A group of 10 high-profile figures and common citizens gifted with wisdom, bravery and determination, Nobel Prize-winning physicist Yang Zhenning included,
Yang Zhenning, a
Another nominee was Su Bingtian, the first Chinese athlete
This year’s Touching China awards also focused on China’s space community for opening new horizons in the starry ocean of the cosmos,
In 2021, the war epic film, The Battle at Lake Changjin,
2 . Virtually, there is nothing that man cannot do. Only what he has to do is keep doing and doing without being discouraged. Success will come someday or other, though it may apparently be the conception about something that it cannot be done.
What the world-famous scientist Sir Isaac Newton had done by twelve years’ constant hard work was burnt out by his pet dog. But that could not discourage him a little.
All the great men in history have written their names in golden letters by means of perseverance.
A.Every action has its reaction. |
B.It is a unique precondition to success in life. |
C.In human life, perseverance plays a very important role. |
D.Their success will always remain as perfect examples to us. |
E.Columbus has left us an adventurous story of perseverance. |
F.The task that is easily done at the first attempt is undoubtedly very easy. |
G.He was able to do it again through years of hard work and perseverance. |
3 . When I studied in my high school, I did an experiment about how the temperature affected the growth of a plant. That experiment made me
One of my
If I am lucky and given the
I know I will be able to achieve my
A.doubt | B.realize | C.wonder | D.value |
A.school | B.origin | C.growth | D.study |
A.easily | B.hardly | C.partly | D.firmly |
A.especially | B.possibly | C.properly | D.separately |
A.happy | B.popular | C.careful | D.real |
A.experiences | B.persuasions | C.inspirations | D.generations |
A.career | B.attempt | C.praise | D.science |
A.devoted | B.invited | C.linked | D.attached |
A.reason | B.freedom | C.right | D.opportunity |
A.heard | B.expected | C.discovered | D.awarded |
A.set out | B.figure out | C.stick out | D.take out |
A.fame | B.reward | C.dream | D.stage |
A.information | B.decision | C.light | D.fortune |
A.bright | B.capable | C.proud | D.brave |
A.lesson | B.mind | C.present | D.heart |
4 . The daughter of a romantic poet and occasional freedom fighter, Ada Lovelace had a famous but absent father. She never knew Lord Byron, as just weeks after her birth in 1815, he divorced her mother Isabella Milbanke Byron and left to fight in the Greek War of Independence. In an effort to prevent Ada from developing her father’s unpredictable temper, Isabella decided that her daughter should devote her life to study.
Ada studied hard despite the fact that society did not encourage women pursuing interests in science. Her life changed when she met inventor Charles Babbage at a party. As he demonstrated a working section of his mechanical calculator, Ada was taken in by how it worked and wanted to know more. Impressed by the 17-year-old’s obvious passion, Babbage became her tutor. Ada married in 1835 and became a mother, but she continued to take an active interest in study, socialising in intellectual circles with the likes of Charles Dickens and Michael Faraday.
Ada stayed in contact with Babbage, who in 1837 had proposed a new machine, the analytical engine. In 1843, Ada was asked to translate a French text written by engineer Luigi Menabrea about Babbage’s new design. After completing the translation, Ada was encouraged by Babbage to write her own notes on his work.
After nine months of hard work, Ada presented Babbage with a detailed list of notes that was three times longer than the original article. In her calculations, Ada wrote what are considered the first ever computer algorithms to be used in a new type of machine. She essentially provided the first ideas for computer programming in what was a groundbreaking proposal on the potential of computers.
Ada died of cancer aged only 36 and her work was largely recognised until the 1950s when her notes were republished. In 1979 the US Department of Defence named a programming language ‘Ada’ in her honour.
1. What can we learn about Ada from the first paragraph?A.She had a devoted father. | B.Her mother raised her up alone. |
C.She had an unpredictable temper. | D.Her parents divorced before her birth. |
A.Charles Dickens. | B.Michael Faraday. |
C.Luigi Menabrea. | D.Charles Babbage. |
A.Modest and outgoing. | B.Talented and diligent. |
C.Generous and considerate. | D.Determined and independent. |
A.Ada’s notes were published only once. |
B.Ada named a programming language after herself. |
C.Ada earned a reputation nearly a century after her death. |
D.Ada’s work was largely recognized when she was alive. |
5 . The Nobel Prize is considered as one of the most recognizable and admirable awards possible, honoring people of the world for their outstanding achievements in different fields.
Alfred Nobel was born in 1833 to a family of engineers in Stockholm, Sweden. In 1850, he met Ascanio Sobrero, the inventor of nitroglycerin (硝酸甘油) in Paris. Interested in its unpredictable nature of exploding under pressure or heat, Nobel started to find a way to control it and make a usable explosive. After years of efforts, in 1867, Nobel invented dynamite, which is much easier and safer to control than nitroglycerin.
During his lifetime, Nobel invented and patented various explosives. He built up his wealth from his 355 inventions, from which dynamite was the most important.
