Eight scientists were awarded the 2023 Future Science Prize, also called “China’s Nobel Prize”, the first Chinese non-governmental science award jointly initiated by groups of scientists and entrepreneurs (企业家). Since the establishment in 2016, a total of 35 scientists have been awarded the Future Science Prize so far.
Chai Jijie and Zhou Jianmin received the Future Science Prize in life sciences for the discovery of resistosomes (抗原小体) and explanations of their molecular structures and functions in plant immune responses against pathogens (病原体). Understanding of resistosome functions will lead to better methods for controlling plant disease and therefore have enormous importance for global food security.
Chai said that he felt extremely honored, excited and happy via a video call at the press conference. He emphasized that this recognition was not only for himself but also for the team’s years of hard work. “My cooperation with Professor Zhou has lasted for nearly 20 years. Our partnership has been productive and enjoyable, and I believe our cooperation will carry on,” he said.
During the video call, Zhou remarked that the Future Science Prize is grounded in the national context. It is heartening to see that the prize places greater emphasis on supporting agriculture.
Zhao Zhongxian and Chen Xianhui received the Future Science Prize in physical sciences for their influential breakthroughs in the discovery of high-temperature superconducting materials and systematic advancements in elevating the transition temperature. Notably, both Zhao and Chen conducted systematic studies to show the underlying physical mechanisms of high Tc materials, positioning themselves at the forefront of superconductor research for several years.
He Kaiming, Sun Jian, Ren Shaoqing, Zhang Xiangyu received the Future Science Prize in mathematics and computer science, for their extraordinary contributions to artificial intelligence by introducing deep residual learning (深度残差学习).
The 2023 Future Science Prize Week and the Award Ceremony were held in Hong Kong from October 14 to 17.
1. For what were the eight scientists awarded?A.Their never-ending pursuit of knowledge. |
B.Their long-term partnership in researches. |
C.Their remarkable contributions to science. |
D.Their intense efforts to overcome barriers. |
A.Vision. | B.Passion. | C.Ambition. | D.Cooperation. |
A.Their discovery is ground-breaking. |
B.Zhao and Chen have a long way to go. |
C.Research is certain to be rewarded. |
D.The real value cannot be overestimated. |
A.To appeal to many more people to innovate. |
B.To reveal the recipe for their great success. |
C.To encourage us to be committed to science. |
D.To introduce the 2023 Future Science Prize. |
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【推荐1】Though most dinosaurs are thought to have hunted primarily during the day, a little bird-like dinosaur may have been strictly a night hunter, a new study suggested.
The dinosaur, Shuvuuia deserti, was a small animal, about the size of a chicken, and it lived about 65 million years ago in the deserts of what is now Mongolia.
Shuvuuia's skeleton is among the most bizarre of all dinosaurs, the study said. It had a fragile, bird-like skull; strong arms with a single claw on each hand; and long legs. “ Acting at night, digging ability and long limbs are all features of animals that live in deserts today,“ said study lead author Jonah Choiniere, a University of the Witwatersrand scientist. “But it's surprising to see them all combined in a single dinosaur species that lived more than 65 million years ago." he added, “It had some of the largest pupils (瞳孔) ever measured in either birds or dinosaurs.”
“For many decades, dinosaurs were considered to be day-active,“ study coauthor Lars Schmitz, a biologist at the W.M. Keck Science Department in California, said in a statement. "Now we're adding new evidence that some small, predatory(食肉的)dinosaurs could have been night-active instead, which changes the thinking about dinosaurs."
The study investigated how vision and hearing abilities of dinosaurs and birds compared, and concluded that Shuvuuia's vision and hearing were not at all ideal for the daytime. Schmitz explained that the dinosaur's extraordinary hearing and night vision were beneficial for life in the desert, where high temperatures discouraged daytime hunting.
“We think it would have caught its prey — small mammals — at night when the temperatures were cooler, Schmitz told CNN.
