CUYAHOGA FALLS, Ohio - Lindsey Stirling is an unlikely 21st-century pop star. The violinist and dancer who first gained national attention back in 2010 as a contestant on “America’s Got Talent” has ...
The holiday concert season is starting to take shape in Central New York, and one of its biggest returning acts is headed back to Syracuse. Violinist and dancer Lindsey Stirling has announced a ...
Do you remember in Kindergarten when the teacher would do these coordination exercises like patting yourself on your head while simultaneously rubbing circles on your belly? There was always one kid ...
Multi-platinum, award-winning violinist Lindsey Stirling announced Aug. 24 the return of her Snow Waltz Holiday Tour, bringing her dazzling combination of music, dance, aerial acrobatics and ...
Lindsey Stirling will return to the road this holiday season with her 2026 “Snow Waltz Holiday Tour,” a 25-city U.S. tour beginning in November. The tour opens November 18 in Hollywood, Florida, and ...
1 Second Year Cast Set For THE OUTSIDERS National Tour We were fortunate to attend the second-to-last stop on Lindsey Stirling’s Duality Tour, after her most recent album of the same name. This ...
There’s a short list of “America’s Got Talent” finalists who have gone on to greater success, but you can count Lindsey Stirling among them. The violinist, singer and songwriter was already creating ...
Add Yahoo as a preferred source to see more of our stories on Google. One of the world's best known pop-violinists is hitting the road for the holidays. Lindsey Stirling announced her "Snow Waltz" ...
Lindsey Graham once warned that Donald Trump was dangerous. Roland Martin examines how Graham later surrendered the credibility he had built by becoming one of Trump’s closest allies. Trump’s Kennedy ...
CEDAR RAPIDS, Iowa (KCRG) - Lindsey Stirling is bringing her holiday tour to Cedar Rapids. The multi-platinum artist will perform the Snow Waltz Tour at the Alliant Energy Powerhouse on December 9.
MIT physicists found that two electronic phases inside the same quantum material emerge through surprisingly different mechanisms—one smoothly and the other in expanding pockets resembling growing ice ...