English in the Third Millennium

Two thousand years ago English did not exist. A thousand years ago it was a language used by less than two million people. Now it is the most influential language in the world spoken by more than a billion people on the planet, as their first second or third language. English currently dominates science, business, the mass media and popular culture. For example, 80% of emails on the Internet are in English. But where will English be at the end of the third millennium?

One view is that English is going to become even more important as a global language dominating the world’s trade and media while most other languages will become localized or just die out. At present over half the world’s 6500 languages are in danger of extinction. Another view is that English is already breaking up, as Latin did into several languages. There are already dictionaries of the 'New Englishes’ such as Australian English full of words that a British English speaker would not recognize.

Hopefully, neither of these things will happen. Although different varieties of English will continue to develop around the world, standard English will survive for international communication. In addition, the frightening prospect of a culturally uniform world totally dominated by one language is impossible. Already, other languages are fighting back against the iron grip of English on the Net. Governments around the world are also starting to protect smaller languages and recognize the importance of cultural and linguistic diversity. English will probably stay in control for a long time, at least while the USA remains the top superpower, but it definitely won’t become the only language in the world

6 . Farms of the Future

Skyscrapers(摩天大楼) are the ultimate symbol of urban life. By 2050, almost 80 percent of the earth’s population could live in cities. The human population could increase to 9.1 billion people yet the amount of land available for farming will be the same.     1    

Vertical farms, where farmers could grow crops in environmentally friendly skyscrapers, could be the solution. In spite of concerns over high costs, experts want to make these urban farms a reality and use these skyscrapers to grow crops.     2    

Vertical farms would have many advantages, experts say. The food would be grown with minimal effects on the environment. Unlike traditional farming, vertical farming would not force animals out of their habitats by taking over large areas of land, nor would it pollute the air with the use of heavy farming equipment.     3     These have been well recognized.

Growing prosperity has led to many people demanding that all foods are available all year round. Indoor farming could produce crops constantly and crops would not suffer from weather-related problems like drought or flooding. In addition, the use of agricultural chemicals for controlling insects would be minimal.

    4     They point out that although crops growing in a tall glass building would get natural sunlight during the day, it wouldn’t be enough. The plants closest to the windows would grow much more quickly than the plants further inside. The plants growing away from the windows may not produce as many or as high quality vegetables.     5     They would need additional light sources.

Experts agree that the new farming practices are needed to support the planet’s need for more and more food at affordable costs, both to the farmer and to the consumer. Vertical farms may be a small-scale answer, but the best ideas could be yet to come.

7 . In the near future, IoT (Internet of Things) will drive huge innovation (革新) in the way our food is grown. Plants will have a “voice”, not a human voice, but a voice based on data that can tell people, computers, and machines when, for example, they are thirsty, or need more sun, medicine, etc.

Take vertical (垂直的) farms, for example. Farming is moving indoors where the growth of plants can be monitored and controlled. The facilities are built vertically, so growing areas can be put in piles. This greatly reduces the amount of land needed for farming.

From an IoT point of view, vertical farms are connected in two ways. First, small sensors (传感器) in the soil or connected to plants tell a control system exactly how much light, water, and nutrients are needed to grow the healthiest crops. Sensors will also tell vertical farmers when crops are nearing their peak for harvesting at just the right time to make sure it’s still fresh when it reaches its final destination.

Second, vertical farms will be connected to other networks and information systems, including databases that track local demand. For example, local restaurants may input when they need fresh food supplies. And vertical farmers could get that information so they know which crops to grow in what quantities. This type of IoT system would have been unimaginable a generation ago.

Today, vertical farms are being experimented. Yet, the numbers point to a bright future for the industry, especially as the world’s population continues to grow. For example, Green Sense Farms in Chicago is able to harvest crops 26 times a year using 85 percent less energy, one-tenth the water, and no pesticides. A side benefit of lower energy use is lower CO₂ output of two tons per month, with the added benefit of creating 46 pounds of oxygen every day.

8 . From self-driving cars to carebots for elderly people，the rapid development in technology has long represented a possible threat（威胁）to many jobs normally performed by people. But experts now believe that almost 50 percent of occupations（职业）existing today will be completely unnecessary by 2025 as artificial intelligence（AI）continues to change businesses.

