you're fromOne of the best things about science is that it's the same no matter where you go in the world. The laws of physics, chemistry, biology and all the other sciences apply everywhere, from thebiggest cities to the smallest villages. Whether you're in New York, Tokyo, Rio de Janeiro or a tiny island in the Pacific Ocean, gravity still makes things fall down, water still boils at 212°F (100°C), and plants still need sunlight, water and nutrients to grow. Science has no borders!Scientists from all over have made amazing discoveries and inventions that help people everywhere. For example, the mathematician Pythagoras was from Greece but his famous theorem about right-angled triangles is used by people everywhere today. Or think about Marie Curie who was born in Poland but did her Nobel Prize-winning work on radioactivity in France. Or Albert Einstein from Germany whose theories of relativity revolutionized our understanding of the universe. Science brings people together from all around the world to share ideas and make the world a better place.It doesn't matter what language you speak, what religion you practice, or what country you're a citizen of - if you use the scientific method of observing, experimenting, and analyzing data, then you are a scientist! Science is a universal language that anyone can learn and participate in. That's why lots of big science projects involve teams of researchers from manydifferent countries all working together. Science has no borders and belongs to everyone in the world.But scientists themselves still have homelandsWhile science may be universal and have no borders, the people who do science - the scientists themselves - are still from particular places with their own cultures and backgrounds. Every scientist has a homeland where they grew up learning the language, celebrating the holidays, eating the foods, and absorbing the traditions of that place. You can take the scientist out of their homeland, but you can't take the homeland out of the scientist!For example, Marie Curie may have done her famous work in France, but she was born in Warsaw, Poland and carried her Polish culture, language and identity with her wherever she went. Or think of Albert Einstein - he spent most of his amazing scientific career in places like Switzerland, Germany and the United States. But he was born and raised in Germany, celebrating German holidays, speaking the German language, and being shaped by German culture. His unique perspective as a German scientist contributed to his revolutionary theories about space, time and energy.A scientist's homeland and cultural background can influence how they approach problems and the types of questions they ask. Their native languages, beliefs, values and life experiences all provide a unique lens through which they view the world. By bringing together scientists from diverse homelands, we get teams with multiple perspectives working on solving the biggest challenges facing humanity.Every scientist feels pride for their homelandAnother reason why scientists have a homeland is because it's human nature to feel pride for the place you were born and came from. When a scientist makes an important breakthrough or wins a major award like the Nobel Prize, people in their homeland country feel an extra sense of pride, celebration and joy. The scientist's accomplishments make their whole nation proud!For example, when Donna Strickland won the 2018 Nobel Prize in Physics for her work on high-intensity laser pulses, it was a moment of great national pride for Canadians since she is from Guelph, Ontario. Or in 2014 when Malala Yousafzai was awarded the Nobel Peace Prize at just 17 years old for her advocacy for girls' education, it made all Pakistanis beam with pride that she was from their homeland. Scientists feel immense priderepresenting their homelands on the world stage when they achieve something remarkable.I'll always rep my homeland of Australia when I become a scientist! I can't wait to eat Vegemite sandwiches in the lab and put a Aussie flag on my lab coat. Maybe I'll even name one of my big discoveries "The Sydneyosaurus" or something to represent where I'm from Down Under. No matter how universal science gets, I'll always carry the Aussie spirit with me!Let's celebrate our homelands while coming together through scienceIn the end, we should celebrate the fact that scientists all have their own homelands that shape who they are. The diversity of cultures, perspectives, and experiences that scientists bring from their homelands is what allows science to grow and evolve in creative new ways. Science may be borderless, but it's powered by scientists who are formed by their native lands.At the same time, we should remember that science is a universal, global endeavor that unites people from all around the world. Scientists from every corner of the planet should collaborate and work together to solve problems and expand human knowledge. If we can celebrate our homelands while stillcoming together through the common language of science, that's the best of both worlds!So let's keep repping our homelands while practicing borderless science. I'll be the kid scientist from Australia working with my friends from Japan, Brazil, Tanzania and everywhere else to unlock the mysteries of the universe. We may be from different homelands, but we're all scientists who are part of the same universal human family. United through science, there's no limit to what we can discover and achieve!