The study was published Thursday in the peer-reviewed journal Science, a publication of the American Association for the Advancement of Science.
1. What can we know about Shuvuuia deserti?A.It was a bird hunting at night. |
B.It only lived about 65 million years ago in Mongolia. |
C.All the dinosaurs are thought to have hunted during the day. |
D.It was a small animal whose size was probably the same as a chicken. |
A.Small. | B.Attractive. | C.Wonderful. | D.Strange. |
A.It is common to know all the features are combined in a single dinosaur species. |
B.The dinosaur species has the largest pupils ever measured in either birds or dinosaurs. |
C.All the features of animals living in deserts are acting at night, digging ability and long limbs. |
D.The new evidence changes the thinking about dinosaurs. |
A.Hunting in complete darkness. |
B.Getting more food to survive. |
C.Helping them live in the desert. |
D.Giving an example of how evolution functions. |
【推荐2】In the fall of 1915, polar explorer Ernest Shackleton’s ship Endurance (耐力号) sank off the coast of Antarctica. While all of the expedition’s 28 crew eventually were rescued, the ship’s final resting place has remained a much-discussed maritime mystery. That is, until today. A team of researchers has announced they’ve located the wreck at the bottom of the Weddell Sea, almost the northernmost part of Antarctica.
Endurance was backed by the British government and private donors and supported by Winston Churchill to deliver a group of explorers to the coast of Antarctica and then travel overland across the continent via the South Pole.
It set out from South Georgia on December 5, 1914, shortly after the outbreak of the First World War. But the enemy that Shackleton and his men faced was of a different sort. The Weddell Sea, covering an area of more than a million square miles, is one of the most remote and unforgiving environments in the world, littered with icebergs and roiled by strong surface winds. Shackleton called it “the worst sea in the world.”
The expedition made good progress at first, but as the Antarctic winter of 1915 closed in, the men found themselves trapped in the sea ice on Tuesday, October 26. The next day, the men removed tools, instruments, and provisions and set up camp on the ice floe. Endurance finally sank on November 27. Shackleton famously said, “What the ice gets, the ice keeps.” . But Endurance’s story did not end with the ship’s sinking.
In 2019, the Falklands Heritage Maritime Trust began its first expedition to find the ship but had been unable to locate the wreck. This winter, they tried again, organizing and funding Endurance22.
One of the toughest problems, besides the sea ice, was establishing the ship’s location. After Endurance was initially trapped in the ice, it continued to drift as the floes moved with the current. Due to poor visibility on the day the men abandoned the ship, however, the captain had been unable to take proper measurements that would help calculate the direction and speed of the floes.
1. Which can show the positions of Weddell Sea and Antarctica?A. | B. |
C. | D. |
A.Endurance hasn’t been found since the fall of 1915. |
B.Endurance was only supported by Winston Churchill. |
C.Ernest Shackleton died and sank off the coast of Antarctica in the fall of 1915. |
D.Ernest Shackleton’s goal was to travel across the Antarctica via the South Pole. |
A.The sea ice. |
B.The Antarctic winter. |
C.The things they carried. |
D.The captain’s unreasonable command. |
A.The way how to establish the ship’s location. |
B.The reason why locating the ship is difficult. |
C.The measurements that the captain took to locate the ship. |
D.The time when Endurance22 was organized and funded. |
【推荐3】It is hard to imagine that plants or animals could ever exist on Mars. But scientists continue to look for evidence. NASA, America’s space agency, has found evidence that, a long time ago, there was surface water on the Mars. Scientists believe water is necessary for life as we know it. So since that discovery, they have been looking for chemicals that would be present if there once was or still is life on the planet.
At a December 13 meeting in California, NASA scientists reported an important discovery on Mars. They said for the first time that they had found very small amounts of boron(硼). Boron is important because it could help build RNA molecules(分子). And RNA molecules are important because they are one of the basic building parts for life.
