Gail Devers, an American athlete and also a three-time Olympic gold medalist in track and field, got her first one in 1992.     1     made Devers’ win so special was not just the nature of the race but also the journey she had taken     2     (get) there.

In the years leading up to the 1992 Olympics in Barcelona, Devers experienced a series of     3     (extreme) unpleasant health complications (并发症) which brought her close to retirement before her athletics career had even begun. It was not until she visited many health experts     4     Devers finally learned she had Graves’ disease, an autoimmune disorder (自身免疫紊乱). She cried the moment she knew it. Luckily, somebody appeared and had a     5     (solve) for her.

Thirty years went by. Today, Devers wants to raise awareness for the disease and     6     (it) symptoms (症状). “If there are 10 million people who could have Graves’ disease, then our job is to make sure that 10 million people can     7     (treat),” says Devers.

She also says, “My Graves’ disease has made me who I am. Therefore, I always tell people that if I had my life to live over, I would ask for this disease again,” she says. “I believe I’m stronger at     8     (have) to go through what I went through. Everybody is faced     9     challenges. We all feel like sometimes walls are closing in on us     10     there’s no way out. What do you do? You remember that strength and resilience that you have when you step on the line.

China has made all the preparations for further space     1     (explore) since space hero Yang Liwei     2     (realize) Chinese people’s dream to travel to outer space in 2003.

    3     (traditional), China’s astronauts are selected from among fighter plane pilots with rich flying experience,     4     can control the machine and stay calm in an emergency. However, among the three astronauts     5     board Shenzhou XVI, is Gui Haichao,     6     professor from Beihang University. He is the first non-military astronaut in China     7     (send) into space. Gui and his fellows will stay inside the Tiangong space station for around five months,     8     (conduct) space science experiments.

Sending civilians into space     9     (consider)good news for China’s astronautics field, as it shows that the nation is confident enough, making     10     possible for ordinary people to buy a ticket for a trip into space.

8 . A Goodwill employee finds $42,000 in donated clothing and returns it to the owner.

The discovery came during a regular day on the job as Andrea Lessing, a goodwill employee, was performing her routine quality examination on closing items on the sales floor. As she pulled out two sweaters tied together from a donation box, she felt something heavy left. She first assumed the items were just books. When she pulled the sweaters apart, to her astonishment, she found lots of   envelopes filled with $100 bills. The cash was in $100 bills and totaled $ 42,000 dollars.

Andrea Lessing is used to discovering unique treasures in the varied collection of donated items her store receives daily. She always tries to be a good example to her daughter, so she immediately did the right thing and reported the cash finding. Luckily, the store's manager was then able to locate and return the money to the donator who had mistakenly placed the cash in the wrong box.

Andrea, mother of a six year old girl, admitted it was hard for her to do with that much money. Some might have thought that it was Andrea's lucky day, having a small fortune. However, the temptation to keep the cash by herself was just a passing thought. Andrea's honest nature inspired her to do the right thing.

Without hesitation, she handed the cash over to the store's manager so they could find the right owner. Andrea was not expecting a reward, but the owner of the money surprised her with a 1000 reward. Andrea was teary eyed and overcome with joy as her “good deed” flowed right back to her. She plans to spend part of the reward money on a memorable birthday party for her daughter.

9 . Researchers from the Swiss Federal Institute of Technology in Lausanne (EPFL) said they have completed the most detailed virtual reality (VR) map of the universe ever created. The map permits users to “travel through space and time”. With the help of VR headsets, users can visit places in the universe virtually. The software program is called the Virtual Reality Universe Project, or VIRUP.

The researchers said they combined the largest data set of information about the universe to create the 3D experience.People can see the virtual universe through VR equipment or with 3D glasses in a theater. Jean-Paul Kneib, the director of EPFL’ s astrophysics laboratory (天体物理学实验室) , said that one of the best parts of the project was putting together parts of the data set “into one framework”. “You can see the universe at different scales一nearby us, around the Earth,around the solar system, at the Milky Way level,” Kneib said.

VIRUP produces images that can appear as close as one meter or seemingly at an infinite (无限的) distance. It aims to get many kinds of visitors. This includes both scientists looking to get a virtual picture of the data they collect and people seeking a new way to explore the universe. There are different versions of the software. A smaller version is aimed at the public and a larger one is meant for scientists or astronomy experts.

The project combines information from eight databases. It includes at least 4,500 known exoplanets (外星行星) ,tens of millions of galaxies (星系) and hundreds of millions of space objects. More than 1.5 billion light producing objects from the Milky Way alone are included. The researchers expect to continually add data, meaning the virtual experience will keep getting better with time. Future databases could include space rocks called asteroids in our solar system or farther objects in our galaxy.

Yves Revaz, an astrophysicist of the EPFL, called the system “a very efficient way of visiting all the different scales that compose our universe.” Revaz added: “A very important part of this project is that it’s a first step toward treating much larger data sets which are coming.”