篇4Science Has No Borders, But Scientists Have a HomelandHi! My name is Alex and I'm 10 years old. Today I want to talk to you about science and how even though science doesn't have any borders or boundaries, the people who do science (called scientists) all have a homeland - a country where they were born and grew up.What is science? Science is about discovering and learning new things about the world around us through observation and experimentation. Scientists study everything - from the tiniest atoms to the biggest galaxies in space! Some scientists study plants and animals. Others study the human body and try to findcures for diseases. Some even study the weather and climate. Scientists are pretty much studying every single thing in the universe to learn how it works.The really cool thing about science is that it doesn't belong to any one country or group of people. Science is universal - it's for everyone in the world to learn and explore no matter where you live. The laws of science, like gravity or how plants grow, are the same everywhere on Earth. When a scientist in China learns something new about black holes, that knowledge belongs to the whole world, not just China. And if a scientist in Brazil discovers a new species of frog, that discovery is for everyone, not just Brazilians. Science has no borders!But even though science itself doesn't have borders, the scientists who do science all come from different homelands or countries. A scientist could be born and raised in France, Japan, Nigeria, Canada, or any other nation in the world. Every scientist has a place they call home - it's the country where they grew up, went to school, and first learned about science as a kid. The homeland shapes who a scientist is and how they view the world. It's a huge part of their identity.My homeland is the United States. I was born in New York City and have lived here my whole life. I love so many thingsabout the US - the diverse people and cultures, the amazing cities, the beautiful national parks. Even though science doesn't belong to any one country, I feel very proud that many important scientists were born in America, like Benjamin Franklin, Thomas Edison, and the Wright Brothers. Their American homeland and upbringing shaped who they were as scientists and inventors.At the same time, the United States has benefited tremendously from brilliant scientists born in other homelands. Albert Einstein was born in Germany before moving to America. Jadav Chandra Bose, who made篇5Science Has No Borders, But Scientists Have a HomelandHi there, my name is Emma, and I'm a 10-year-old student who loves science! Today, I want to share my thoughts on an important topic: "Science has no borders, but scientists have a homeland."What does this phrase mean? Well, let me explain.Science is like a big, beautiful garden filled with knowledge and discoveries. It's a place where curious minds come together to learn about the world around us. Whether you're studyingplants, animals, the stars, or anything else, science helps us understand how things work.Now, when we say "science has no borders," it means that science belongs to everyone, no matter where you're from or what language you speak. Science is like a universal language that everyone can understand and contribute to.For example, let's say a scientist in China makes an amazing discovery about how to grow better crops. That discovery can help farmers all over the world, no matter what country they live in. Science doesn't care if you're Chinese, American, African, or from anywhere else – it's for everyone!But here's the cool part: even though science has no borders, scientists do have a homeland. What does that mean? Well, it means that every scientist comes from a specific place, with its own culture, traditions, and way of life.Imagine a scientist named Aisha from Egypt. She might study science using the same methods as scientists from other countries, but she also brings her own unique perspective and experiences to her work. Maybe she's inspired by the ancient Egyptian pyramids or the Nile River. Her homeland shapes who she is and how she approaches her research.Or think about a scientist named Javier from Mexico. He might be fascinated by the diverse plant life in his country and want to learn more about how different species adapt to their environments. His love for his homeland might inspire him to study biology and help protect the natural world.You see, scientists come from all over the globe, with different backgrounds and stories. But they all share a passion for discovery and a desire to make the world a better place through science.That's why it's so important to have scientists from many different countries and cultures working together. Each one brings their own unique perspective and experiences to the table, and when we combine all those perspectives, we can learn and discover even more!Imagine if only scientists from one country studied space. They might miss out on important insights or ideas from scientists in other parts of the world. But when scientists from different homelands collaborate, they can share their knowledge and push the boundaries of what we know about the universe.The same goes for any field of science – medicine, technology, environmental studies, you name it! By working together and learning from each other's cultures andexperiences, scientists can make incredible breakthroughs that benefit everyone on our planet.So, while science has no borders and belongs to all of humanity, scientists have a special connection to their homelands. Their cultures, traditions, and experiences shape who they are and how they approach their work. And when scientists from different homelands come together, it's like a beautiful tapestry of knowledge and understanding.That's why I love science so much – it's a world of endless discovery, where people from all over the globe can share their ideas and work together to make the world a better place. And even though scientists have different homelands, they're all united by their love of learning and their desire to explore the mysteries of the universe.Who knows, maybe one day I'll become a scientist too, and I can contribute my own unique perspective to the amazing world of science! But for now, I'll keep learning, exploring, and appreciating the incredible diversity of scientists and their homelands.Science has no borders, but scientists have a homeland –and that's what makes science so special and full of wonder.Together, we can unlock the secrets of the universe, one discovery at a time!