我眼中的物理学家_初中作文
我最喜爱的物理学家高级作文
我最喜爱的物理学家高级作文在科学的璀璨星空中，有无数熠熠生辉的名字，而在这众多的科学巨星里，有一位物理学家格外令我着迷，他就是理查德·费曼。
说起我是怎么认识这位大神的，那还得从一本偶然翻开的书说起。
那天，我百无聊赖地在图书馆闲逛，目光随意扫过书架，一本名叫的书突然闯入了我的眼帘。
当时我就想，这书名可真够特别的，带着满心的好奇，我把它从书架上抽了出来。
打开书之后，我仿佛走进了一个全新的奇妙世界。
费曼的人生经历简直比电影还精彩。
他可不是那种整天板着脸、只会埋头在实验室里的老学究。
相反，他充满了好奇心和幽默感，对生活中的一切都充满了热情。
费曼在研究物理的时候，那股子较真劲儿简直让人佩服得五体投地。
有一次，为了搞清楚一个复杂的物理问题，他把自己关在房间里，整整几天几夜不吃不喝，就像着了魔一样。
旁人都觉得他疯了，可他自己却乐在其中。
当他最终得出答案的那一刻，他兴奋得像个孩子，手舞足蹈地向周围的人解释他的发现。
还有一回，费曼参加一个重要的学术会议。
会上，其他的物理学家们都正襟危坐，一脸严肃地讨论着高深的理论。
可费曼呢，他一边听一边在纸上乱画。
别人都以为他不专心，结果他突然站起来，用他那独特的思维方式，一下子就指出了大家讨论中的一个关键错误，让所有人都目瞪口呆。
费曼不仅在学术上厉害，生活中也是个超级有趣的人。
他喜欢去酒吧，和各种各样的人聊天，从他们的故事中获取灵感。
他还会演奏小手鼓，那节奏感，据说能把人的魂儿都勾走。
有一次，他突发奇想，要去学画画。
别人都笑话他，说一个物理学家画什么画呀。
可费曼才不在乎呢，他买来画笔和颜料，就开始埋头苦练。
一开始，他画得那叫一个惨不忍睹，但他不放弃，一点点地琢磨，一点点地进步。
到后来，他的画居然还真有了那么点儿意思。
费曼对于物理的热爱是那么纯粹，那么真挚。
他曾经说过：“我做物理不是为了荣誉，也不是为了获奖，只是因为我喜欢，这是我的游戏。
”这句话深深地打动了我。
在这个功利的世界里，有多少人能像他这样，纯粹地因为热爱而去做一件事情呢？他的这种态度也影响了我对学习和生活的看法。
用英语介绍一位你喜欢的物理学家作文
用英语介绍一位你喜欢的物理学家作文全文共6篇示例，供读者参考篇1My Favorite Physicist: Richard FeynmanHi there! My name is Jamie and I'm going to tell you all about my favorite physicist, Richard Feynman. He was an amazing scientist who made really important discoveries, but he was also a totally fun and silly guy. I think you'll enjoy learning about him!Richard Feynman was born in 1918 in New York City. Even as a little kid, he was super curious about how things worked. He loved taking things apart to see the pieces inside. One time, he even took apart a radio and his dad had to put it back together for him! His dad encouraged his curiosity by getting him science books and helping him do experiments.When Feynman was in high school, he taught himself advanced math and physics topics by reading college textbooks. He was such a genius that he could solve extremely hard problems easily. In college at MIT, he pulled lots of fun pranks like putting a bunch of straws in the corners so they'd make aweird noise when someone walked by. Even though he was a jokester, Feynman was also one of the best students and graduated with two majors!After college, Feynman worked on really important science projects during World War 2. He helped develop the first nuclear bombs as part of the Manhattan Project. It was top secret work that changed the course of the war. Feynman had to be very careful not to let any information leak out. He was in charge of ensuring the calculations for the bombs were correct, which was a huge responsibility.Once the war ended, Feynman became a physics professor at Cornell University and later Caltech. He made groundbreaking discoveries in a bunch of different areas like quantum mechanics, particle physics, and nanotechnology. Some of his most famous work was on quantum electrodynamics, which describes how light and matter interact. Feynman invented a visual way to calculate these interactions using diagrams, which made the math way easier to understand.Feynman won the Nobel Prize in Physics in 1965 for his contributions to quantum electrodynamics. I bet you're wondering what he did with his prize money? Well, he used part of it to pick up a fun new hobby - playing the bongo drums!Feynman loved music and percussion instruments. He would sometimes play his bongos during lectures to help explain physics concepts through rhythms and patterns. How cool is that?Not only was Feynman an amazing scientist, he was also hilarious and had a great sense of humor. He loved telling jokes and stories during his lectures to keep the students entertained. One of his most famous pranks was painting the ancient Greek letters for a physics equation all over the walls and windows of a building at Caltech! The professors and students there thought it was so clever and funny.Feynman was passionate about making science accessible to everyone, not just other scientists. He wrote books like "Surely You're Joking, Mr. Feynman!" that explained physics concepts in really simple, easy-to-understand ways using fun examples from his life. For instance, he talked about analyzing the movement of a plate spinning on a stick to relate it to bigger physics ideas. Making complicated topics seem simple was one of Feynman's great talents.Towards the end of his life, Feynman was asked to investigate the cause of the Space Shuttle Challenger disaster in 1986. He figured out that the rubber O-rings that sealed thesections of the rocket boosters had become stiff and brittle in the cold temperatures on launch day. This allowed hot gases to escape and damage the shuttle, causing the tragic explosion. Feynman demonstrated his finding by squeezing a rubber O-ring from his wife's kitchen on live TV to show how the material reacted to cold. His efforts helped improve safety for future NASA missions.Feynman passed away in 1988, but his incredible discoveries, books, lectures, and stories still inspire people all over the world today. He showed that science can be fun, creative, and doesn't have to be complicated or boring. Feynman had a genuine sense of curiosity, wonder, and excitement about exploring how the universe works. I hope learning a bit about this amazing physicist has sparked some of that same curiosity in you too! Let me know if you'd like to hear more hilarious Feynman stories or fun physics facts. I've got plenty to share about my favorite scientist!