Light painting photographer Michael Bosanko has been capturing light since 2004. He discovered light painting on accident, Michael says this of his moment of discovery, “the moon formed part of the scene, but the camera shake caused the moon to make a streak.

Cathryn Shrimpton, 4, prepares to play the Angle Gabriel during a traditional Christmas Nativity on December 18, 2011, at St Mary's Church, Myton Village, England. In schools and churches around the country children busy preparing and performing in the telling of the traditional nativity story. (Photo by Bethany Clarke/Getty Images)

Archive: A group of people dressed as Santa Claus wait for the bus on December 1960, London, England. (Photo by Keystone-France/Gamma-Keystone via Getty Images) Modern Day: Passengers wait for busses in Holborn on November 24, 2017 in London, England. (Photo by Chris J. Ratcliffe/Getty Images)

An aurora is seen in the sky in Pajala, Sweden on February 10, 2022. (Photo by Alexander Kuznetsov/Reuters)

A view of northern lights over the skies of Sodankyla, Lapland, Finland, on October 7, 2024. (Photo by Alexander Kuznetsov/All About Lapland/Handout via Reuters)

Paul Kerr was able to capture this stunning vista of the aurora australis from Canberra, New Zealand on June 1, 2025. (Photo by Paul Kerr/Hold Still Photography)

Light painting photographer Trevor Williams, also known as TDUB303, is a present day light painting pioneer. He creates some of his light painting imagery alone and also works with the group Fiz-iks, which he founded. Trevor is from Canada, he has lived in Japan since 2002 which is where he creates the majority of his work. His light painting images are produced with special attention to location, Trevor says, ““If you want to take an epic picture you need to go to an epic location.”

The northern lights as seen from from Yell in the Shetland Islands, Scotland on January 15, 2023. The aurora borealis is caused by collisions between electrically charged particles released from the sun that enter the Earth’s atmosphere and collide with gases such as oxygen and nitrogen. (Photo by Ryan Nisbet/Capture Media Agency)