篇6Science Has No Borders, But Scientists Have a HomelandHi everyone! My name is Emily, and I'm 10 years old. Today, I want to talk to you about something really important – science and scientists. You see, science is amazing! It helps us understand the world around us and creates cool new inventions that make our lives better.But here's the thing – science doesn't belong to any one country or group of people. It's like a big, awesome playground where everyone can come and play, no matter where they're from or what they look like. Science has no borders!Think about it this way: when a scientist in China makes a new discovery, that discovery doesn't just belong to China. It belongs to the whole world! Because science is about sharing knowledge and working together to learn more. Whether you're from America, Japan, Brazil, or anywhere else, you can be a scientist and contribute to making the world a better place.That's the beauty of science – it brings people together from all over the globe to solve problems and explore the mysteries of the universe. It's like one big international team where everyone's ideas are welcome.But here's something important to remember: even though science has no borders, scientists do have a homeland. You see, every scientist comes from somewhere – a place where they grew up, went to school, and learned to love science.For me, that place is the United States of America. I was born here, and I'm proud to be an American. This is my homeland, the place that helped shape who I am today. And you know what? I bet lots of other scientists feel the same way about their own homelands.Maybe there's a scientist in India who feels a special connection to their country and its rich scientific history. Or a scientist in Kenya who is inspired by the amazing wildlife and landscapes of their homeland. Every scientist has a place that made them who they are, and that's something to be proud of.At the same time, being proud of your homeland doesn't mean you can't work with scientists from other countries or appreciate their contributions. In fact, that's one of the coolestthings about science – it brings people together from all over the world to collaborate and share ideas.Imagine if scientists only worked with other scientists from their own country and ignored everyone else's research. That would be terrible! We'd miss out on so many amazing discoveries and inventions. Science thrives when we work together, share our knowledge, and learn from each other's perspectives.That's why it's important to remember that while science has no borders, scientists have homelands – special places that helped shape their love of science and their unique experiences. And by working together and respecting each other's backgrounds, we can make the world an even more amazing place through science.So, let's celebrate our homelands and be proud of where we come from. But let's also remember that science is a global effort, and by collaborating with scientists from all over the world, we can solve the biggest challenges facing our planet.Who knows? Maybe one day, a scientist from America will team up with a scientist from China to cure a deadly disease. Or maybe a scientist from Brazil will work with a scientist from Australia to develop a new type of renewable energy. Thepossibilities are endless when we break down borders and work together in the name of science.At the end of the day, science is a universal language that brings people together. And while scientists may come from different homelands, we all share a common goal: to make the world a better place through knowledge, curiosity, and understanding.So let's keep exploring, learning, and working together as one big global scientific community. Because when it comes to science, there are no borders – only endless possibilities waiting to be discovered!。
江苏省宿迁市2023-2024学年高三下学期一模英语-试题含解析
江苏省宿迁市2023-2024学年高三下学期一模英语试题学校:___________姓名：___________班级：___________考号：___________一、阅读理解Participating in art competitions is essential for students to gain formal recognition and impress college admission officers.Today,we have a list of art competitions on regional, national,and international scales.EarthX Eco-Art CompetitionIt invites young artists aged5-22to create2-D or3-D art that illustrates the theme: Protectors for the Planet.The theme can be interpreted in various ways,including individuals taking action towards a more sustainable planet,or highlighting the efforts of environmental leaders working to sustain ecosystems.Deadline:March8,2024The Children’s Drawing ContestSponsored by International Certification Organization Network,the contest,whose theme this year is“Passing on Our Precious Earth to The Future”,invites children aged7-15 worldwide to draw the kind of natural environment they would like to live in.48winners will receive special memorabilia.All entrants will receive a participation prize.Medium: Drawings with any type of paint,pastel,etc.Deadline:May31,2024Science without Borders ChallengeThe competition is open to children and young people under the age of16.We welcome entries from both groups and individuals to create art to promote public awareness of the need to preserve,protect,and restore nature.The theme is“The Sixth Extinction”and you can focus on the protection of endangered species.Acceptable media include paint,pencil,marker, crayon,ink,felt,and oil pastel.Deadline:March4,2024The Scholastic Art and Writing AwardsThe Scholastic Art and Writing Awards,the longest-running literary and art competition in the US,provides opportunities and academic awards for creative young people to express their talent.The theme this year is“Tell Your Climate Story”.Students in the9th to12th grades can submit poetry,fiction and nonfiction to show their understanding of environmentalissues.Deadline:June10,20241．On which date can participants send their entries to EarthX Eco-Art Competition?A．May6,2024.B．March15,2024.C．April28,2024.D．February9, 2024.2．Which competition best suits teenagers good at writing poems?A．EarthX Eco-Art Competition.B．The Children’s Drawing Contest.C．Science without Borders Challenge.D．The Scholastic Art and Writing Awards. 3．What do the four competitions have in common?A．They target students under the age of20.B．They are about environmental protection.C．They require participants to write a story.D．They only accept entries fromindividuals.I was surprised to find the congestion(拥塞)outside Layla’s primary school was unusually absent—I’d driven right into a parking space,and I was on time,for once.The school bell rang,and in a moment a stream of children made their way through the gate.But something was different—the kids were piling into vehicles in threes and fours.Before I could enquire my daughter Layla,Mr Trent,the deputy head,approached.“Mrs Pavis,did you not read our letter?”Letter?What letter?I had a history of not looking out for them,and not reading them in most cases.“The letter?Of course.It must have just slipped my mind—I’ve been away with work.”Now I was digging around in Layla’s messy schoolbag at home.Eventually,I found several letters,all addressing the same topic—parking outside the school gates.Apparently with some parents parking illegally,the police were about to get involved.