篇2My Favorite Physicist: Marie CurieHi there! My name is Emma, and I'm 10 years old. Today I want to tell you about my favorite scientist of all time - Marie Curie! She was a physicist and chemist who lived a long time ago,but her discoveries were so amazing that people still talk about her today.Marie was born in 1867 in Warsaw, which was part of Russia back then. Her full name was Maria Salomea Skłodowska, but don't worry, I can't pronounce that last name either! Her parents really valued education and made sure that Marie and her siblings studied hard. Even though girls in that time didn't usually get much schooling, Marie's thirst for knowledge was insatiable. She devoured books on everything from literature to science.After finishing at the top of her high school class, Marie wanted to go to university, but institutions in Russian-controlled Poland didn't accept women back then. How unfair is that? Luckily, Marie had an older sister named Bronisława who had moved to France. Bronisława supported Marie so she could join her in Paris and attend the famous University of Paris, which did allow women students.Can you imagine having to leave your home and family at just 24 years old to pursue your dreams of higher education? Marie was incredibly brave! She worked as a governess and tutor to save up money. Finally in 1891, after years of preparation, she was able to begin her studies in physics, chemistry andmathematics at the University of Paris. Marie was one of only 23 female students out of a total of 1,825!In 1894, Marie met a brilliant physicist named Pierre Curie. Not only did they share a passion for science, but Pierre respected Marie's intelligence at a time when most men didn't take women's academic abilities seriously. The two quickly fell in love and married in 1895. From then on, Marie and Pierre became an unstoppable scientific team!The Curies were fascinated by a strange phenomenon called radioactivity, which had recently been discovered. Radioactive materials gave off rays and energy, but scientists didn't yet understand what this "rayful" radiation was or where it came from. Marie decided to make the study of radioactivity the subject of her university research.She obtained a ton of pitchblende, which is a rock containing uranium, from a mine and went to work in a converted shed that served as the Curies' lab. Can you imagine trying to do delicate experiments in a shed? With Pierre's help, Marie ground up and analyzed sample after sample, measuring the radioactivity given off.Through her painstaking efforts over several years, Marie discovered that pitchblende contained not just one, but at leasttwo new radioactive elements that were more potent than uranium! She named the first one "polonium" after her beloved homeland of Poland. The second element was very intense and glowed an amazing blue color. Marie named it "radium" from the Latin word for "ray."For the first time in history, Marie had isolated and studied two brand new elements. This was one of the most groundbreaking discoveries in the entire field of physics! It completely changed how we understand matter and energy at the atomic level. Pretty cool for someone working in a shed, right?In 1903, Marie and Pierre Curie, along with Henri Becquerel who first noticed radioactivity, were awarded the Nobel Prize in Physics. This made Marie the first woman in history to receive a Nobel Prize! Unfortunately, Pierre was killed in a tragic accident just a few years later when he was struck by a horse-drawn wagon.Devastated but determined to continue their work, Marie took over Pierre's teaching position at the University of Paris, becoming the first female professor there. In 1911, she received a second Nobel Prize, this time in Chemistry, for her discovery ofthe elements radium and polonium. Marie Curie remains the only person to ever win the Nobel Prize twice in multiple sciences.The Curies' pioneering work ushered in the nuclear age and revolutionized medicine by showing how controlled radiation could be used to treat cancer and other diseases. X-rays suddenly became a valuable diagnostic tool as well. Unfortunately, Marie worked with radioactive materials for years before realizing how hazardous they were. She carried test tubes of radium around in her pockets, and her notebooks from that era are still too radioactive to touch! This excessive exposure led to health problems and likely caused the aplastic anemia that ended Marie's life in 1934 at age 66.Despite her struggles and a relatively short life, Marie Curie's impact on the world is immeasurable. She proved that women could be brilliant scientists and academics. She overcame poverty, discrimination, and personal tragedies through her passion for learning and fearless curiosity about the universe. Marie broke down barriers for not just women, but all people seeking knowledge.I hope you can see why Marie Curie is my favorite scientist of all time! She was smart, brave, hard-working, and never stopped pursuing her love of science no matter how difficult thingsbecame. I want to have that same perseverance and thirst for discovery in my own life. Whenever I'm facing a big challenge, I think about how Marie studied radioactivity while raising two daughters and grieving her husband's death. If Marie could do all that, then I shouldn't let anything stop me from following my dreams either!So there you have it - the story of the amazing Marie Curie and why I admire her so much. Writing this essay has made me even more excited to learn about physics, chemistry and the incredible women who helped shape those fields. Maybe I'll follow in Marie's footsteps and win my own Nobel Prize someday.A girl can dream, right? Thanks for reading all about my favorite physicist!