When Alfred’s brother Ludwig died in 1888, a French newspaper mistakenly published Alfred’s obituary (讣告). Reading his own obituary, Nobel was disappointed to find out his public image. The newspaper strongly blamed Nobel for inventing dynamite, giving him the nickname of “the merchant of death” and saying “Dr. Alfred Nobel, who became rich by finding ways to kill more people faster than ever before, died yesterday.”
To Alfred, this obituary was a warning. He spent his lifetime alone inventing things and was deeply concerned with how he would be remembered. This unfortunate event inspired him to make changes in his will, so as to improve his public image, and to be remembered for a good cause. In 1895, one year before his death, Nobel made the last will, saying clearly that his wealth would be used to create a series of prizes for those who have made great contributions to mankind in physics, chemistry, physiology or medicine, literature, and peace. To widespread astonishment, Dr. Alfred Nobel gave away 94% of his total wealth to found the five Nobel Prizes.
1. What led to Nobel’s invention of dynamite according to Paragraph 2?A.The strong desire to make money. | B.His great curiosity and devotion to science. |
C.His lifetime dream of achieving success. | D.The valuable help from his family. |
A.34. | B.40. | C.42. | D.55. |
A.Optimistic. | B.Satisfied. | C.Upset. | D.Supportive. |
A.To be remembered as “the merchant of death”. | B.To prove the importance of his inventions. |
C.To publish his findings of scientific research. | D.To leave a good name to the public. |
Perhaps no other scientist has had a greater impact on China’s aerospace science than Qian Xuesen. Born in Hangzhou in 1911, Qian went to the United States for
Under Qian’s leadership, China developed the Dongfeng missiles and launched its first man-made satellite. Even much of
Qian was extremely
7 . The next time you have cheese, remember the French scientist Louis Pasteur who discovered that bad milk, and many diseases are caused by bacteria(细菌).
Louis Pasteur is known as the father of microbiology. In his lifetime, he not only proved that bacteria are the cause of diseases, but also discovered the process of vaccination (接种疫苗) which has saved billions of lives.
When Pasteur worked with chickens that were suffering from cholera(霍乱) during his experiments, he accidentally spread cholera to his chickens. Pasteur’s chickens became mildly sick but did not die. This was strange as every chicken that came near cholera earlier had died. He realized soon that the cholera had become weak. By the time he tried again, the chickens he had cured earlier did not get cholera anymore. He realized that a weak cholera helped his chickens develop an antibody against it.
Later, Pasteur went on to try this on cows, pigs and dogs. All his research helped him develop different vaccines. We now know that the process of vaccination introduces a weakened kind of bacteria into our body. Our body reacts by creating antibodies to fight the bacteria. Now, when our body comes across the same bacteria which are much stronger, it can fight them off.
Louis Pasteur received numerous awards for the advancement of biology, chemistry, and medicine. He founded the Pasteur Institute to study diseases. It was the first university to teach microbiology and today there are 32 institutes across 29 countries. For every child vaccinated against a deadly disease, we have Louis Pasteur to thank.
1. What do we know about Louis Pasteur?A.His discoveries weren’t used at his time. |
B.He discovered the connection between bacteria and diseases. |
C.He was a professor at the Pasteur Institute. |
D.His discoveries brought many profits and awards to him. |
A.Cholera was not a deadly disease then. |
B.Pasteur spread cholera to chickens on purpose. |
C.All chickens suffered from cholera died at last. |
D.The weakened cholera couldn’t kill the living creatures |
A.It builds up people’s body. |
B.Without it, people will die. |
C.It improves people’s ability to avoid diseases. |
D.It can kill all the diseases and make the sick bealthy. |
A.Because he wants to honour Louis Pasteur and his contribution to the world. |
B.Because he wants to show the discoveries of the vaccination. |
C.Because be wants to call on children to learn from Louis Pasteur |
D.Because he wants to introduce an important invention in microbiology. |
8 . Gerty Cori, the first American woman to win the Nobel Prize for Physiology or Medicine, was born Gerty Theresa Radnitz in Prague in 1896. Gerty decided at the age of sixteen to study medicine. She entered the Realgymnasium at Tetschen, from which she graduated in 1914, and then went to the Medical School of the German University of Prague. While in medical school, Gerty met Carl Cori, a classmate who shared both her love of skiing and mountain climbing and her interest in laboratory research. In 1920, the two published the results of their first joint research, received their medical degrees, and married each other.
Gerty’s first research position was as an assistant in the Karolinen Children’s Hospital in Vienna. In 1922, Carl Cori moved to the United States to join the staff of the New York State Institute for the Study of Malignant Diseases in Buffalo, New York. Gerty Cori moved a few months later, starting as an assistant pathologist ( 病理学家) at the Institute and later rising to an assistant biochemist. In 1928, the Coris became US citizens.
In 1931, Carl Cori accepted the position of chairman of the Department of Pharmacology of the Washington University School of Medicine (WUSM), while Gerty Cori was hired as a research fellow. In the early 1940s the Coris moved to the Department of Biological Chemistry. Gerty Cori was made an associate ( 副) professor of Research Biological Chemistry and Pharmacology in 1943. She was elevated to the rank ( 级别) of professor of Biological Chemistry in July 1947, the same year she and her husband were awarded the Nobel Prize for their work on the metabolism of glycogen (糖代谢).