“Why didn’t you give me these letters?”I yla shrugged.“I forgot.”I was about to launch into a severe lecture when it occurred to me that I had always forgotten—I had forgotten to give Layla her money for cookery that morning and forgotten to hang out the kids’washed clothes.I contained myself and figured out that they wanted the parents to car-pool(拼车).I spent the next half hour ringing round Layla’s friends’parents,enquiring if they would like to car-pool with us.Unfortunately,they were all sorted.It was my own fault—I should have read those letters ages ago.“Er...I overheard others talking about it,”Layla said,“They said they didn’t know who would car-pool with us,because we’re always late.”I flushed instantly.We were a disorganised family,and I was the one to blame.I resolved to change.With responsibility for my kids,I find I am never,ever late.It’s good for Layla and for her older brothers,and it’s good for me,because now I never leave the house unprepared.I’ve even started checking the kids’schoolbags for notes from school. 4．What did the author notice when the school was over?A．It was hard to find a parking space.B．Children were picked up in groups.C．Her daughter was absent from class.D．She arrived much earlier than others. 5．What stopped the author criticizing her daughter?A．The reflection of her daily routine.B．The realization of her carelessness.C．The knowledge of her kid’s character.D．The awareness of her kid’s depression. 6．Why did others refuse to car-pool with them according to Layla?A．Because they contacted them late.B．Because they failed to keep the house tidy.C．Because they couldn’t be on time.D．Because they ignored the school’srequest.7．What can we learn from the passage?A．Action creates motivation.B．Mother’s love never changes.C．It’s never too late to mend.D．Patience is the key to success.Countless stories have portrayed the deep connection between humans and horses,such as classic literary works Black Beauty and The Chronicles of Narnia.However,the extent to which horses comprehend their human companions remains a mystery.Recent research has shown that horses can distinguish between human expressions of happiness and sadness conveyed through facial movements or vocal tones.The researchers brought28horses into a room one by one,each wearing heart rate monitors as their actions were recorded.The horse faced two screens playing two different videos:one showed a happy person and the other a sad person.A voice was played at the same time,sounding happy or sad.When the picture and voice didn’t match—for example,if the voice was sad but the picture showed a happy person—the horse seemed puzzled and looked for a longer time, compared to the one that did match,as if it knew something didn’t make sense.“You could imagine that they have a particular box in their mind labeled‘human sadness’containing thecharacteristics of both a sad face and a sad voice,and that when we are sad,they expect what we say to match how we look,”said Doctoral Researcher Océane Liehrmann of the University of Turku,in Finland.The researchers also saw that horses were more attentive to the screen displaying the happy face.They looked at it more often and for a longer time and their heart rates increased when they heard a happy voice and decreased when they heard a sad voice as well.It is possible that the horses might have associated happy human expressions with positive memories from their past.Another theory is that seeing a happy person could actually make a horse feel happier—a process known as emotional contagion.“We don’t know whether horses themselves understand what it is to be sad.It is possible that they learn it means something for a human,”said Liehrmann.8．How did the researchers carry out the experiment?A．By comparing different horses’expressions.B．By monitoring horses’odd behavior in the lab.C．By summarizing the characteristics of the horses.D．By observing horses’reaction to human emotions.9．What can we learn from the result of the research?A．Horses had a preference for happy people.B．Horses were too nervous about the videos.C．Horses recognized people’s identity quickly.D．Horses looked excited at a voice of sadness.10．What does the underlined word“contagion”probably mean in the last paragraph?A．Support.B．Influence.C．Outbreak.D．Control. 11．Which of the following is a suitable title for the text?A．Humans Impact Horses Hugely B．Horses Dislike Sorrowful PeopleC．Humans and Horses Interact Closely D．Horses Know When You are HappyReunions offer a chance to reflect on how much has changed.One happened in Hollywood when Here premiered(首映),bringing together the actors,director and writer behind Forrest Gump40years later for a new film.The stars were“de-aged”using new AI tools,making them more youthful in some scenes and enabling the filmmakers to see the transformation in real time while shooting.With the use of generative AI in film making come things worth watching.The first is how AI will be used to tell new types of stories,as storytelling becomes more personalised and interactive.No one is quite sure how the nature of storytelling will change,but it is sure to.David Thomson,a film historian,compares generative AI to the advent of sound.When movies were no longer silent,it changed the way plot points were made and how deeply viewers could connect with characters.Cristóbal Valenzuela,who runs a company providing AI-enhanced software,says AI is like a“new kind of camera”,offering a fresh“opportunity to reimagine what stories are like”.Both are right.Another big development to watch is how AI will be used as a time-saving tool. Generative AI will automate and simplify complex tasks like film-editing and special effects. For a glimpse of the future,watch Everything Everywhere All at Once,which won the Academy Award for Best Picture in2023.It featured a scene that used a“rotoscoping”tool to edit out the green-screen background and make a talking rock more believable.It shortened into hours what might have otherwise taken days of video-editing.What is also noticeable is more dramatic conflicts between creators and those running AI platforms.This year is likely to bring floods of lawsuits(诉讼)from authors,musicians and actors about how their works have been used to train AI systems without permission or payment.Perhaps they can agree on some sort of licensing arrangement,in which AI companies start paying copyright-holders.It will probably be a few years before a full-length film is produced entirely by AI,but it is just a matter of time.12．