篇3My Favorite Physicist: Albert EinsteinHave you ever wondered how the universe works? I sure have! That's why I love learning about physicists, the scientists who study the laws of nature and the secrets of the cosmos. Of all the brilliant physicists in history, my absolute favorite is Albert Einstein.Einstein was born in Germany in 1879. Even as a young boy, he was deeply curious about the world around him. He loved math and science from an early age. Einstein's parents saw how smart he was and encouraged his interests. When he was just five years old, his father gave him a compass, and young Albert was fascinated by the idea of invisible forces controlling the needle.In school, Einstein was a dedicated student, but he didn't always follow the rules. He loved learning, but he also loved asking questions and challenging his teachers' ideas. Einstein was a free thinker who didn't like being told what to believe without understanding the reasons behind it.After finishing school, Einstein went to university in Switzerland to study math and physics. He was such a brilliant student that he graduated in just four years instead of the usual five! However, finding a job as a physicist wasn't easy. For a few years, Einstein worked as a clerk at a patent office, reviewing inventions during the day and working on his own scientific ideas at night.Einstein's big breakthrough came in 1905, which scientists call his "miracle year." That year, he published four groundbreaking scientific papers that changed the way we understand the universe. The most famous of these introducedhis Theory of Relativity, which showed that time and space are not absolute, but can be bent and warped by gravity and motion.Einstein's ideas were truly mind-blowing and challenged centuries of scientific thinking. At first, many scientists didn't believe or understand his theories. But as more experiments proved Einstein right, his fame grew rapidly. In 1921, he won the Nobel Prize in Physics for his work on the photoelectric effect, which helped launch the field of quantum mechanics.As Einstein became a world-renowned genius, his life took some interesting turns. He was offered a job in Prussia (now part of Germany), but he declined because of the country's increasing militarism and anti-Semitism against Jewish people like himself. Instead, he moved to the United States in 1933 and became a professor at Princeton University.In America, Einstein continued his groundbreaking research into gravity, space, and time. He also spoke out passionately against racism, nationalism, and the development of nuclear weapons, which he had helped make possible through his discoveries in physics. Einstein was not only a brilliant scientist but also a wise philosopher and humanitarian.Despite his fame, Einstein remained humble and full of childlike wonder about the universe. He loved playing his violin,sailing, and taking long walks to ponder the mysteries of existence. Einstein once said, "The important thing is not to stop questioning. Curiosity has its own reason for existing."Even today, more than 60 years after his death, Einstein's ideas continue to shape our understanding of the cosmos. His theories of relativity paved the way for modern physics, describing how gravity warps space-time, and how energy and matter are interchangeable. Einstein's work also helped lead to technologies like nuclear power, lasers, and even GPS navigation.But perhaps Einstein's greatest legacy is the example he set for pursuing knowledge fearlessly and never losing one's sense of wonder about the universe. He showed that a curious mind, combined with brilliant thinking and hard work, can unlock secrets of nature that change our perception of reality itself.To me, Albert Einstein is the perfect blend of genius, humility, curiosity, and vision. His incredible discoveries emerged from his deep desire to understand the fundamental laws governing our vast cosmos. Einstein proved that even the strangest, most unbelievable ideas can turn out to be true if backed by sound reasoning and evidence. He inspires me to always question, learn, and explore the amazing world around us.The next time you gaze up at the stars, remember the mind-bending insights of Albert Einstein, the brilliant physicist who redefined our place in space and time. His brilliant work shapes our lives every day and reminds us that the greatest mysteries of all lie waiting to be unraveled by future generations of curious, courageous thinkers. Who knows? Maybe one day, you could be the next Einstein!