2 . My future happiness

When I imagine my future, I see myself as an adult who is confident in my abilities, doing a job I love and living my life responsibly. When I grow up, I will be enjoying more convenience brought by the advances in technology, with more time to pursue hobbies and enjoy the company of family and friends.     1    

I will feel the happiest in the future because I will learn more about life and develop into the best person I can be.     2     I will also handle more responsibilities and solve problems in a more thoughtful and level-headed manner.

Thanks to new technology, my future life is sure to improve in various ways. Homes will become smarter to the extent that they might be programmed to learn about our needs and monitor our health and activity. I can imagine hearing an AI voice remind me to buy groceries or do more exercise! There will also be enormous advancements in transport options. I will be riding in a self-driving car, and other new means of transport may be developed in the future.     3     These advances in technology are certain to make my future life more comfortable and convenient.

My development into a mature adult and access to advanced technology will provide me with more free-time opportunities.     4     Working less time means I can do what I most enjoy, such as spending time with family and friends, engaging in fun activities and learning new skills.

    5     Thinking this way gives me the motivation to work hard now so that I can have a successful, fulfilling and enjoyable future life.

Image waking up one morning    1     the option of staying in bed and     2     a button to send a robot to do all the work for you. How cool that would be! It may seem like building    3    in the air, but given the rate at     4     artificial intelligence, or AI, is being developed, in the future such dreams may actually come    5    .

5 . Do flying cars only exist in dreams of a far-off future? Well, the future may be closer than you think. Let’s take a look at some modes of transport that we could be using in the future.

Flying taxi

Slovakian engineering company AeroMobil has designed the world’s first 4-seater flying taxi. AeroMobil’s AM Next is a hybrid(混合物) —half supercar, half lightweight aircraft. It’s able to transform between the two modes of transport in fewer than 3 minutes as its wings move into the appropriate positions. It is expected to be released in 2027 and will be able to fly a distance of up to 500 miles (about 800 kilometers) between major cities.

Gyroscopic transport

Gyroscopic transport is a revolutionary new mode of transport that is being planned. It is the use of large pods supported by flexible legs that transport passengers over existing roads. These legs can adjust their length according to traffic demands and to allow passengers to board. One of the best elements of this mode of transport is that it can operate over existing infrastructure(基础设施) .

Hyperloop

Hyperloop has created a lot of excitement recently and received backing from many influential people in the tech world. Elon Musk, CEO of Space X, is one of the main advocates of the hyperloop. He has argued it could ease traffic in Los Angeles, US. The hyperloop is a high-speed public transportation system in which passengers travel in autonomous electric pods at about 965 kilometers per hour. Virgin Hyperloop, a US transport technology company, conducted its first human trials of a hyperloop system in November 2020.

6 . “Demographics are our fate”, which suggests much of the future is determined by the very simple trend lines of populations. Of course, demographics can’t spot pandemics or other crises. But as shocking as they feel at the moment, such events are rare. One aspect of the future that demographics can’t help predict are technological discoveries. But even technological discoveries have a slower impact on the daily life than we sometimes perceive. Peter Thiel famously said in 2013, “We wanted flying cars. Instead, we got nothing but 140 characters.”

So what comes next? If you woke up 20 years from now in 2042, what would be different? Here are some ideas based on numbers that don’t require a crystal ball. About 70 percent of the world population is expected to live in urban areas by 2050, according to data from the United Nations. That means most cities are going to need more improvements. Roads, public transportation and waste management will need large-scale expansion and upgrades. The average person produces 4.9 pounds of waste a day, up from 3.66 pounds in 1980. But here’s a trend going in the other direction as a result of technology: Paper and paperboard declined from 87.7 million tons in 2000 to 67.4 million tons in 2018, according to the U.S. Environmental Protection Agency.

And we’ll be older. In the United States, we’re likely to live until 82.4 years old, compared with 79.1 years old today, the United Nations predicts. That’s a good thing for health care companies and others that satisfy the needs of older people. But living three extra years is going to be more expensive, which will have an influence on both working and saving.

Businesspersons, industry leaders and policymakers are already at work solving some of the problems that demographic data suggest are ahead of us. They are trying to figure out how to inspire farmers to sequester carbon and use green machines to reduce the energy consumption.

