1 . In the past few years, Sam Altman, the father of ChatGPT, has become the most familiar face in the world of AI. Many industry leaders and AI researchers see ChatGPT as a fundamental technological shift, as significant as the creation of the web browser (浏览器). But few can agree on the future of this technology.

Some believe it will create a community where everyone has all the time and money they ever wanted. Others believe it could destroy humanity. Still, others spend much of their time arguing that the technology isn’t as powerful as everyone says it is.

Mr. Altman, a slim 37-year-old entrepreneur and investor from St. Louis, sits calmly in the middle of it all, devoted to making ChatGPT perfect. As chief executive of OpenAI, he in some way embodies (体现) each of these seemingly contradictory views, hoping to balance many possibilities as he strikes this unusual, highly effective but imperfect technology into the longer term.

That means he’s usually criticized. But those closest to him imagine that is normal. “If you’re equally upsetting both extreme sides, then you’re doing something right,” mentioned OpenAI’s president, Greg Brockman.

Mr. Altman believes that this technology will occur one way or another, that it will do wonderful things even he can’t yet imagine, and that we can find ways of making up for the harm it may cause. It’s an attitude that mirrors Mr. Altman’s personal track. His life has been a reasonably regular climb towards larger prosperity and wealth, pushed by an efficient set of private expertise. It makes sense that he believes that the good thing will happen rather than the bad.

Georgeann Kepchar, who taught Advanced Placement computer science courses, saw Mr. Altman as one of her most talented computer science students and one with a rare gift for pushing people in new directions. “He had creativity and vision, combined with the ambition and force of personality to convince others to work with him on putting his ideas into action,” she said.

Shi Jing, also called the Book of Songs, is the oldest existing     1     (collect) of Chinese poetry. When Chinese musician Fang Jinlong read Shi Jing, he was interested in the stories in the poems. Because he couldn't     2     (full) understand the ancient Chinese language     3     (use) in the poems, he turned to experts to explore the poems.

Then he decided to portray the poems with musical language by inviting composer Ma Jiuyue     4     (create) an album. Titled Music and the Book of Songs, the album was released on Jan. 18, 2021,     5     (feature) 10 original songs composed by Ma. They     6     (perform) by Fang and won great popularity.

The 10 songs are based     7     10 poems from Shi Jing, including Qiong Yao, which conveys gratitude to people who are eager to help others, and Swallows, which sends farewell messages to friends.

“Young people gave warm feedback about traditional Chinese music     8     they had watched my performance. It has inspired me to create more works for them, which helps popularize traditional Chinese music,” says Fang.

“The 10 pieces sound     9     (enjoy) and easy. For the listeners, it's a fresh way to comprehend poems from Shi Jing,” says Ma. “We spent three years working on     10     project. There are so many meanings in the poems and we want to display them as deep as possible with music," Ma says. "It's our mutual goal to have traditional Chinese music reach a wider audience.”

10 . THE FATHER OF CHINA’S AEROSPACE

Perhaps no other scientist has had a greater impact on China’s aerospace science than Qian Xuesen. Described by the authors of the Story of Qian Xuesen as a man with “great scientific thought and scientific spirit” who was patriotic and served his homeland with effort, achievement, and devotion, Qian was an extremely well-respected man.

Born in Hangzhou in 1911, Qian attended schools in Beijing and then entered Shanghai Jiao Tong University to study Railway Mechanical Engineering. However, after the Songhu Battle broke out in 1932, Qian made the decision to switch his major to aviation because he realised that China needed its own powerful air force to protect and defend the country.

Qian went to the United States in 1935 to pursue his graduate studies. Over the course of the 1930s and 1940s, Qian became a pioneer in American jet and rocket technology. As a graduate assistant at the California institute of Technology during the 1930s, Qian helped conduct important research into rocket propulsion, and in the 1940s, he and several other people founded the Jet Propulsion Laboratory, now one of NASA’S leading space-exploration centres.

After overcoming some difficulties during his final few years in the US Qian returned to China in 1955. He received a hero’s welcome from his homeland and was put in charge of not only developing China’s rocket science but also its space and missile programme. At that time, China was poor and its rocket science was undeveloped. No institute or university in China offered rocket science as a major, and there were no talents or experts in this field in China. Nevertheless, Qian did not let that discourage him from taking on the challenge. When asked “Can we Chinese possibly make missiles?” his reply was a determined “Why not? We Chinese are able to make the same things that other people make.”

Under Qians leadership, China developed the Dongfeng missiles, followed by the first generation of Long March rockets. In 1970, China successful launched its first man-made satellite, Dong Fang Hong I, from a Long March rocket. Because much of the technology behind the Shenzhou rockets can also be traced back to Qian’s research, Qian earned the name of “the father of Chinas aerospace.”

Qian read a lot and was extremely knowledgeable, especially in the area of frontier science research. However, what might have made him such an outstanding and creative scientist was probably his strong interest in other things, such as music and drawing. His deep appreciation for art often gave him inspiration in his scientific research.

On 31 October 2009, the whole country was saddened by Qians death, and people honoured and remembered him in different ways.

A WORLD OF PURE THOUGHT

Stephen Hawking was one of the most famous and gifted scientists in physics. Most people are familiar with images of him in his wheelchair unable to move and using a computer to talk. Since he came down with a disease which caused him to lose the use of most of his muscles his world became one of abstract thought.

Hawking first achieved fame when he was still healthy enough to walk, as a graduate student in physics at Cambridge University in 1964. In general there were two main theories on the origin of the universe. The first was the steady state theory, which holds that the universe has no beginning or end. The other was the big bang theory, which holds that the universe began at a single point in time and space. The biggest champion of the steady state concept was Fred Hoyle, a professor at Cambridge. During the question and answer period after one of Hoyle’s lectures, Hawking stood up and pointed out that Hoyle had made a mistake in his maths. Once the maths was corrected, it showed that the big bang theory — and not the steady state theory — was true. Hawking’s own work on the big bang theory was soon proven by astronomers with telescopes. A star was born.

So, what made Stephen Hawking a genius? Besides being brilliant, he was brave, though sometimes careless in what he said or did. He was willing to say what others were afraid to say, and to dream of what others were afraid to dream about. Furthermore, he was quite determined. This had helped him as a scientist, and had helped him even more in his fight against his disease. Above all, Hawking was willing to admit his faults. This odd combination of characteristics had made him one of the greatest thinkers of the 20th and 21st centuries.

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