篇4My Favorite Physicist: Albert EinsteinHi there! My name is Jamie and I'm going to tell you all about my favorite physicist, Albert Einstein. He was a really smart guy who came up with some amazing ideas about how the universe works.Einstein was born in Germany in 1879. Even as a young kid, he was super curious about the world around him. He loved asking questions and trying to figure out how things worked. One of his favorite things was using a compass his dad gave him to experiment with magnets. Isn't that cool?When Einstein was older, he started thinking a lot about physics and math. Physics is the study of matter, energy, motion, and forces. Einstein was trying to understand the biggestmysteries of the universe. His mind was always working on these huge ideas!In 1905, when he was just 26 years old, Einstein had an amazing year where he published several groundbreaking papers. One of his most famous ideas from that year is called the Special Theory of Relativity. Relativity is all about how measurements of space and time are relative - they depend on your frame of reference and how you're moving.Here's an example Einstein used to explain relativity: Imagine you're standing completely still on a train platform, and a train goes zooming by. To you, the train looks like it's moving really fast. But to someone sitting on the train, everything on the train seems still - it's the world outside that appears to be moving! Wild, right?Einstein also proved that energy and mass are related through the famous equation E=mc^2. Energy equals mass times the speed of light squared! This tiny equation unlocked huge insights into the nature of energy and matter.A few years later in 1915, Einstein developed his General Theory of Relativity. This mind-bending theory describes how gravity works by saying gravity is actually the warping of spaceand time by heavy objects like stars and planets. Einstein completely changed our understanding of gravity!To give you an idea, think about jumping on a trampoline. The trampoline curves inward where you land because of your mass. That's kind of how a massive object like the Earth curves the fabric of space-time around it, causing the pull of gravity. Isn't that wild?Einstein's theories overthrew centuries of accepted physics and ushered in a new era of understanding. His work laid the foundations for modern physics and pioneered totally new fields like cosmology, the study of the universe itself.But even though Einstein was an amazing genius, in a lot of ways he was just a regular guy. He played violin for fun, loved sailing, and was kind of a classroom troublemaker when he was young. He had a good sense of humor and wore old baggy sweaters and floppy slippers around the house.One of my favorite Einstein facts is about his wild hairdo. Legend has it that one day he was late for something and just gave up trying to comb his crazy hair. From then on, he just let it go crazy and frizzy - and it became his signature mad scientist look!Some other cool things about Einstein: He was born in Germany but renounced his German citizenship as a teenager because he opposed the government's policies. He won the Nobel Prize in 1921, but not for relativity - it was for his earlier work on the photoelectric effect. And even though he's one of the greatest minds ever, he actually failed to get into a teaching job early in his career. Can you imagine Albert Einstein not getting hired?!I think Einstein is so awesome because he never stopped questioning and never stopped being curious about how the universe works. Even when people thought his ideas were too crazy, he kept pursuing them. With creativity, imagination, and perseverance, he was able to see the world in completely new ways.If Einstein was alive today, maybe he'd be studying things like quantum physics, black holes, dark energy and the Big Bang. Or maybe he'd be figuring out how to achieve faster-than-light travel or discover new dimensions. I bet he'd have lots of wild new ideas that seem unbelievable at first but eventually change our view of reality once again.Einstein once said, "The important thing is not to stop questioning. Curiosity has its own reason for existing." I thinkthat's great advice for all of us to keep exploring, learning, and pushing the boundaries of knowledge.So there you have it - my introduction to the awesomely brilliant physicist Albert Einstein! His theories transformed our understanding of space, time, energy and gravity. And his curiosity, creativity and imagination inspire kids like me to always keep questioning and wondering about the mysteries of our universe. Thanks, Einstein!