Hallow-Xmas 6: Awards
Congrats to Team Halloween on their victory during this year’s of Hallow-Xmas! A little spooky witchcraft certainly went a long way in …
Hallow-Xmas 6: Holiday Spectacular!
‘Twas a day in October, and all through the land Eyewirers were stirring, they could sense once again, That something was coming, …
October-December Promotions
Hello Eyewirers! This is a reminder about promotions for Scouts, Scythes, Mystics, Mods, and Mentors! You can fill out the open promotion form here to be considered by …
Special Summer Challenge Week: Leo vs Virgo!
For this summer’s Challenge Week, we’re going to mix it up a bit! Join us for a week-long VS competition in August …
August Promotions
Hello Eyewirers! This is a reminder about promotions for Scouts, Scythes, Mystics, Mods, and Mentors! You can fill out the open promotion form here to be considered by …
Retina Journey: Marathon Results
This Marathon took a bit of time, but we made it across the finish line! We finished it in 3 days, …
Retina Journey: Awards!
Eyewire’s Journey to the Center of the Retina has completed, and it’s time turn an eye to our amazing participants! Look below …
Horizontal vs. Amacrine Cells: Amacrines win!
Go go team Amacrine, you really starbursted onto the scene, and crossed the finish line with gusto! Congrats on taking home the …
Retina Journey: Ganglion Cell Marathon
The retinal signal has reached its final destination before exiting the retina! The Ganglion Cell Layer of the retina is chock-full of …
Retina Journey: Bipolar Cell Trivia
Bipolar cells are communication facilitators between the photoreceptors and the ganglion cells. They are called “bipolar” because of their shape – …
Retina Journey: Horizontal vs. Amacrine Cells
The eye-to-brain pipeline through the retina is photoreceptors –> bipolar cells –> ganglion cells. So who are these strange horizonal and amacrine cells, …
Retina Journey: Photoreceptor Accuracy Happy Hours
Photoreceptors! The first stop on our journey through the retina. Photoreceptors are actually located at the back of the retina, which means …