3 . H. G. Wells, born in 1866, was trained as a scientist, a pioneer among his literary contemporaries, and was perhaps the most important figure in the genre (类型) that would become science fiction. Writers in this tradition have a history not just of imagining the future as it might be, but of inspiring others to make it a reality.     1    .

Audio book, Airplane, and Television

Wells imagined forms of future entertainment. In When the Sleeper Wakes (1899), residents use fantastic forms of technology like audio books, airplanes and television sets.

    2    

Visitors to The Island of Dr. Moreau(1896) meet odd creatures created by the mad man doctor in human-animal hybrid experiments that may predict the age of genetic engineering.     3    , though today human immune systems (免疫系统) still ultimately reject such efforts.

Lasers(激光)

Martians in The War of the Worlds(1898) give off what Wells called a Heat Ray.     4    . It would be more than six decades before Theodore Harold Maiman fired up the first operational laser in 1960, but military thinkers had been hoping to weaponize (使…武器化) the conceptual laser before it was proven practical, .

Atomic Bombs(原子弹)

    5     . The atomic bombs he introduces in The World Set Free(1914) fuel a war so disastrous that its survivors are moved to create a unified world government to avoid future conflicts.

4 . In the movie “The Wrong Trousers”, a pair of futuristic trousers lets people walk on walls and ceilings. Inspired by the movie, researchers in England created “The Right Trousers”, a set of trousers embedded(嵌入) with electrical pumps to force air into tiny tubes that expand and can help elderly or disabled people with issues like getting up or improving blood flow.   Now, material scientists, computer programmers and fabric designers are working to advance robotic clothing.

In June, researchers in Australia created robotic fibers, which can make fabric move automatically. Last year, scientists at MIT built fiber batteries that could be embedded into clothes and power robotic clothing. In recent years, Google partnered with brands like Levi’s and Adidas to put sensors in jackets, backpacks and shoes, letting users access their phones instantly. Researchers said they could soon unlock an era where clothing will act more like a computer, sensing how your body feels and telling your clothes how to help.

At the University of New South Wales in Australia, researchers are creating fabrics that can shape-shift. Thanh Nho Do, a senior lecturer at the school, said his team has created tiny tubes that can weave into sheets of fabric. These tubes can make fabric take various preprogrammed shapes. But challenges still remain for Do’s team, notably around making these robotic tubes smaller so they can weave easily with other fabrics.

Rebecca Kramer Bottiglio from Yale University agreed that many challenges remain before smart clothing “reaches their full potential.” It will be challenging to make these clothes, equipped with fibers and technology, strong enough to go through multiple cycles in the laundry, she said. Despite that, she says researchers will figure out a way forward. “Recent breakthroughs point toward a not-so-distant future where smart clothing will be a part of our everyday life.” she said.

5 . Children’s Sci-fi Art Predicts Extraordinary Future

More than 80 sci-fi artworks are on display at the Shanghai Science and Technology Museum, showing a beautiful yet puzzling future. The “Brave New Sci-Fi World” exhibition features paintings and art installations (设备) by students from Shanghai, Beijing, Chongqing and other cities. They imagine the future as a world where robots and human beings co-exist.

Ru Chen, from Shanghai New Putuo Primary School, has pictured a robot chameleon (变色龙) to be used in outer space to aid in the search and rescue of human beings in case of danger.

Li Jiaqi from Guangzhou Dongfeng East Road Primary School has painted a city where advanced technologies are everywhere, and even the city itself turns into a large robot.

Huang Yanrui from Beijing Shijingshan Gucheng No. 2 Primary School imagines his rubber, pencil box and such stationery (文具) becoming conscious robots, and beginning to design future human beings.

Wang Zhihan, from Shanghai Shangde Experimental School and her schoolmates, stick electronic components on stone faces as a metaphor (隐喻) for the increasingly unclear boundaries between the reality and virtual world. “We hope to remind people never lose yourself in a world with advanced technologies,” she said.

The exhibition will last till November 4.

Opening hours:

Tuesdays-Sundays 9: 00- 17: 15; legal holidays 8: 45- 18: 30.

Transportation Guide:

Metro: Metro Line 2: Shanghai Science and Technology Museum Station.

Metro Line 4, Metro Line 6 and Metro Line 9: change to Metro Line 2 at the Century Avenue Station.

Bus Routes: Bus 184, 640, 794, 983, 984, 987, 1023, 640 inter-zonal bus will take you there.

8 . There is a profound relationship between science fiction and science. It is often said that stories change the world, what is less often heard is that stories change science, and therefore the future.

The use of science fiction to explore our world is similar to scenario (剧情) planning in Futures Studies, which shapes our ideas about the future, and goes beyond predicting artifacts that once seemed impossible to us like Verne’s submarine or the satellites of 2001 Space Odyssey.

In the words of Dutch researcher Sofia Kaloterakis, “Science fiction narratives structure our imaginative models about technoscientific projects such as robotics or space exploration”. Have you ever wondered how science fiction novels have impacted the idea we have about Artificial Intelligence or how Snow Crash, Neal Stephenson’s novel, has impacted what we now call the Metaverse (元宇宙)?

Science fiction helps us define possible futures. It provides us with an understanding of the rules underlying fictional worlds. It also allows us to put technological prototypes (原型) in the context of their use by humans. But most importantly, it determines the way we structure scientific thought and intervene (干预) in the future.

Alex McDowell, Creator of the Minority Report worldbuilding in 2002, and Peter von Stackelberg explain what fictional narratives can bring to the table:

The richness of “storyworlds” — the “universes” within which stories take place — provides us with detailed rules of the context in which a larger reality unfolds that extends beyond a single story, and has the potential to provide us with deeper learning about the underlying systems that regulate those worlds.

Lastly, the relationship of futures narratives to theories such as Social Constructivism has been highlighted by several scholars. A central idea of this sociological theory is that whenever we use words or other symbols to refer to objects in our world we are constructing them. And, therefore, prediction is also a social construction. In narrating we intervene in the world. In narrating the world, we construct it. In writing science fiction we intervene in the science of the future.

9 . What will life in the future be like? Will it be much better than it is now? And what will we be able to do in 10, 20 or 30 years’ time?

Genetic engineering (基因工程) may help us make the perfect human. Babies may grow up to play basketball like Yao Ming or look like Cecilia Cheung. Also, we may be able to bring the dead back to life. Maybe people will be able to meet and talk with their dead family members.

Over the next 20 to 50 years, it will become harder to tell the difference between humans and machines. Perhaps we will be able to make copies of ourselves, so we will appear to be alive long after we are dead. People may be able to find ways of putting the life of a person into a new body.

Nanobots (纳米机器人) will be important. We will use them when we are sick. For example, when we have a stomachache, we will swallow (吞下) a nanobot and it will travel through our stomach, taking a video of what’s happening there. The video will help the doctor cure us.

In the future, computers may have their feelings. They may be able to think better than us. We may be more and more interested in computers and the internet, spending all our time in front of computers. Perhaps we will forget our real needs. Perhaps we will become super couch potatoes weighing 250 kg!

A．a computer	B．a camera
C．medicine	D．water