What can we learn about the film Here?A．It relates a story about youth.B．The theme of the film is reunion.C．AI tools are employed in the film.D．It is adapted from Forrest Gump. 13．What does David think of AI’s application in film making?A．Transformative.B．Destructive.C．Representative.D．Irreplaceable.14．Why does the author mention the film Everything Everywhere All at Once?A．To show the high efficiency of AI tools.B．To demonstrate the influence of the film.C．To analyse a novel way of video-editing.D．To praise the hard work behind thescenes.15．What is the article mainly about?A．Conflicts between man and machine.B．AI’s huge effects on film production.C．Drawbacks of dependence on AI tools.D．Hot debate on the use of technology.Once upon a time,sewing and mending clothes was common.16Why have people stopped mending their clothing?Schools stopped offering home economics classes, technology boomed and fast fashion became increasingly popular.All of a sudden,it’s more inconvenient to fix something than it is to buy something new.17In the past few years,it seems there’s been growing interest in slow fashion—not only saving,but also sewing and mending.On one of the most pleasant corners of the internet,you’ll find lots of videos showcasing everything from visible mending to beginner sewing journeys.Why should you learn to mend?18As any eco expert will tell you,the best thing you can do is buy less to begin with.That means shopping for quality items that will stand the test of time,but also learning a few key skills so you can repair those items as needed rather than sentencing them to life in an already-overflowing landfill.It’s also helpful to customize(改制)secondhand items which might not be exactly the right size or a little out of date.19Beyond the functional benefits,mending is about using what you have,embracing imperfections,fixing what’s broken,and rejecting the idea that new er is better.The other aspect of mending is mindfulness.20It’s meditative(冥想的),slow work.It’s productive,and deeply satisfying.And an added bonus:It’s sustainable.If you are interested in sewing and mending,it is the perfect time to learn the new skill. which can especially have a positive impact on the world.A．But all hope is not lost.B．Because it is a means of making a living.C．Mending is a great way to reject consumerism.D．Buying secondhand goods makes it possible to be sustainable.E．This way,you may find yourself upcycling pieces into ones that suit you.F．At some point in the last few decades,though,it became something of a lost art.G．You focus on the task at hand and use your creativity to make your clothes unique.二、完形填空I grew up in a low-income household where music became my refuge(避难所)from my teenage anxiety.Despite knowing deep within my heart that music was my21,I chose to22the journey to medical school.Being a doctor meant a lot to me:a life of security,23stability and social status.However,the stress and the lack of“me”time saw me deeply24in a song-less decade.25,with the assistance of a young producer,I wrote and recorded a six-song demoCD．This was my first experience in a professional recording studio,and it was 26!Finally,after all those years of27my passion,I wanted to be a songwriter.I28to a professional musician and asked if he would listen to some of my songs29the events of my life,of grief and pain,new relationships,and love lost and found.Thirty minutes later,he looked at me with a bright smile and said,“You’re ready to 30an album(唱片).”His words gave me the31I needed.One year later,Perfect Love,my first full-length CD,was officially32,and is now33to users on iTunes,Amazon,and CD Baby.My life feels34and I know I have done what I was meant to do.So you too can 35it is indeed possible,whatever your life circumstances,to make your dream come true. 21．A．nature B．passion C．concern D．weakness 22．A．begin B．break C．restart D．continue 23．A．temporary B．political C．internal D．financial 24．A．absorbed B．trapped C．interested D．experienced 25．A．Definitely B．Suddenly C．Fortunately D．Undoubtedly 26．A．moving B．puzzling C．exciting D．embarrassing 27．A．pursuing B．keeping C．arousing D．killing 28．A．looked up B．reached out C．stood up D．hung on 29．A．detailing B．purifying C．predicting D．justifying 30．A．sell B．collect C．record D．donate 31．A．defence B．criticism C．sympathy D．confidence 32．A．released B．delivered C．rejected D．sponsored 33．A．attractive B．available C．special D．suitable 34．A．pitiful B．balanced C．complete D．demanding 35．A．believe B．imagine C．recall D．explain三、语法填空阅读下面短文，在空白处填入1个适当的单词或括号内单词的正确形式。
江苏省连云港市2023-2024学年高二下学期6月期末英语试题
江苏省连云港市2023-2024学年高二下学期6月期末英语试题一、阅读理解The Science Without Borders® Challenge is an international contest that engages students and teachers in ocean conservation through art.ThemeThe theme for the 2024 Science without Borders® Challenge is “Hidden Wonders of the Deep.” To apply for this year’s contest, students should submit artwork illustrating mysterious and unique deep-sea creatures or ecosystems, highlighting the beauty and diversity that often goes unseen.QualificationThis international art competition is open to all students 11-19 years old. College and university students are not qualified for this contest.How to ApplyTo apply to the 2024 Science Without Borders® Challenge, fill out the online entry form, and upload a picture of your art work before 1st July! If you are under the age of 13, your parents will be asked to provide permission, so make sure not to wait until the last minute.JudgingA panel of artists, educators, and scientists judge the Science Without Borders® Challenge. Artwork will be evaluated on the quality of the artwork, originality, and adherence to (坚持) the theme.Certificates will be sent to all participants in this year’s Science Without Borders® Challenge after the winners are announced in August.PrizesWinners will be awarded with the following scholarships:·1st Place: $500·2nd Place: $350·3rd Place: $2001．What is the main purpose of the contest?A．To collect high-quality artworks.B．To promote deep ocean exploration.C．To encourage more students to learn art.D．To raise awareness of marine ecosystem. 2．Which entry might be qualified for this year’s contest?A．A copy of a famous painting.B．