篇5My Favorite Physicist: Richard FeynmanHi there! My name is Jamie and I'm going to tell you all about my favorite physicist, Richard Feynman. He was a really smart guy who lived from 1918 to 1988 and made a lot of important discoveries about how the world works. I think you'll find him just as interesting as I do!Feynman was born in New York City to a family who didn't have a lot of money. But even as a little kid, he was super curious about the world around him and loved learning new things. He would ask his dad tons of questions like "Why is the sky blue?" and "How do rubber bands work?" His father encouraged hiscuriosity by getting fun little science books for them to read together.In school, Feynman was kind of a troublemaker because he found most of his classes pretty boring. The subjects just didn't interest him as much as figuring out how things in the real world worked. He would play little tricks on his teachers and classmates to amuse himself. Once he even rigged the printing press to print out "Jerrold Feing篇6My Favorite Physicist: Richard FeynmanHave you ever wondered how the world works? Like, really works? Well, one guy who spent his whole life trying to figure that out was a physicist named Richard Feynman. He was super smart and really, really curious about everything!Richard Feynman was born in 1918 in New York City. Even as a kid, he loved taking things apart to see how they worked. He would take radios and clocks and anything he could get his hands on, take them all apart, and then try to put them back together again. His dad, who was also really into science, encouraged him to keep exploring and learning.When he was in high school, Feynman was already teaching himself advanced math and physics. He was like a sponge, soaking up every bit of knowledge he could find. After high school, he went to college at MIT, which is one of the best science schools in the whole world!At MIT, Feynman stood out from the rest. His professors were amazed at how quickly he could solve tough math and physics problems. He would come up with clever ways to tackle the hardest questions that nobody else could figure out. Feynman was a genius, but he never acted like he was better than anyone else. He was just a regular guy who loved learning and having fun.After college, Feynman went to work on the Manhattan Project during World War II. That was the super-secret program where scientists were trying to build the first atomic bomb. Feynman's job was to help figure out how to make the bomb work properly. It was really important work, but also kind of scary since nuclear bombs are so powerful and dangerous.Once the war ended, Feynman became a professor at Cornell University and later at the California Institute of Technology (Caltech). He taught physics classes and did research, trying to unlock the mysteries of the universe. Feynman was especiallyinterested in quantum mechanics, which is the weird and wild world of tiny particles like atoms and electrons.Quantum mechanics is super hard to understand, but Feynman had a knack for explaining complicated ideas in simple ways that made sense. He would use real-world examples and funny stories to help people grasp difficult concepts. Feynman won the Nobel Prize in Physics in 1965 for his work on quantum electrodynamics, which is a fancy way of saying how light and matter interact on the smallest scales.But Feynman wasn't just a brilliant scientist – he was also a really cool guy. He loved playing bongo drums and cracking jokes. He was always up for an adventure, whether it was picking locks, decoding secret messages, or just goofing around with his friends. Feynman had this childlike sense of wonder and curiosity that never went away, even as he got older.One of my favorite stories about Feynman is when he was working on the investigation of the Space Shuttle Challenger disaster in 1986. During a televised hearing, Feynman showed how the rubber O-rings that were supposed to seal the rocket boosters became stiff and brittle in cold temperatures. He did this by dropping a rubber ring into a glass of ice water and demonstrating how it lost its flexibility. It was such a simpleexperiment, but it helped explain why the shuttle had exploded in a way that everyone could understand.Feynman was a master at breaking down complicated ideas into their most basic parts. He believed that if you really understood something, you should be able to explain it to a child. And he lived by that principle, always trying to make sense of the world in a clear and straightforward way.Throughout his life, Feynman remained endlessly fascinated by the mysteries of the universe. He once said, "I was born not knowing and have had only a little time to change that here and there." Even though he was one of the smartest people ever, Feynman never stopped learning and questioning everything around him.To me, that's what makes Richard Feynman so special. He was a genius, yes, but he was also just a regular guy who never lost his sense of wonder and curiosity. He showed that science isn't just about memorizing facts and formulas, but about exploring the world with an open mind and a sense of adventure.Feynman's legacy lives on through his groundbreaking work in physics, his entertaining lectures and books, and his infectious enthusiasm for learning. He proved that science can be fun,accessible, and even a little bit goofy sometimes. And that's why Richard Feynman will always be my favorite physicist.。
最敬佩的物理学家及感想作文1200字
最敬佩的物理学家及感想作文1200字阿尔伯特•爱因斯坦，德裔美国物理学家、相对论的创立者，被誉为“二十世纪最重要的物理学家”，被世界公认为是继亚里士多德、达·芬奇、伽利略和牛顿以来最伟大的物理学家。
爱因斯坦的一生有无数的成就。
虽然爱因斯坦的成就让我无比敬佩，可是让我崇敬他的原因还是因为他成长中那些不堪回首的往事。
爱因斯坦出生后不久便令人失望，人家的孩子都开始说话了，而已经三岁的小爱因斯坦才“咿呀”学语。
直到后来，爱因斯坦的妹妹，比他小两岁的玛伽已经可以流利地同邻居交谈了，爱因斯坦说起话来依旧是支支吾吾，说不出一句完整的话。
再后来，爱因斯坦说话还是没有什么长进。
而此时，爱因斯坦已经十岁了，父母这个时候才把他送去上学。
可是，在学校中，老师和同学们并没有去关心他、同情他，反而是嘲笑，大家都称他为“笨家伙”。
有的老师甚至指着他骂道：“这鬼东西真笨，什么课程也跟不上！”而令人敬佩的地方就在这里：他的起点如此之差，然而他却找到了通往成功的道路。
他在讥讽和侮辱中变得孤僻了，但他也慢慢长大了，于是，他开始在书籍中寻找寄托。
