No two women in the United States can definitively say they are more famous than Taylor Swift and Caitlin Clark. So it stands to reason that those two getting together again has gone viral.
The WNBA Finals may not involve Caitlin Clark, but she is still turning up at unexpected spots in the world of sports. The Indiana Fever superstar was recently seen taking in the Kansas City Chiefs game as they beat the Los Angeles Chargers comfortably on Sunday.
Clark wasn’t there just by herself either, she was in the company of arguably the ‘First Lady’ of Chiefs Kingdom, Taylor Swift. The global superstar has become a regular fixture at games to support her husband, Travis Kelce, and she was once again doing so in Clark’s company.
Worlds collide on social media as fans are thrilled to see Taylor Swift and Caitlin Clark together again
The world of social media is in some ways made up of different corners. Swift’s fans, who love her music, occupy one of these corners. Fans of the WNBA and Clark, have their own corner too. However, it might just be safe to say that these two groups do have a reasonable amount of overlap.
So when Swift and Clark were spotted together at Arrowhead once more, the reactions were quite excited and most of them were very positive, too.
“Never thought I’d see Taylor and Caitlin in one frame, I love both of them so much,” one fan wrote. “POWER COUPLE. For real. The two of them together could change everything,” said another fan. “Two girls who happen to be the gold standard of their respective industries,” a third fan wrote.
“Seeing those two hang out is not surprising at all, I love it,” a fourth fan added. “So nice to see Taylor supporting Travis, those two are the cutest. Adding CC to the equation just makes it so much better, too,” a different comment read.
Swift and Clark both have their fair share of haters, but it is hard to be angry with them for simply enjoying a good game of football together. It will be interesting to see if they plan on attending any of the WNBA Finals games, although the reactions to that could end up being quite polarising.
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