“The next fifteen years will see a change in how we work，and a change will necessarily take place in how we plan and think about workplaces，”said Peter Andrew，director of Workplace Strategy for CBRE Asia Pacific. A growing number of jobs in the future will require creative intelligence，social skills and the ability to use artificial intelligence.

The report is based on interviews with 200 experts，business leaders and young people from Asia Pacific，Europe and North America. It shows that in the US technology already destroys more jobs than it creates. But the report states，“Losing occupations does not necessarily mean losing jobs—just changing what people do.”Growth in new jobs could occur as much，according to the research.“The growth of companies that have the speed and technological knowledge will directly challenge big companies，”it states.

A report by Pew Research Center found 52 percent of experts in artificial intelligence and robotics were optimistic about the future and believed there would still be enough jobs in the next few years.“The optimists pictured a future in which robots do not take the place of more jobs than they create，”according to Aaron Smith，the report’s co-author.

“Technology will continue to affect jobs，but more jobs seem likely to be created. Although there have always been people out of work，when we reach a few billion people there will be billions of jobs. There is no shortage of things that need to be done and that will not change，”Microsoft’s Jonathan Grudin told researchers.

9 . Imagine being face-to-face with a woolly mammoth (猛犸象) . It would be quite a sight. Scientists believe it would tower above 11 feet tall and have a sloping back, a long, powerful trunk, and sharp, curved tusks that stretch up to 10 feet. Its thick hair would be up to three feet long. It would weigh six tons—about as heavy as a bus.

You’ve probably never seen a giant furry elephant before. Actually, you definitely haven’t. The species has been extinct for thousands of years.

But a few years from now, you might be able to see a woolly mammoth in person. Scientists believe they have the technology to recreate it.

A team of South Korean and Russian scientists plan to clone a woolly mammoth. How will they do it?

Several woolly mammoth bodies have already been discovered in Siberia, an icy region in Russia. The scientists plan to take cells from these frozen mammoths. In a laboratory, they’ll use them to create a new cluster (群) of cells called an embryo. The embryo will be placed into the womb of a living female elephant. That elephant will then give birth to a baby woolly mammoth.

The scientists believe the whole process will take five years. Many scientists and animal lovers can’t wait. It will be so exciting to be able to bring a creature that has been extinct for thousands of years back to life. People would travel from around the world for the chance to see a living woolly mammoth. By observing the way the creature looks and acts, scientists might make brand-new discoveries about the history of animal life.

Other experts aren’t so sure about the woolly mammoth project. One big question is what to do with a mammoth. The Earth has changed in the thousands of years since these animals roamed the planet. Where would the creature live, and would it be able to survive in today’s climate ? Some believe that the money being spent on the experiment could be better spent on other important scientific projects, such as fighting diseases.

But the South Korean and Russian scientists are sticking to their plan. They admit they have a big challenge ahead. There is no guarantee that they will succeed, but they’ re hopeful.

10 . There’s a good chance something you've bought online has been in the hands of a “ picker” first. These are the workers in warehouses(仓库)who pick, pack and ship all those things we’re ordering.

At Amazon and other companies, they’re working side by side with robots. Experts say while the robots are replacing some human workers, the machines aren't quite ready to take over completely.

When a robot finds its storage unit, it slides underneath, lifts it up and then delivers it to a worker 一 they’re called pickers. On a recent day, the computer told a picker to grab what looked like a fantasy board (棋盘)game. The picker found it, canned it and placed it on the conveyor belt.

^“In a traditional fulfillment center where the associate would walk to the different items , it can take hours to fulfill a customer order. “ Robinson says.

Now, with the help of robots, that task takes minutes 一 and fewer humans.

So is this a sign we're entering a new industrial revolution?

“It’s definitely going to take over a lot of jobs. " says Karen Myers, a scientist at SRI, one of Silicon Valley's oldest research centers.

At the same time, she says, we're running against the limits of technology. Take “the picker” at the Amazon fulfillment center. Myers says those skills are proving to be uniquely human.

“Our fingers are incredibly flexible and the current generation of robotic operators, they’re getting much_, much better,” she says. “But they're just not quite there yet. ”

There’s also the robot’s brain.

Remember that board game the Amazon worker was looking for? She could barely see the box filled into the storage bin — but she could tell it was a board game. Robots can’t do that.

Technologists say that, increasingly, humans will work side by side with robots — instead of robots working alone.

Amazon says robots and humans enabled the Tracy warehouse to fulfill customer orders faster. That means more customers and more human workers.