就这样爱因斯坦在书中结识了阿基米德、牛顿、笛卡尔、歌德、莫扎特，知识和艺术为他开辟了一个更广阔的空间。
开阔了视野，于是，爱因斯坦头脑里的问题也就更多了。
爱因斯坦大学毕业时，正巧遇上了“经济危机”，于是，再正常不过的事发生了——他失业了。
但在他失业后，他也没有闲着，他用这段时间对过去已知的传统物理进行了反思。
由于其努力的奋斗，《论动体的电动力学》、狭义相对论由此产生。
可以说：这是物理学史上的一次伟大的宣言，是物理学向前迈进的又一里程碑。
当时有无数的人反对这个，甚至还有人在报纸上对文章评头论足。
但是，爱因斯坦的才华毕竟还是得到了物理界和社会各界的极度重视。
在文章发表没多久后，竟有十五所大学愿意接受他博士证书，法、德、美、波兰等国的著名大学也想请他做教授。
当年被人们称为“笨蛋”、“笨东西”、认为其终生无法成才的爱因斯坦，由“丑小鹅”蜕变成了“白天鹅”，成了世界公认的“天才”。
描写爱因斯坦物理学家的作文三百字
描写爱因斯坦物理学家的作文三百字
人类群星闪耀，爱因斯坦的光芒一定无比夺目。
作为影响时代的最伟大的科学家，他的名字家喻户晓，突破了地域与国家，受到全世界人们的崇拜。
除去在科学领域的巨大贡献，爱因斯坦在生命的最后时刻展现出的对于人生的态度也值得我们学习。
从1917年开始，爱因斯坦深受疾病纠缠，接连得了肝病、胃溃疡、黄疸病和虚弱症几场大病。
那时，他就很坦然地跟朋友说：我不怕死。
我同所有活着人是融为一体的。
"
就这样他拖着病体继续自己的科学研究，胃痉挛、头晕恶心和呕吐的毛病一直伴随着他。
在1945年和1948年，他又接连做了两次手术，也是在那时，他被发现主动脉上长了一个瘤。
这等于身体里有一个致命的定时炸弹。
医生告诫爱因斯坦，这个瘤可能会随时破裂，爱因斯坦笑着说："那就让它破裂吧！"
爱因斯坦曾说："生命，是一出激动人心和辉煌壮观的戏剧。
我喜欢生命，但即便我知道过3个小时我就该死了，也不会对我产生多大的影响。
我只会想，怎样更好地利用剩下的3个小时。
然后，我就会收拾好自己的纸张，静静地躺下，死去。
"
终于，这个定时炸弹要爆炸了。
爱因斯坦的病情突然恶化，紧急入院。
在医院，他只要感觉自己稍微好转，就让人把他的老花眼镜、钢笔、没有做完的计算送来。
他立下遗嘱，要求在他死后不要把他居住的地方变成纪念馆，他的办公室要腾出来给别人使用，他说："除了我的科学理想和社会理想，我的一切都将随我一起死去。
"
1955年4月18 日1时25分爱因斯坦与世长辞。
范文两百字的
范文两百字的
范文：
标题，我的偶像。
我的偶像是一位杰出的科学家，他叫爱因斯坦。
爱因斯坦是20
世纪最伟大的物理学家之一，他的相对论理论和光电效应理论为世
界科学界做出了巨大的贡献。
他的理论不仅在理论物理学领域有着
极高的地位，而且对于当今的科技发展也有着深远的影响。
爱因斯坦的成就给了我很大的启发，他的创新精神和对科学的
执着追求让我深受感动。
他在科学研究上的不懈努力和对知识的渴
望让我深深地敬佩。
在我心中，爱因斯坦不仅是一位杰出的科学家，更是一位伟大的人格魅力。
我希望能够向爱因斯坦学习，不断追求知识，不断挑战自我，
不断创新。
我相信，只有不断努力，才能够取得成功，实现自己的
梦想。
正是因为爱因斯坦的榜样，我才能够有更加坚定的信念，不
断前行。
总之，爱因斯坦是我的偶像，他的成就和品质对我产生了深远的影响。
我会一直努力学习，不断进步，向着自己的目标前进。
我最崇拜的物理学家杨振宁作文
我最崇拜的物理学家杨振宁作文在写我最崇拜的物理学家杨振宁作文的过程中，我们既要用眼去观察，又用心去思考，放能将它写活。
什么是梦想?那是一个人毕生所想要完成的东西，不论是何种的艰难困苦，都不会动摇，不会放弃，那样的才是梦想。
是人心中的一种欲望，但这绝不是贪恋。
在落笔我最崇拜的物理学家杨振宁作文的时候，我常常会想心怀梦想之人一定心胸广阔，任何事情都不会斤斤计较。
因为他们懂得应该舍去的就舍去，应该坚持的就必须坚持。
而这样的人一定心怀梦想，为了心中的梦想而努力着。
不像有些人只会幻想，成天的沉迷于自己意识的虚幻世界里。
空有着梦想的壳子，却不知道为之努力为之奋斗。
这样的人与努力完成梦想的人比起来完全没有任何的可比性。
但是一个不会努力的人，他在伟大在多的梦想都是空想，因为不可能实现所以便是空想。
要做一个有梦想的人，并为之而努力奋斗着。
这场暴雨是那样的突然而又凶猛，刚刚还是毛毛细雨，一会儿就是乌云密布，闷热的空气压得人喘不过气来。
暴风雨的前夕总是宁静得让人可怕，的确，暴雨之前连声闷雷也没听见。
终于，这场暴雨在沉默之中爆发了。
纵观历史，环顾全球，我们发现，一个社会如果不追求科技进步上下大力气。
我认为应在三大方面加大力度。
一是扶持高新产业发展;二是注重信息技术在便民利民方面的应用;三是推广新兴技术和新产品。
这些新科技和新产品，都将有效提高市民的生活品质、增强幸福感。
前方之路充满未知，或荆棘满布，或寸步难行，或毫无方向。
但无论怎样，我们都要心怀梦想，勇往直前。
坚持初心，始终不改，只有这样方可实现心中的梦想。
不管怎么样，我都深深爱着这朵山茶花，犹如我正要书写的我最崇拜的物理学家杨振宁作文，因为它与众不同。
花瓣是心形的，叶子是菱形的。
一般山茶花都在低温环境下长大的，不能太冷，也不能太热!可我这朵，越是放在有阳光的地方就越茂盛，你说它独不独特?我也就这样慢慢地爱上了山茶花!妈妈还说，每一朵鲜花都是包含着一位花仙子，只要你用心去呵护它，保护它，说不定会给你带来幸运呢!这场暴雨是那样的突然而又凶猛，刚刚还是毛毛细雨，一会儿就是乌云密布，闷热的空气压得人喘不过气来。
我最喜欢的物理学家作文
我最喜欢的物理学家作文
嘿，大家好呀！今天我要和你们讲讲我最喜欢的物理学家，那就是爱因斯坦！哇，他可真是太了不起啦！
还记得我第一次知道爱因斯坦的时候，是在科学课上。
老师给我们讲了他的相对论，我当时就瞪大了眼睛，心里想着：这也太神奇了吧！就好像打开了一个神秘的大门，让我看到了一个完全不一样的世界。
爱因斯坦就像是一个超级英雄，他的智慧简直超乎想象！他提出的那些理论，什么狭义相对论、广义相对论，感觉就像是宇宙的密码被他给破解了。
我有时候就会想，他的脑袋里到底装了些什么呀，怎么能想出这么厉害的东西呢？
有一次，我和小伙伴们一起讨论爱因斯坦。
我说：“爱因斯坦真的好牛啊，他的理论改变了我们对世界的认识呢！”小伙伴们也都纷纷点头，说：“是啊是啊，他就像是站在科学巅峰的巨人！”我们还想象着如果能见到爱因斯坦，一定要好好问问他是怎么想到那些理论的。
我觉得爱因斯坦不仅仅是一个伟大的物理学家，他还是一个能给人带来勇气和希望的人。
他让我知道，只要我们敢于去想，敢于去探索，就没有什么是不可能的。
就像他说的：“想象力比知识更重要。
”这句话一直激励着我，让我在学习和生活中遇到困难时也不放弃，努力去寻找解决的办法。
爱因斯坦就是我心中的偶像，我希望自己也能像他一样，用智慧和勇气去探索未知的世界，为人类的进步做出贡献。
你们呢，你们有没有喜欢的物理学家呀？。
我最喜欢的科学家作文
我最喜欢的科学家作文我最喜欢的科学家科学家是我们社会中不可或缺的一部分，他们通过对自然界的探索和研究，为人类带来了无数的科技创新和进步。
在众多的科学家中，我最喜欢的是史蒂芬·霍金。
史蒂芬·霍金是一位英国物理学家和宇宙学家，他的研究领域主要集中在黑洞和宇宙起源等理论物理学领域。
尽管身体残疾，但他的思想却无比独特和卓越。
他提出了霍金辐射理论，这一理论对于我们理解宇宙中黑洞的本质以及宇宙的演化过程有很大的启示。
霍金辐射理论是霍金在1974年提出的，他认为黑洞并非完全的黑体，而是会发出微弱的辐射。
这种辐射被后人称为“霍金辐射”。
这个理论违背了经典物理学中的保守定律，引起了科学界的广泛关注和争议。
霍金辐射的提出，为我们研究宇宙的演化历程提供了新的思路和方法。
作为一位身患肌萎缩侧索硬化症（ALS）的科学家，霍金以其坚强的毅力和乐观的精神，给世人树立了一个伟大的榜样。
尽管他的身体运动受到了极大的限制，但他的大脑却依然充满了智慧和创造力。
他用自己的努力证明了人类的意志力是无法被疾病打败的。
除了对黑洞和宇宙的研究，霍金还积极投身于推动科普事业。
他致力于向大众普及天文学和物理学知识，通过书籍和讲座等形式，将复杂的科学概念转化为易于理解的语言，让更多的人能够了解科学的魅力。
他的《时间简史》是一本畅销的科普读物，深受读者喜爱。
史蒂芬·霍金不仅是一位杰出的科学家，也是一位伟大的人道主义者。
他长期致力于推动残疾人的权益和福祉，倡导人们对身体残疾者的关怀和支持。
他的生平经历和奋斗精神鼓舞了无数的人，不仅给予了残疾人士信心，也给予了所有的人们勇敢面对困难的勇气。
史蒂芬·霍金在科学研究和人道主义事业上的杰出贡献让我们佩服不已，他的故事将永远激励着我们。
他的科学成就不仅推动了物理学和天文学的发展，也给我们带来了对宇宙奥秘不断深入的理解。
他的人道主义精神则提醒我们要关注社会弱势群体，传递温暖和爱。
初中作文范文
初中作文范文
我的偶像是一位年轻有为的科学家，他叫爱因斯坦。
爱因斯坦
是一位杰出的物理学家，他对相对论的研究成果使他成为了世界上
最杰出的科学家之一。
我非常崇拜爱因斯坦，他的聪明才智和对科
学的热爱深深地吸引着我。
爱因斯坦不仅仅是一位杰出的科学家，他还是一位非常有趣的人。
他的幽默和风趣使得他成为了许多人的偶像。
他的一些名言也
深深地影响了我，比如“逻辑能带你从A到B，想象力能带你到任
何地方”。
这句话让我明白了想象力的重要性，它可以让我们看到
更多的可能性，让我们的思维更加开阔。
爱因斯坦的成功并不是一蹴而就的，他曾经历过许多挫折和困难。
然而，他从未放弃，一直坚持着自己的梦想。
正是他的坚持和
努力，才使得他成为了世界级的科学家。
这给了我很大的鼓舞，让
我明白了只有坚持不懈，才能实现自己的梦想。
爱因斯坦不仅仅是一位杰出的科学家，他还是一位和平主义者。
他一直致力于世界和平的事业，他相信只有和平才能让世界更加美好。
这也让我深受启发，让我明白了和平的重要性，让我意识到每
个人都应该为和平贡献自己的一份力量。
爱因斯坦是我的偶像，他的聪明才智、幽默风趣、坚持不懈和对和平的追求都深深地吸引着我。
我会努力学习，不断进步，成为一个有用的人，为实现世界和平贡献自己的力量。
愿我们都能像爱因斯坦一样，成为世界的明日之星。
我的偶像霍金作文
我的偶像霍金作文霍金作文。
霍金，这个名字对于很多人来说并不陌生。
作为一位世界知名的物理学家和宇宙学家，霍金以其卓越的学术成就和不屈的精神，成为了全世界人们心中的偶像。
他的生平事迹和学术贡献不仅影响了无数人，更是对整个人类文明的贡献。
今天，我们就来一起了解一下这位伟大的科学家霍金。
霍金，全名史蒂芬·威廉·霍金（Stephen William Hawking），1942年1月8日出生于英国牛津，是一位世界著名的理论物理学家、宇宙学家和数学家。
他在20世纪80年代提出了霍金辐射理论，成为了当代宇宙学和黑洞物理学的重要理论基础。
他的成就不仅仅是在学术领域，更在于他对生命的不屈精神和对科学的热爱。
霍金从小就展现出了非凡的智慧和对宇宙的好奇心。
然而，他在21岁时被诊断出患有肌萎缩侧索硬化症，这是一种无法治愈的疾病，导致他逐渐失去了行动能力，最终连言语也变得困难。
然而，面对这一残酷的命运，霍金并没有放弃，而是选择了坚强面对。
他依然坚持进行科学研究，用一根手指和一台语音合成器，完成了一系列重要的学术成果，成为了世界上最杰出的科学家之一。
霍金的坚韧和执着精神，深深感染了全世界。
他在学术上的成就更是让人叹为观止。
他提出的霍金辐射理论，解决了黑洞热力学中的一系列难题，成为了当代宇宙学和黑洞物理学的重要理论基础。
他的著作《时间简史》更是成为了畅销书，深入浅出地介绍了宇宙学的基本概念，让普通人也能够了解宇宙的奥秘。
他的贡献不仅仅是在学术领域，更在于他对科学的热爱和对生命的坚守。
霍金的一生，不仅仅是一段传奇，更是一段激励人心的故事。
他用自己的实际行动告诉我们，无论遇到什么样的困难和挑战，只要坚持不懈，就一定能够战胜一切。
他的生平事迹和学术成就，不仅影响了无数人，更是对整个人类文明的贡献。
他的精神和成就将永远激励着我们前行。
总之，霍金是一位伟大的科学家，他的生平事迹和学术成就不仅影响了无数人，更是对整个人类文明的贡献。
我朖中的邓稼先作文120
我朖中的邓稼先作文120
邓稼先是一位核物理学家，我国第一颗原子弹和氢弹的主要设计者，被称为"两弹元勋。