In 1947, Gerty Cori began showing the signs of myelofibrosis, an unusual blood disease. She fought the disease for ten years, refusing to give up her research until the last few months of her life. Gerty Cori died on October 26, 1957.
1. What can we learn about Gerty’s husband?A.He shared the same interests with Gerty. |
B.He moved to the USA later than Gerty. |
C.He married Gerty while in medical school. |
D.He studied pathology under the influence of Gerty. |
a. She moved to the USA.
b. She won the Nobel Prize.
c. She met her husband Carl.
d. She got a job in the WUSM.
e. She received her medical degree.
A.e, a, c, b, d | B.c, e, a, d, b |
C.e, c, a, d, b | D.c, a, e, b, d |
A.Adapted. | B.Defeated. | C.Promoted. | D.Committed. |
A.She was satisfied with her later life. | B.She was in poor health all her life. |
C.She died of a common disease. | D.She was very mentally strong. |
9 . What are scientists?They are often described as gray-haired white-coated dull scholars.
But the world has changed.Young scientists are making their voices heard and releasing their powers on the world stage.
This is also true in China.Rising stars include new materials expert Gong Yongji,university professor Liu Mingzhen,and biologist Wan Ruixue.At the age of 28 in 2018,Wan Ruixue received the 2018 Science & SciLifeLab Prize for Young Scientists.This is a global prize to reward outstanding scientists at an early stage of their careers.
She focuses mainly on biomedicine (生物医学) and artificial intelligence.“Both are cutting-edge (前沿) technologies at an early stage of development,” she said.
“So,I think they have great potential to be developed.I think in the study of cutting-edge technologies,China and other leading countries in the world are standing on the same starting line.And in the study of structural biology,China is likely to become the leader.”
She felt it was her fate to become a biologist.“I grew interested in the natural world,when I was very young,” she said.In 2009,she entered Sun Yat-sen University.
In her third year at the university,she realized that she wanted to do something related to biomedicine.So she emailed China’s top biologist Shi Yigong,hoping to join his lab at Tsinghua University.
Shi recognised her talent and welcomed her.Years of efforts at the lab have paid off.Her research on the high-definition 3D structure of spliceosome led to a scientific breakthrough.
Unlike many of other young scientists who choose to pursue further study abroad,Wan currently has no plan to go overseas.
“The whole ecosystem for scientific research is continually improving in China,” she said,adding that the country has great science facilities.
1. What does the underlined word “releasing” in paragraph 2 mean?A.Giving out. | B.Getting over. |
C.Finding out. | D.Taking over. |
A.Anxious. | B.Confident. |
C.Disappointed. | D.Satisfied. |
A.Her teacher led her into the field. |
B.She finds it’s easier than she thought. |
C.Her contribution has been recognised. |
D.She thinks it’s boring but worth trying. |
A.China’s Breakthrough in Science |
B.Rising Young Scientists in China |
C.Wan Ruixue:A Successful Young Scientist |
D.New Image of Chinese Scientists |
10 . George Shull was born in 1874 on a farm in Clark County, Obio, and his knowledge of plants and hybrids came at an early age. Being needed on the farm, Shull received his early formal education off and on. However, it was supplemented (增补) by intense home study so that by 1892. he was teaching in a public school, and later attending Antioch College.
In 1901, he graduated from Antioch and went to the University of Chicago to do graduate work. With his knowledge of botany and experience with farming practices, Shull passed a Civil Service exam, and was appointed as a botanical assistant at the U. S. National Herbarium. He also worked at the U. S. Bureau of Plant Industry as a botanical expert examining the plants and animals of Chesapeake Bay and Currituck Sound. The data he collected during this time was to comprise his Ph. D. thesis (论文). And in 1904 he was appointed to be in charge of plant work at the Station for Experimental Evolution.
He began working on corn in 1905. Following Gregor Mendel’s example, Shull obtained purebred (纯种的) lines of corn through self-pollination (自花受粉). The pure-bred lines were less healthy and productive, but when he crossed the pure-bred lines, the hybrid yields were better than any of the parents or those pollinated in the open fields. He immediately recognized the potential for using this strategy to improve crop yields.
In 1915, Shull accepted a professorship at Princeton University. With his encouragement, Princeton University Press began the publication of a new journal, Genetics. Shull was the managing editor for ten years. Genetics is still one of the top international science journals.
Shull retired in 1942. He and his wife spent most of their later years with their children and grandchildren.
1. What does the underlined part “off and on” in paragraph 1 mean?A.Not surprisingly. | B.Very formally. | C.Very excellently. | D.Not regularly. |
A.George Shull’s contributions. | B.George Shull’s research |
C.George Shull’s work experience. | D.George Shull’s education. |
A.It completely relied on self-pollination. | B.It was first published in Genetics. |
C.It was widely accepted in Ohio. | D.It focused on crossing pure-bred lines. |
A.By giving examples. | B.By following time order. |
C.By making comparisons. | D.By presenting a scientific study. |