One of the next steps in the scientists’ search for life on Mars comes soon. The next spacecraft is planned to launch. It will bring rocks from Mars back to Earth. Scientists in Britain are getting ready for those Mars rocks now. Before this, using a powerful microscope(显微镜), they have already examined 200-million-year-old volcanic rocks found deep in the Pacific Ocean. The microscope showed holes on the rocks caused by tiny living things called microbes(微生物). Microbes are the oldest form of life on Earth.
Next, the scientists in Britain will examine rocks which contain ancient material from Mars. The material comes from a time when Mars would have been more likely to support life. The scientists hope to get the same findings in the rocks from Mars as the ones they saw in the ocean rocks. If they do, they predict that the rocks coming directly from Mars will also show signs of life. That, in turn, could finally prove that we are not alone in the universe.
1. What caused scientists to look for evidence of life on Mars?A.The discovery of plants. | B.The discovery of chemicals. |
C.The discovery of surface water. | D.The discovery of RNA molecules. |
A.It is hardly seen on the earth. | B.It might prove the existence of life. |
C.It might cause the holes on the rocks. | D.It is the most necessary part of life. |
A.Tiny living things. | B.Ancient material from Mars. |
C.Volcanic rocks. | D.Holes caused by microbes. |
A.Scientists Try To Look For Life On Mars |
B.Does Surface Water Really Exist On Mars? |
C.A Discovery Of Life In The Pacific Ocean |
D.Boron-An Important Chemical Supporting Life |
【推荐1】Albert Einstein was probably the most famous scientist of the twentieth century. He changed scientific thinking in the modern world. He is generally considered as the greatest physicist who ever lived. What’s more, he devoted a lot of his time and energy to working for human rights and progress.
In 1933, while Einstein was visiting England and the United States, the Nazi government of Germany took all his things away, including his position and his citizenship. Einstein then settled down in the United States. In 1934, Einstein, who loved peace — afraid of a world in which only Hitler would have an atomic bomb (原子弹) — tried hard to persuade President Franklin D. Roosevelt in a famous letter to have the United States start uranium (铀) research. That Germany, after all, had no bomb, and that the first bomb would fall on Japan, could not have been expected. After the war, Einstein never stopped working for peace and reducing the number of soldiers in the world.
Although he wasn’t connected with any accepted religion (宗教), Einstein felt that trusting in a personal God was too special an idea to be suitable to the God at work in this universe, but he never believed that the universe was one of chance or disorder. The universe to him was one of pure law and order. He once said, "God may know everything, but he is not hateful."
1. From the passage we know that______________ .A.no scientist is as great as Albert Einstein during this century |
B.Albert Einstein was likely to be the greatest scientist of his time |
C.Albert Einstein made the first atomic bomb for the United States |
D.Albert Einstein gave up his German citizenship for political reasons |
A.have continued his scientific research |
B.have won another Nobel Prize for Physics |
C.not have advised starting uranium research in the U.S.A. |
D.not have moved to the U.S.A. |
A.visited England and the U.S.A. |
B.advised the United States to start uranium research |
C.became a man without citizenship |
D.both A and C |
A.was kept in order by its own law |
B.had nothing to do with each other |
C.happened in an irregular way |
D.was made by the personal God |
CaoYuan proved he was special at age 14 when he was enrolled in the University of Science and Technology of China’s School of the Gifted Young, which is a special school to nurture (养) teenagers into world-class talents.
But Cao himself didn’t think he was special. He often stressed that he was just an ordinary kid who loved reading about science and doing experiments.
But there is other evidence that Cao is a bit different. On Dec. 19, the now 22-year-old doctoral candidate in physics at the Massachusetts Institute of Technology (MIT), the US, was named one of the 10 people who mattered this year by the journal Nature. It was for discovering a “magic angle” in graphene sheets that he has opened up a new field of superconductor physics (超导体物理学).