A painting submitted in August.C．A picture featuring sea birds flying.D．A drawing by a middle school student. 3．What will you get if you win the first prize?A．$350.B．A medal.C．A certificate.D．A present.On the streets of Sydney, Australia, a young Chinese woman, wearing elegant hanfu, the traditional clothing of China, gracefully holds a dizi, the bamboo flute of China, fascinating passersby with the melodies of traditional Chinese music. The performer is Dong Min, a talented musician born in 1990.After graduating from Minzu University of China with a major in Chinese bamboo flute, Dong registered at the University of New South Wales in Australia in 2015 to study curating (策展) and cultural leadership. Dong quickly found like-minded friends passionate about Chinese traditional instruments. Then, she founded the Sydney Meya Conservatory (音乐学院) of Chinese Music.Dong noticed a lack of awareness of Chinese traditional music in Australia. So, inspired by local performers using Western instruments for street performances, she started street performances with her conservatory members, showing traditional Chinese instruments in Sydney’s Chinatown in 2016.“Street performances offer a direct and visual way for people to experience Chinese music. By bringing it to the streets, we make it accessible to everyone,” she said.As Dong’s performances grew in popularity, snippets (片段) of her shows spread across social media, drawing in a larger audience. With over 1 million followers online, including nearly 150,000 from international platforms, Dong’s influence continues to grow.Apart from her conservatory, Dong also offers online dizi lessons to a global audience and organizes online exchange concerts for her students worldwide. “I hope to create a platform for music enthusiasts to connect and build friendships through their shared love for music,” she said.Ever since she arrived in Australia, Dong has noticed a growing interest in Chinesetraditional music among local people. Many music schools now offer courses on Chinese instruments. “This demonstrates that traditional Chinese music is thriving (兴旺) not only in formal concert halls but also on the streets and within communities,” she said.4．What can we learn about Dong from the first two paragraphs?A．She has a desire to be a leader.B．She has a gift for Chinese music.C．She majored in curating in China.D．She held a fashion show in Sydney. 5．Why did Dong perform on streets?A．To raise funds for her study.B．To promote Chinese traditional music.C．To pursue a good reputation.D．To compete with Western performers. 6．What can we learn about traditional Chinese music from the last paragraph?A．It has gained increasing popularity.B．It used to be taught in local schools.C．It has changed to cater to local tastes.D．It used to be performed in communities. 7．Which of the following words best describe Dong?A．Ambitious and passionate.B．Modest and outgoing.C．Diligent and straightforward.D．Generous and adaptable.Packaging designers often combine a variety of elements—text, illustration, color—in complex designs meant to attract consumers’ attention. In many cases, according to a new series of studies, they'd get better results from a simpler approach.In the first study, the researchers worked with data from the U. S. supermarket chain Kroger. They gathered all product images across four consumable categories—shampoo, deodorant, crackers, and cereal—along with each product’s name, brand, retail (零售) price, and weight. Independent research assistants rated the images on complexity of design. Mapping the ratings against each product's price per ounce showed that the simpler the package was, the higher the product's unit price—suggesting that people are willing to pay more when items are presented simply.In the following experiments, the researchers created simple and complex packages for trail mix and showed one or the other to each of 362 university students. The students indicated the highest amount they would pay for the snack, reported whether they thought it contained few or many ingredients and how pure they believed it to be, and rated the package on attractiveness andsimplicity. Those who saw the simple design were willing to pay more, even though they were less likely than people who saw the complex design to award high marks on attractiveness. The simple design got higher scores on purity, and participants believed the product contained fewer ingredients. Repeating the experiment with a different item—hand lotion (护手霜)—got similar results.“Simplifying packaging design may be an efficient way to convey product information independent of text,” the researchers write. Additional experiments showed that the boost from a simple design was less pronounced when the product's ingredients were highlighted on the package; consumers then had no need to guess purity.8．How did the researchers carry out the first study?A．By talking to the staff from a supermarket.B．By recording opinions from local customers.C．By rating complexity of designs and improving them.D．By analyzing product images and related information.9．The researchers repeated the experiment with hand lotion to find out ________.A．how to create simple packages B．how to get high marks on purityC．whether people preferred simpler designs D．why complex designs were more attractive 10．Which of the following may the researchers agree with?A．Categories of products should be highlighted.B．Managers should make package designs simpler.C．Sales of products should rely more on packaging.D．Researchers should focus on less pronounced facts.11．What is a suitable title for the text?A．Less is more B．Quality over quantityC．The simpler, the healthier D．