Many thanks to SWLing Post contributors Richard and Heath who share the following message from Amanda Dawn Christie:
I am happy to announce that Amanda Dawn Christie’s next Ghosts in the Air Glow transmissions at HAARP will take place between October 23–October 26, 2022! You will find times and frequencies listed on her new project website here; more information is available in the attached press release.
On that new website, you can search through past transmission reception reports and submit a new report. If you’re able to tune in this October, please submit your reception report through the website and not via email.
“Unfortunately [this video] was never supposed to be public – it was an accident on my part. The film will be viewable soon though, for seven days. May 26 to June 1. It is being hosted by a gallery in Montreal. That upload was only a test for them, and should never have been public. I was in a hurry, trying to get it uploaded before I packed my hard drives before I moved and I guess I didn’t check all the settings. Sorry about that. I appreciate the enthusiasm though.”
Amanda has just notified me that the frequencies and times of the experiments have been posted on the project’s website: Ghosts In The Airglow.
You should keep the schedule handy during transmissions as there are factors that could influence frequency selection. Amanda notes:
As for Frequencies: Ghosts in the Air Glow has 10 movements, several of which are simultaneously on two different frequencies. In preparation, frequency selections had to be submitted in advance for tuning, so in order to allow for various conditions, three frequency options were prepared (a low, a mid, and a high). Only one will be used on the day of transmission, but it could be any of these three. I am listing them in the order of preference, with the most likely frequency first. All modes are AM.
Concordia transmission artist Amanda Dawn Christie will use the world’s most capable high-power, high-frequency transmitter HAARP in Alaska to send art around the world and into outer space using Slow Scan TV
Concordia News reports:
In the shadow of Mount Sanford, surrounded by Alaskan wilderness, you’ll find the most powerful radio transmitter on earth.
On this remote site, scientists use a unique tool called the Ionospheric Research Instrument (IRI) to create radio-induced aurora, also known as airglow. But it’s never been used by a Canadian artist to transmit art — until now.
The IRI’s human-made northern lights inspired interdisciplinary artist Amanda Dawn Christie to create Ghosts in the Air Glow: an upcoming transmission art project that will use the IRI to play with the liminal boundaries of outer space.
“I was so fascinated by these airglow experiments — and the relationship between the ionosphere and radio communications — I felt compelled to create an artwork specific to the site and its history,” says Christie, assistant professor in Concordia’s Department of Studio Arts.
She will be embedding her own encoded SSTV images, audio compositions and propagation tests into IRI experiments from March 25 to 28.
Some artists work in oils, say, or marble. Amanda Dawn Christie works in radio. Not radio in the sense of performing on air. But radio in the sense of the giant cultural and technological phenomenon that is broadcasting, and specifically shortwave broadcasting.
For decades, shortwave was the only way to reach a global audience in real time. Broadcasters such as the BBC World Service and Voice of America used it to project “soft power.” But as the Internet grew, interest in shortwave diminished.
Christie’s art draws from shortwave’s history, representing it in sculpture, performance, photography, and film. Her focus is the life of the Radio Canada International (RCI) transmitter complex, located in Sackville, New Brunswick, near Christie’s hometown. The transmitter was in operation from the 1940s until 2012. “Those towers were always just a part of the landscape that I grew up around,” says Christie. It took a radio-building workshop to spark her interest: “I built a radio out of a toilet-paper tube…. I thought I did a great job because I picked up Italian radio. It turned out I did not—I was just really close to this international shortwave site.”[…]