Graphene, first discovered in 2004 is a material made of a single layer of carbon atoms. It’s the thinnest and strongest material in the world. Cao’s work shows that when two layers of graphene are cooled to 1.7 C above absolute zero (-273oC) and rotated (旋转) to a “magic angle” of 1.1 degrees, the upper layer of graphene exhibits nonconducting behaviors.
However, Cao found that these electrons (电子) could flow in the graphene sandwich freely---as if they were travelling through a superconductor when small amounts of electrons were added to the structure.
The discovery is exciting. “One can imagine making a superconducting transistor out of graphene, which you can switch on and off, from superconducting to insulating,” Pablo Jarillo-Herrero, Cao’s professor at MIT, told Science Daily.
But why was Cao able to make the discovery? Both his high school physics teacher Huang Jiatang and Jarillo-Herrero attribute it to Cao’s capacity for independent learning and interest in doing experiments.
Huang said that he remembered that as a young kid Cao had a strong ability to study on his own, a love for hands-on experiments and was unafraid to challenge teachers and ask difficult questions.
Cao seems to be a highly inquisitive young man. Jarillo-Herrero told Nature that Cao’s hobbies include photographing the night sky using homemade cameras. “Every time I go in Cao’ office, it’s a huge mess, with computers taken apart and pieces of telescope all over his desk”, he said.
But even with such convincing proof, Cao still sees himself as an ordinary college student. “After all, we are all humans, with flaws and emotions,” he said.
1. List two factors that lead to Cao’s achievement.2. Why was Cao Yuan listed “Person of the Year” by the journal Nature?
3. Please decide which part is false in the following statement, then underline it and explain why.
Cao Yuan discovered graphene and opened up a new field of superconductor physics.
4. Do you think you have any talent? Why or why not? (about 40 words)
【推荐3】Eight years before his death in 1896, Alfred Nobel was surprised to read an obituary (讣告) in the local newspaper. It was a strange obituary, for it told Alfred Nobel, the man who was reading it, that he was dead. The newspaper had confused Alfred with his brother, Ludwig, who had recently died.
Nobel was shocked to read that he had passed away, and he was also annoyed by the title of his obituary: “The Merchant of Death is Dead”. Alfred was an armaments manufacturer (武器制造商), and a very rich and successful one. This incident got him thinking about his reputation. What would people think of him after his real death? Would they really say, “That was a man who profited from killing”?
It was this thought that led him to leave his huge amount of money for the founding of the famous Nobel prizes. His aim was to support the ongoing quest (追求) for excellence in the sciences and literature, and the ideal of peace. The first awards were given out in 1901, and since then thousands of men and women have been honored.
The awards let the world know about developments that may have a huge effect, on our lives. Of the most famous awardees, think about Polish chemist Marie Curie, who was the first woman to win a Nobel, in 1903. Sometimes, the prizes are controversial. There is often protest (抗议) at the award of the peace prize when not everyone thinks that the awardees deserve the award. Even the award for literature has sometimes been criticized, although it is often because the award committees neglect important writers. The highly influential novelists James Joyce and Marcel Proust, for example, were never honored by the Swedish Academy.
Still, for the most part the awards don’t cause many complaints. Alfred Nobel founded the prize to recognize those who have had “the greatest benefit on mankind” and few would disagree that most of the prize winners have made contributions that deserved to be honored and remembered.
1. How did Alfred Nobel feel when he read the obituary in the newspaper?A.Amused and understanding. | B.Sad and worried. |
C.Shocked and upset. | D.Surprised and confused. |
A.Stop producing any killing weapons. |
B.Donate all his money to charity. |
C.Pursue excellence in the sciences. |
D.Use his money to set up the Nobel prizes. |
A.To prove the influence of the Nobel prizes on literature. |
B.To show the controversy of some Nobel prizes. |
C.To explain the standard of giving out the Nobel prizes. |
D.To give examples of influential Nobel prize-winners. |
A.There are too many controversial winners. |
B.There should be more female winners. |
C.They have honored many worthy winners. |
D.The committees should be more selective. |