The more complex, the more expensiveImagine being able to chat with an artificial intelligence (AI) about anything. What if you could discuss last night's game, get relationship advice, or have a deep debate with the virtual assistant on your kitchen counter? Large language models—AIs capable of this level of communication—are advancing quickly enough to make this our new reality. But can we trustwhat artificial agents say?There are many reasons to embrace conversational AI. The potential uses in health, education, research, and commercial spaces are mind-boggling. Virtual characters can't replace human contact, but mental health research suggests that having something to talk to, whether real or not, can help people.But the biggest problem is that we trust them more than we should. There's a large body of research in human-robot interaction which shows that people will respond to social gestures, reveal personal information, and are even willing to shift their beliefs or behaviour for an artificial agent. This kind of social trust makes us vulnerable (脆弱的) to emotional persuasion and requires careful design, as well as rules, to ensure that these systems aren't used against people.A chatbot may, for instance, instruct your child to touch a live electrical plug with a coin, which has happened. The newest language models are trained on vast amounts of text found on the internet, including harmful and misleading content. As it becomes more difficult to expect a language model's responses, there's more risk of unintended consequences. For example, if people ask their home assistant how to deal with a medical emergency, the wrong kinds of answers can be harmful.We need to ask who creates and owns large language models, and whom this harms or benefits. Personal information that people reveal in conversation can be used for and against them. We need to ensure that this technology is designed and used responsibly. After all, humanity deserves protection, too.12．What does the underlined word “mind-boggling” mean?A．Worthwhile.B．Reliable.C．Incredible.D．Impossible. 13．What is the biggest problem with human-robot interaction?A．People may be hurt emotionally.B．People may lack normal social life.C．People may spend too much time online.D．People may become too dependent on AI. 14．What is paragraph 4 mainly about?A．Latest applications and training of AI.B．Potential risks and misuse cases of AI.C．Challenges of predicting AI's responses.D．Dangers of relying on AI for emergencies. 15．What is the author's attitude towards chatting with AI?A．Cautious.B．Supportive.C．Indifferent.D．Doubtful.Are you too responsible?Taking responsibility is an essential element of strong leadership. But when the scales tip to over-responsibility, both the leader and their team suffer. 16Define what you’re truly responsible forWhen it feels like the weight of the world is on your shoulders, try the following pie-chart exercise. 17 Draw a circle on your paper and allocate (分配) responsibility for the situation to each person on your list. Add up those amounts and determine the remaining percentage. The amount left over is your actual share of responsibility.Examine your assumptionsTo start overturning your over-responsibility habit, examine the beliefs and fears that keep it alive. Are they really true? Reframe the release of responsibility and consider that you’re empowering others. Allow them to struggle with a task, solve their own problem, or own up to a mistake. 18Give responsibilities backWhether you willingly assumed a given responsibility or it was placed on you, it’s time to return it to its rightful owner. Identify one responsibility you can return to a specific person.19 Expect a few discomfort at first, but resist the temptation to jump back in.Accept helpIf you’re overly responsible, you likely say “yes” whenever others ask for help but don’t ask for any yourself. It’s time to rebalance your give-accept proportion. 20 If someone asks if they can take something off your plate or offers to do something for you, say “yes.”Rightsizing your responsibility is not about escaping what is yours to own but finding a more appropriate balance. By taking 100% of your responsibility, but not more, you will avoid unnecessary stress and help others grow.A．Practice accepting offers of help.B．Grab a piece of paper and list everyone involved.C．It may be a simple task that someone else should be doing.D．The following strategies may help you find a more appropriate balance.E．In this way, you help them develop greater competence and confidence.F．Leaders who ask for help increase the feelings of connection on their team.G．If so, these could be signs that you have an overactive sense of responsibility.二、完形填空From the age of eight or so, I had to contribute my share of labour along with my father and two elder brothers.Kneeling (跪) in a rice field, I was up to my thighs (大腿) in the 21 . It splashed (溅) all over me, wet, sticky and 22 . When mud splashed into my eyes and onto my lip, I’d stand up, find the kettle of fresh water and try to 23 it away; but it was always a long 24 .In midsummer, the sun beat upon my back, making me feel like hot bread 25 the side of a pan. 26 ran down my mud-covered arms and legs. It felt as if ants were 27 all over me. To prevent the sweat from running into my eyes, I kept my face as 28 as possible.I told myself, be 29 ! If my parents and brothers could 30 taking it, so I could. A kind of 31 took place of the hurt in me. So thinking, I slowly pulled myself together and I crawled (爬) on.I 32 hard in the countryside, and I am proud of this. Crawling in the mud had taught me to take sweating as part of my life and not to be afraid in the face of 33 . More importantly, I had learnt the 34 of “you reap what you sow”. Plant your feet 35 on the ground, work hard and you will be rewarded.21．A．rain B．mud C．field D．river 22．A．dirty B．fresh C．soft D．sweet 23．A．throw B．move C．break D．wash 24．A．competition B．defence C．struggle D．adventure 25．A．holding onto B．standing by C．stuck to D．turned to 26．A．Sweats B．Tears C．Blood D．Heat 27．A．flying B．singing C．marching D．swimming 28．A．smooth B．low C．straight D．lovely29．A．patient B．generous C．grateful D．friendly 30．A．object to B．put off C．go on D．burst out 31．A．sympathy B．pride C．guilty D．excitement 32．A．played B．laboured C．trained D．studied 33．A．emergencies B．disasters C．dangers D．difficulties 34．A．meaning B．pronunciation C．spelling D．origin 35．A．heavily B．quickly C．suddenly D．firmly三、语法填空阅读下列短文，根据短文内容或括号内所给词的恰当形式填空。
科学英语名言
科学英语名言导读：1、科学的每一项巨大成就，都是以大胆的幻想为出发点的。
Every great achievement of science is based on bold fantasies.2、所有的科学都是错误先真理而生，错误在先比错误在后好。
All science is born of error and truth, before mistakes are better than mistakes.3、对搞科学的人来说，勤奋就是成功之母。
To the science of science, diligence is the mother of success.4、科学是老老实实的东西，它要靠许许多多人民的劳动和智慧积累起来。
Science is an old and honest thing, and it must be accumulated by the labor and wisdom of many people.5、科学的基础是健康的身体。
The foundation of science is a healthy body.6、科学还不只在智慧训练上是最好的，在首选训练上也是一样。
Science is not only the best in the training of wisdom, but also the same in the first choice of training.7、一分时间，一分成果。