读了《邓稼先》这本书，我知道：他小时候贪玩，精通各种游戏，不过他父亲经常会让他背诵古文，所以在他五岁时就可以背诵《论语》和《诗经》了！他爱国，初二时日军逼迫学生们拿着纸旗庆祝他们胜利，邓稼先难以抑制仇恨，撕碎纸旗，摔在地上，狠狠踩了几脚。
他实事求是，不怕危险，氢弹发射失败了，他为了找到失败的原因，他冒着感染核辐射的风险，进入核区，找到了失败的原因。
他非常努力，他和他们的团队没日没夜的计算，草稿纸从地板堆到了天花板。
他这么努力、用功、坚持，给我弹吉他有了很大的启示。
一个夏日的午后，太阳热辣辣地照着，仿佛蒸发一般，知了不停地叫着，仿佛在向上天诉苦让夏天快过去，大树弯下了腰，仿佛想躲避阳光的照射。
突然停电了，空调也自然而然停了，当时我在弹吉他，双手抱着吉他，沉甸甸的，仿佛是抱着几个装满书的书包，汗湿了我的后背，衣服和后背好像粘了起来，我的肩膀有些酸酸痛，真想不弹了。
这时我想起邓稼先和团队一起那么努力地计算，他仿佛对我说：“要坚持啊！"我点了点头，继续抱起吉他弹了起来，即使这把吉他沉甸甸的，想起邓稼先的那句话，我还是没停下，即使肩膀无比酸痛，
想起邓稼先的那句话，我还是没有停下，即使汗湿透了全身，想起邓稼先的那句话，我还是没停下，直到结束。
邓稼先是我国核武器研发的领头者，是一位"大人物”。
他是中华民族的骄傲，让中国成为了强国，不在外国面前有任何逊色。
我的好榜样！。
关于物理学家作文400
关于物理学家作文400
物理学家——揭秘宇宙的大佬们。
伽利略，那个站在斜塔上扔铁球的家伙，简直就是胆子大得没边！一下子打破了人们长久以来的观念，让我们知道了地球不是宇宙的中心。
他的实验，就像放烟花一样，点亮了我们的思想，告诉我们，嘿，其实世界不是你们想象的那样！
爱因斯坦，这个老头儿不得了！整天坐在书桌前琢磨琢磨，然后突然蹦出个E=mc²。
这是什么鬼？哦，原来物质和能量是一回事儿！他的理论就像魔术一样，让我们看到了物质背后的秘密，原来一切都是那么神奇。
薛定谔，他简直就是量子世界的魔法师！他写了个方程，描述了粒子的奇怪行为，让我们知道了微观世界有多么不可思议。
他的方程就像一张藏宝图，引领我们进入了一个全新的科学领域，探索未知的乐趣。
这些物理学家们，他们就像是探索宇宙的冒险家，不怕困难，
敢于挑战未知。
他们的智慧和勇气，让我们对这个世界充满了好奇和敬畏。
他们是真正的科学大佬，值得我们敬佩和学习！。
爱因斯坦是举世公认的伟大的物理学家作文
爱因斯坦是举世公认的伟大的物理学家作文爱因斯坦，这个名字真是家喻户晓。
你可能会问，为什么这么多人对他那么崇拜？嘿，首先他可不是一般的科学家，而是个颠覆我们对宇宙理解的人。
他的相对论，听起来就像是科幻电影的情节，但实际上，它是我们理解时间和空间的基础。
想象一下，爱因斯坦就像一个披着白大褂的魔法师，用公式和方程来改变我们的世界观。
你看，时间不是固定的，它会随着速度的变化而变化，这就像在开车的时候，开得快了，你感觉时间似乎变得慢了一样，虽然其实并没有。
这种思维的转变，真是让人眼前一亮。
说到爱因斯坦，咱们不得不提他的那个标志性的发型。
真的是“蓬松得让人心烦”，有时候我在想，他是不是为了强调自己的聪明才智，故意把头发弄得像鸟窝一样。
可不管怎么说，这个形象真是深入人心，谁见了都能一眼认出他来。
这也说明了，搞科研的人不一定要遵循传统的形象，反而可以以自己独特的风格出现在世人面前。
像他这种“我就是我，管你们怎么想”的态度，简直是给了很多人勇气，尤其是在追求梦想的路上，别人的看法根本不重要。
爱因斯坦的生活也充满了传奇色彩。
他不仅是个科学家，还是个热爱音乐的人。
想象一下，他在实验室里搞科研，突然间拿起小提琴来，一边拉一边思考宇宙的奥秘，这画面是不是很有趣？他常常说，音乐是他灵感的源泉，没准就是在某个音符之间，他突然想出了什么惊天动地的理论。
其实，很多时候灵感就是这样来临的，平时忙碌之余，不妨放松一下自己，或许就能碰撞出火花。
再说说他的个性。
爱因斯坦可不是那种死板的书呆子，他有幽默感，有时还会调侃自己。
比如，他曾经说过：“我可能不是个天才，但我绝对是个不懈追求的家伙。
”这句话让人觉得，原来成就伟大的并不是天生的聪明，而是后天的努力和执着。
想想我们身边，有多少人因为怕失败而放弃追求自己的梦想？爱因斯坦的经历告诉我们，勇敢面对挑战，才能创造奇迹。
当然，他的贡献不仅仅体现在科学上。
他对和平的呼唤，对人类未来的思考，都是值得我们深思的。
初三期中考试作文
初三期中考试作文
我的偶像是一位非常出色的科学家，他的名字叫爱因斯坦。
爱因斯坦是一位非
常有才华的科学家，他对物理学有着深厚的造诣，曾经提出了相对论和质能方程，为人类的科学发展做出了巨大的贡献。
爱因斯坦的成就不仅仅是因为他的天赋，更是因为他的勤奋和坚持。
在他年轻
的时候，他曾经在一家专利局工作，每天都要处理大量的专利申请，工作非常繁忙。
但是爱因斯坦并没有因此放弃对科学的研究，每天晚上他都会抽出时间来思考和研究物理问题，为了科学，他甚至牺牲了自己的休息时间。
正是因为他的坚持和努力，才有了后来的成就。
爱因斯坦的创新精神也给了我很大的启发。
他不拘一格，敢于挑战传统观念，
不断地进行实验和思考，最终取得了许多重大突破。
这种创新的精神让我深受启发，我也希望能够像他一样，不断地追求进步，不断地挑战自己，不断地创新。
爱因斯坦的谦逊也让我非常钦佩。
尽管他是一位世界级的科学家，但他从来不
以此为傲，而是一直保持着谦逊的态度。
他常常说，“我所做的只是站在巨人的肩膀上。
”这句话让我明白了一个道理，成功并不是一人之功，而是需要借助他人的智慧和努力。
爱因斯坦的谦逊让我懂得了要虚心学习，要尊重他人，要珍惜与他人的合作。
爱因斯坦的人生给了我很大的启发，他的坚持、创新和谦逊都是我学习的榜样。
我希望能够像他一样，努力学习，不断进步，为科学事业做出自己的贡献。
我相信，在爱因斯坦的榜样的照耀下，我一定能够取得更大的成就。
我最喜欢的历史人物爱因斯坦作文
我最喜欢的历史人物爱因斯坦作文全文共8篇示例，供读者参考篇1我最喜欢的历史人物爱因斯坦大家好!我叫小明,今天要给大家介绍一下我最崇拜、最喜欢的一位伟大的科学家——阿尔伯特·爱因斯坦。
爱因斯坦可是一位了不起的物理学家哦!他创立了著名的狭义相对论和广义相对论理论。
这两个理论听起来好像很难懂的样子,不过没关系,我们就从一些有趣的小事说起吧。
大家知道吗?爱因斯坦小时候成绩很差劲,老师甚至说他将来一定成不了什么大器。
不过,他自己可不这么认为。
他非常勤奋好学,而且超级聪明,特别是对科学、数学有着浓厚的兴趣。
有一次,他看到一个挺有意思的场景:一个人骑在马车上,手里举着一根绳子,绳子的另一端系在马嘴上。
然而,马看起来毫不在意,依旧自在地走着。
这让爱因斯坦很感兴趣:"为什么马愿意跟着车走呢?绳子明明没有拉动马啊!"他想了又想,终于明白了:虽然绳子看似松松垮垮,但马知道想要到达目的地就必须跟着走。
这就是相对性原理的一个生动例子!后来,爱因斯坦发明了相对论,描述了物体运动时时空会产生扭曲变形,解释了之前物理学中的很多谜团。
爱因斯坦不仅是理论物理学家,还是一位非常棒的思想家和哲学家。
他认为和平比战争更有意义,强调所有种族和肤色都应该平等。
他曾说过这样一句名言:"我不关心上帝掷骰子的手法,我关心的是祂为什么要掷骰子?"这反映了他对自然规律独特的理解和顿悟。
虽然小时候很调皮淘气,但是爱因斯坦是一位十分谦逊友善的人。
他从不把自己工作中的成就视为理所当然,而是怀着一颗敬畏和好奇的心,不断探索认识世界的奥秘。
即便到了晚年,他依然保持着孩童般的好奇心和想象力,每天在走路时都会思索各种问题。
总之,爱因斯坦绝对是一位了不起的科学家和人文主义者。
他的理论彻底改变了人类对时空的看法,同时他宽容开明、睿智博学的个性也值得我们学习和效仿。
阿尔伯特·爱因斯坦就是我最敬佩的历史人物,希望大家和我一样,能从这位伟人身上汲取智慧和力量!篇2我最喜欢的历史人物爱因斯坦同学们,你们最喜欢哪个历史人物呢?我呢,我最喜欢的就是著名的科学家爱因斯坦了。
我眼中的杨振宁300字作文
我眼中的杨振宁300字作文不久之前，“杨振宁放弃美国国籍，自此成为一个地地道道的中国人。
转为中科院本国院士，科学院还为此出台了相关条例”，这一消息之前还成为了举国上下议论纷纷的事情。
今天我就来为大家讲讲我眼中的杨振宁。
杨振宁本来是位理论物理学家，曾获得过诺贝尔物理学奖，在学术上有很深的造诣。
但他绝不只是位物理学家那么简单，他生意的算盘打得也是叮当响。
杨振宁的人生轨迹是按照局势的变化而变化的。
他的人生踪迹是这样的:日敌占区→西南联大→美国→台湾蒋介石时代→美国→毛泽东→邓小平。
一直到不久之前，以“爱国不分先后，还留三五年给祖国”的姿势，宣布放弃他曾经宣誓“终身效忠”的美国，加入了中国国籍，成为中国科学院的一位“本土”院士，也成了爱国人士的榜样。
他也因此得到了“经济和财产上享受本土院士的一切待遇”的受益，杨振宁在生意上绝对精准，永远站在胜利的这一边，从未失手。
杨振宁物理研究成果上不是很立得住。
当他知道李政道的发现可能会得诺奖的时候，主动靠近李政道，从成果署名，到最后诺奖授奖仪式上对李政道说:“我大你四岁，给哥一个面子，让哥先出场。
”处处都占了李政道的“便宜”。
就这样，这个诺贝尔奖就变成了“杨振宁、李政道”的了，在新闻传播里，杨振宁就变成了第一个获得诺贝尔奖的华裔科学家，许多报道里甚至都没有提李政道的名字。
李政道对这些还是能忍耐的。
但后来杨振宁居然忘记了他当年在实验室里、咖啡馆里求李政道的场面，把他们诺贝尔奖这个成果误导成了:杨振宁这个大哥带着李政道这个小弟取得的。
后来，李政道肠子都悔青了…但是，历史无法改写，李政道不可能把诺贝尔获奖名单上杨振宁的名字抹掉，甚至连要求把自己的名字回归事实，排在第一的权利都没有，这就是历史的无情。
李政道只能用一句“早知如此，何必当初”来安慰自己。
但值得赞扬的是，几十年来李政道先生从不记名利，默默无闻地为中国的科学进步做出了卓越的不可替代的贡献。
杨振宁在理论物理上深刻的造诣我是承认的，但是一码归一码。
核物理学家邓稼先的作文400字
核物理学家邓稼先的作文400字《了不起的邓稼先》
小朋友们，今天我要给你们讲一个特别了不起的人的故事，他叫邓稼先。
邓稼先爷爷可厉害了！他为了让我们国家变得更强大，一直努力研究原子核的秘密。
那时候，条件特别艰苦。
没有先进的设备，也没有很多的帮手，但邓稼先爷爷不怕困难。
他每天都埋头工作，忘记了吃饭和睡觉。
有一次，实验出了问题，他不顾危险，亲自去查看，就为了找到原因，解决难题。
经过无数次的尝试和努力，邓稼先爷爷终于成功啦！他的研究让我们国家在核领域取得了巨大的成就。
我们要记住邓稼先爷爷，学习他不怕困难、勇敢坚持的精神！
《我心中的英雄邓稼先》
小朋友们，你们知道英雄是什么样的吗？今天我要给你们介绍一位大英雄，他叫邓稼先。
邓稼先爷爷是个非常聪明又勇敢的人。
当时，别的国家都有厉害的核武器，可我们国家没有。
邓稼先爷爷就下定决心，一定要让我们国家也拥有。
他带着一群叔叔阿姨，在一个很偏僻的地方工作。
那里没有好玩的玩具，也没有好吃的零食，可他们一点都不在乎。
有一回，为了拿到一个重要的数据，邓稼先爷爷在寒冷的冬天，在外面等了好久好久。
邓稼先爷爷成功了，他让我们国家变得更强大，更有底气。
我们要向邓稼先爷爷学习，做一个勇敢坚强的人！。
这样的人让我敬佩邓稼先作文500字七年级
这样的人让我敬佩邓稼先作文500字七年级每个人心里可能都会有一个自己从心底敬佩，崇敬的人，这个人是自己的榜样，是自己学习的目标。
我的心中也有这样一个人，他就是——“两弹元勋”邓稼先。
邓稼先是我国著名核物理学家，也是我国一个民族英雄，因为邓稼先始终奋斗在中国武器制造的第一线，领导了许多学者和技术人员，让我国在军事方面强大起来，再数十年后，他又为国家创造了氢弹，再次让我国在科学事业上再次飞跃。
邓稼先造和氢弹的时候，遇到了许多困难，许多技术上的困境，但他从不放弃，一直抱着坚定地信念坚持到底的研究科学技术，最好把国家的国防自卫武器引领到了世界先进水平。
因为从事的事业让他会常常接触有害物质邓稼先的身体曾遭受过三次的伤害，导致他先后做了三次大手术。
本来他的病是可以好起来的，但他没有好好休息，仍然坚持做实验，要造好。
因为他的身体坚持不住，所以在第三次的.手术中，因大出血而死亡。
他的潜心钻研科学事业，忘我工作的精神，使我们感动不已。
我突然想起我自己在困难面前退宿的一件事.
