On February 23, Beijing time, Chinese Olympic champion Liu Shaoang posted a series of videos on social media, and he participated in a celebration party with his brother. Once again, the two brothers became heroes in the hearts of the Hungarians. At the celebration meeting, there were many people, and Liu Shaoang and Liu Shaolin signed softly. In addition, Liu Shaoang's mother also confirmed her son's love affair with Hungarian pole dance champion Tiffany in an interview.
At the Beijing Winter Olympics, Liu Shaoang won the gold medal in short track speed skating in the 500 meters, the bronze medal in the 1000 meters and the bronze medal in the mixed team. Liu Shaolin won the bronze medal in the mixed team. At the Pyeongchang Winter Olympics four years ago, Liu Shaolin and Liu Shaoang won the gold medal in the men's team relay.
Brothers Liu Shaolin and Liu Shao'ang have long been legends in the Hungarian sports world, achieving breakthroughs in the Winter Olympics and enjoying the treatment of national heroes.
After the two brothers returned, the family first held a celebration party for them. Then there was a celebration in their city, which was on an ice skating rink, where Liu Shaolin and Liu Shaoang appeared and enjoyed the cheers and applause of the audience. The two interacted with people, and a group of people followed the two Olympic champions.
It can be said that Liu Shaolin and Liu Shaoang have driven the popularity of Hungarian ice and snow projects. The celebration is open to the public, and it is inevitable that there will be a signature event.
Liu Shaolin and Liu Shaoang were busy signing autographs. The organizers prepared small cards for the brothers, but fans also prepared various posters and other objects to ask for signatures.
The brothers were very serious about meeting the fans' requests. Liu Shaoang's mother also accepted an interview with local media, introducing the two brothers' practice of skating, and confirming that Liu Shaoang and the Hungarian pole dance champion Tiffany have been together for more than two years.