对科学工作者来说，就不是一天八小时，而是寸阴必珍，寸阳必争。
One minute, one point. For the scientific workers, not eight hours a day, but the time carefully for Jane, "yang.8、学科学，是一口气也松不得的；科学的成就就是毅力加耐性。
Science is not at one breath; the achievement of science is perseverance and perseverance.9、不要因为长期埋头科学，而失去对生活、对美、对待诗意的感受能力。
英语科学名言
英语科学名言1、天才跟科学结合，才能产生最大的效果。
Only when genius is combined with science can the greatest effect be achieved.2、科学不会舍弃真诚爱它的人们。
Science will not abandon those who love it sincerely.3、科学和艺术是一枚硬币的两面。
Science and art are two sides of a coin.4、科学是我们时代的神经系统。
Science is the nervous system of our time.5、科学，你是国力的灵魂；同时又是社会发展的标志。
Science, you are the soul of national strength; at the same time, it is the symbol of social development.6、科学虽没有国界，但是学者却有他自己的国家。
Science has no borders, but scholars have their own countries.7、科学的使命，是要造福社会，而不是造福个人。
The mission of science is to benefit society, not individuals.8、有高度的自由，才有高深的科学。
Only with a high degree of freedom can we have a high degree of science.9、人借助于科学，就可纠正自然界的缺陷。
With the help of science, man can correct the defects of nature.10、科学的领域是广大的，人类的生命却是很短的。
The field of science is vast, but human life is very short.11、科学就是对常识的不断冲击、突破和超越。
科学英语名言
科学英语名言导读：本文是关于科学英语名言的文章，如果觉得很不错，欢迎点评和分享！1、真理只有一个，它不在宗教中，而是在科学中。
There is only one truth. It is not in religion, but in science.2、没有疑问，哲学与科学在许多方面是互相促进的。
There is no doubt that philosophy and science are mutually reinforcing in many ways.3、科学的基础是健康的身体。
The foundation of science is healthy body.4、搞科学工作需要人的全部生命，八小时工作制是行不通的。
Scientific work requires all human life. The eight hour working system is not feasible.5、攻克科学堡垒，就像打仗一样，总会有人牺牲，有人受伤，我要为科学而献身。
To conquer the fortress of science is like war. There will always be sacrifices and injuries. I will dedicate myself to science.6、人的一生就是这样，先把人生变成一个科学的梦，然后再把梦变成现实。
Life is like this. First, turn life into a scientific dream andthen turn it into reality.7、科学家的成果是全人类的财产，而科学是最无私的领域。
The achievement of scientists is the property of all mankind, and science is the most selfless domain.8、科学地探求真理，要求我们的理智永远不要狂热地坚持某种假设。
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Science Without Borders
作者：By Lan Xinzhen
来源：《Beijing Review》2019年第02期
Science and technology is among the factors that have taken the human civilization to the level it enjoys today. Every milestone in scientific and technological progress has taken society a step forward.
While there are no complete records of all scientific and technological innovations， among the recorded ones， the compass invented in China and the steam engine in the West are among the indisputable contributors to progress.
In the course of time， these epochal inventions have been bested and replaced by more advanced innovations. Though advanced in their times， these pioneering inventions are out of date in today’s modern times.
Numerous scientific innovations that enjoyed their heyday in history were later replaced by new ones. Today， although we still admire those inventors， we are not awe-struck by their innovations or inventions as we now boast of science and technology much more sophisticated than in the past.
Will the science and technology of our times endure forever？ Certainly not. In the future，people will view today’s science and technology just as we treat those of centuries ago.
Therefore， technicians and scientists ought to give full play to their innovations during the latter’s limited “shelf life.” However， the application and spread of advanced science and technology has been hitting man-made snags in today’s world. Many of these blocks are imposed by the developed West.
For instance， while China has made remarkable achievements in aeronautical technologies，making some aerospace workers in the United States desirous to cooperate with their Chinese colleagues， American politicians have been preventing it.
Science and technology is a wealth that belongs to all mankind. To prevent its spread and exchange of scientifi c data for the sake of narrow interests is a selfi sh act.
The International Space Station， a manned space laboratory that saw the first launch in 1998，will complete its mission in 2020 and then go out of orbit， falling into the sea. By then， China will have established its own space station， which will be the only one of its kind in space at that time. China has expressed its willingness to share the space station with the rest of the world. But if U.S. politicians continue with their obstruction， it will be impossible for U.S. aerospace workers to use the Chinese space station.
The 5G communication technology， or 5G， is currently the most advanced in the world. Communication technology has been advancing by leaps and bounds. It took less than 10 years to develop 3G from 2G and then just three years to leap to 4G. Now communication technology has entered the 5G era， which will help further develop the Internet of Things and artifi cial intelligence.
Both China and the United States are frontrunners in 5G technology. U.S. telecom companies and consumers have a huge demand for Huawei’s 5G equipment but have been blocked access beca use of U.S. politicians’ focus on their own interests.
However， 5G is not the end of communication technology. In the near future， quite possibly， it will be replaced by quantum communication technology. The space station technology of today will also be replaced by new ones. One day in future， human beings may be able to undertake interplanetary journeys as easily as they travel by plane from one country to another. Focusing on immediate interests and turning a blind eye to the future will hamper science workers’efforts to maximize the benefi ts of science and technology and will also affect entire society.
The world needs a consensus to maximize the benefi ts of science and technology， condemn efforts to impose borders on science， and seek to remove restraints on communication.
Under the Western world’s blockade of science and technology in the past decades， China adopted a policy of independent innovation and today， has taken the lead in many areas. But instead of shutting its doors to other countries， China has been seeking to share its sci-tech achievements through international communication and cooperation.
At a time when science and technology is moving forward with giant strides， those who try to restrain communication and sharing the progress will only succeed in making laughing stocks of themselves.。