What about the metaverse? Or robots taking our jobs? Or AI taking over everything? Demographics can’t answer those questions. All of those things may happen, but life in 2042 may also look a lot like it does today maybe with the exception of those flying cars.

8 . The future of the city is here. Sidewalk Labs, a company owned by Alphabet(which also owns Google), won a competition to design a neighborhood by Lake Ontario, Canada. The competition was held as a way to improve the building, public spaces, and transportation in the area .

The city of Toronto has promised $1.25 billion for roads, sidewalks, electricity, water, and so on. Sidewalk Labs has already put $50 million into the project.

The neighborhood has already been given the name "Quayside. "When finished, it will include many high-tech and environmentally friendly designs. These include heated sidewalks and cycle tracks to melt（融化）snow and self-driving buses. There will also be narrower street with less car and more room for public spaces like parks. The buildings will be made of plastic to make them more affordable and easier to change. Underground passages will be used for rubbish collection and for repair.

There will also be environmentally friendly energy use, changeable traffic lights, and continuous improvement through data (数据) collection and studies. This data will come from sensors(传感器) collecting information about traffic or noise levels, energy use, waste output, etc.

There are, of course, some worries about the project. One is that there is already a housing shortage in Toronto, and making an expensive, high-tech neighborhood won't help with that. It is important for Quayside to be used by the elderly, the disabled, the poor and people of different races, not only by people who work at tech companies.

Another worry is about data collection and people' s privacy. Dan Dctoroff, the CEO of Sidewalk Labs, said that the data collection will only be used to improve people's life in Quayside. He added that privacy can be put into every part of the neighborhood.

Since this kind of neighborhood is new, no doubt there will be many problems, and new laws will have to be made for this kind of high-tech housing. But hopefully, we will be able to see such a futuristic neighborhood soon.

9 . Your options for an ego - friendly home may seem somewhat limited now—solar panels, rain barrels, and maybe a small garden—but as the world of green technology advanced, there is a rise in the number of smart, ego-friendly home improvements. Some of them are available now.     1     Read on to see how you can improve your home now.

A home thermos tat (恒温器) can automatically adjust the temperature for you, making sure your house is warm when you get home and reducing energy waste during the day. For example, a thermos tat called Nest Learning Thermos tat learns your heating and cooling preference and automatically adjusts itself.     2     , without ever having to remember to adjust the I temperature.

Years ago, recycling paper and plastic was the most you could do to save resource.     3     recycling everything from Christmas lights to wine corks (瓶塞). And where do the post-recycling-process materials end up? Back in your home, in the form of recycled-paper counter tops (台面) and recycled plastic carpets, to name a few.

    4     . But if you're ready to take your heating, cooling and electricity system into the future, then you'll want to start with alternative new energy source, like solar panels or wind power. Solar panels are additions you can make to your own house, but if you don't have the time or money, you can also choose alternative energy sources through your regular supplier.

In 2009, The Wall Street Journal asked four architectural firms to imagine the future of green homes.     5     They designed what they call the “Incredible Edible House”, covered in green in the form of plants and gardens that provide food for the home owners, absorb heat to keep the interior cool, and are watered from a rooftop that catches rain.

10 . For years, planet-hunters have been searching for a planet other than Earth that can support life. They may have found one.

The planet is the sixth found orbiting a star called Gliese 581. Steven Vogt, one of the scientists involved, expects the new planet to have water. On Earth, when we find water, we find life.     1    

A planet that can support life has to be just the right size for its system and just the right distance from its star. Some planets orbit so close to their stars that they’re much too hot for liquid water—or for life as we know it.     2    

But a right-sized planet that's neither too close nor too far might be just right for water. Gliese 581 is probably just right. It is about three times as huge as Earth.     3     Because it’s so close, one side of it always faces its star, and the other side is always dark.

The new planet is 20 light years away, which is as far as 250 million trips to the Moon and back.     4     Only light can go that fast. So even at the fastest speed we could manage, it would take a spaceship from Earth more than 200 years to go that far.     5     But that doesn’t mean we can’t study it. Thanks to powerful new telescopes and new techniques for searching the skies, scientists can learn a lot about distant planets without even leaving Earth.

Gliese 581 is an exciting discovery—and astronomers are likely to find more soon, thanks to new, powerful telescopes specifically designed to look for planets.