记得平时做数学作业的时候，总是会遇到难题把我困住，所以我放弃了。
现在想想，自己为什么这么轻易放弃地就被困难吓倒?当我想起邓稼先先生在造的时候遇到困难都没有轻言放弃，而我却让一道小小的数学题被吓到而放弃对比起来我是多么的渺小呀!在现实生活中，人们往往会向困难低头，只有少部分人抱着坚定的信念，坚持到底，直到胜利。
所以，从今以后，我一定要像邓稼先先生学习，学习他忘我工作，遇到困难，自己解决，从不轻易放弃的精神。
把我们中国的名族精神发扬光大。
印象最深刻的科学家作文
印象最深刻的科学家作文我印象最深刻的科学家，那可得是爱因斯坦啊！你知道吗，他是个小个子，但是他的思维可不小呢。
他小时候就表现出了对科学的浓厚兴趣，经常在家里拆东西，看看里面是什么构造。
他长大后，更是成为了一名杰出的物理学家。
爱因斯坦的最著名的理论就是相对论了。
你说，一个人在火车上，另一个人在汽车上，他们之间的时间是不是不一样的？这可让爱因斯坦头疼了好久呢。
后来，他通过思考和实验，终于得出了一个结论：时间是相对的，取决于你的速度和观察者的位置。
这个理论可真是太神奇了！还有一次，爱因斯坦在一个小餐馆里吃饭，服务员给他上了一杯热水。
他拿着杯子看了看，突然想到了一个问题：如果他把杯子放在冰水里，会不会影响水的温度呢？于是，他就把杯子放进了冰水里。
过了一会儿，他又拿了出来，发现水还是热的。
原来，热量是不会消失的，只会从高温物体传到低温物体。
这个实验可真是让人大开眼界啊！不过，爱因斯坦并不是一个只会空想的人。
他还喜欢做实验，用实际的数据来验证自己的理论。
有一次，他在办公室里工作了一整天，突然发现自己的胡子长得有点儿长了。
于是，他就拿起一把剪刀，准备给自己修剪一下。
可是，当他拿起剪刀的时候，突然想起了一个问题：如果我剪掉了一些胡须，会不会影响光的速度呢？于是，他就开始用尺子测量胡须的长度和光线传播的时间。
他发现，即使剪掉再长的胡须，也不会影响光速。
这个实验可真是让人惊叹不已啊！爱因斯坦是一个非常有趣的科学家。
他的思维方式与众不同，总是能够想出一些别人想不到的问题。
而且他还非常勤奋，喜欢用实验来验证自己的理论。
正是因为有了这些特点，他才能够成为一位伟大的科学家。
关于邓稼先的作文600字初中
关于邓稼先的作文600字初中
哎，各位好，我今儿个跟大伙儿聊聊邓稼先，这位可是个了不起
的人物。
您要问我邓稼先是谁？那可得好好说道说道，他是咱们中国
的核物理学家，原子弹和氢弹的功臣。
邓稼先，天津人，您瞧，咱俩还是老乡呢。
他小的时候，就特别
聪明，学习好，人也勤奋。
后来啊，他去了美国留学，学的是核物理，您说这得多厉害。
可他学成之后，没留在美国享福，而是回到了祖国，投身于核武器的研究。
那时候，条件艰苦啊，没有先进的设备，也没有充足的资料，邓
稼先他们就靠着一股子劲儿，硬是把原子弹给造出来了。
您想想，那
得多不容易。
他可是咱们国家的大功臣，没有他，咱们国家在国际上
说话可就没这么硬气了。
邓稼先这人，不仅学问大，人品也好。
他总是默默无闻，不图名利，一心只为国家。
他的故事告诉我们，一个人的价值不在于他得到
了多少，而在于他为国家、为人民做了多少。
我小时候，听老师讲邓稼先的故事，心里那个崇拜啊，就想着自
己长大了也要成为像他那样的人。
虽然我现在还没那么大的本事，但
我也要好好学知识，将来为国家做贡献。
邓稼先的精神，就是咱们中国人的精神，不怕困难，勇于探索，
无私奉献。
这种精神，咱们得一代一代传下去，让咱们的国家越来越
强大。
您说是不是？咱们虽然生活在和平年代，但也不能忘了那些为国
家付出的英雄们。
他们的故事，咱们得记在心里，让他们的精神激励着我们前进。
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我眼中的物理学家
本文是关于初中作文的我眼中的物理学家，感谢您的阅读！
物理，乃万物之理，大到宇宙，小到原子都是物理学研究的范围，研究万物之理的科学家，能不使人仰慕吗？
在我眼中，物理学家是最伟大的科学家，因为他们研究的大多数是宏观的理论上的，微小的，看不见摸不着的。
多数的理论是推导再证明出来的。
在物理学家中我最敬佩的是：阿耳伯特。
爱因斯坦。
因为他提出狭义相对论和广义相对论。
据说阿耳伯特。
爱因斯坦，他从小就思考这样两个问题；（1）如果有人跟着光线跑，并努力赶上它，那么这个人将看到什么现象呢？（2）如果把一个人关在一架自由下落的升降机内，他将看到什么呢？他经过二十多年的思考和研究终于找到了第一个问题的答案，创立了狭义相对论，并将这一成果于1905年公诸于世。
但爱因斯坦并不满足自己取得成就，他又围绕着第二个问题进行了深入的探索，经过十一年坚持不懈的努力，于1916年，进一步建立了广义相对论。
爱因斯坦的成功和他的勤奋是分不开的，他常常是连续几天不吃不喝不休息地研究他想要的“答案“。
如果爱因斯坦光有他那聪明的大脑面不努力，那么就必然没有那么大的成就。
在物理学家中我最敬佩的是爱因斯坦，那么我最仰慕的却是牛顿。
牛顿，英国近代著名的物理学家，天文学家，和近代力学的奠基人，十八岁进入剑桥大学学习，开始了他的科学生涯，在浩瀚的知识海洋里，他显示出了惊人的禀赋。
从此，他以超人的智慧和卓越的创造力，对人类世界的进步与文明作出了巨大的贡献。
是牛顿一生中最为重要的著作，该书以牛顿三大运动和万有引力定律为基础，建立了一套完美的力学理论体系。
为了做好这项工作，牛顿废寝忘食、夜以继日地在实验室忘我工作着，每天只休息很少的时间。
1687年一书终于完成并发表。
牛顿并未因此放松自己，给自己一个休息，而是迅速转入了下一项工作进程，进行光学研究。
牛顿这位力学的奠基人，我最佩服的是他的三大定律和万有引力定律，在此之前没有任何公式，完全是理论上的东西，真不知他是怎样研究出来的。