You probably didn’t hear about it, but a little while ago, an amazing advance happened in neuroscience: In 2015, for the first time, scientists were able to make a real-time video of the neural activity of a living creature (a fruit fly larva).
This article from the Guardian gives the full story and comes with a beautiful video. The video clearly shows how waves of activity pass through the neuronal network of the little larva. This kind of phenomenon has been observed in many neural networks already. One of the big questions is the field of neuroscience is to figure out what causes these waves, and why they are so common.
By André Karwath aka Aka - Own work, CC BY-SA 2.5, https://commons.wikimedia.org/w/index.php?curid=227170
After having a near-fatal accident falling off his horse, Prussian footman Hans Berger (1873—1941) was surprised to learn that his sister had—being kilometers away—him a telegram to let him know that she sensed he was in grave danger.
One of the main building blocks of modern AI-tools are artificial neural networks, abstract models inspired by the structure and functions of biological neural networks which enable machines to "learn". In this article, I will discuss some thoughts on this topic.
Applications of machine learning models are everywhere, with many online platforms and major science fields using tools relying on machine learning. Take, for example, image recognition and computer vision. But did you know that the results of supposedly perfect and accurate machine learning models can be deceived by slight perturbations in the data?
Together with Arnaud Bom from Analytic Storytelling, we decided to promote some of the articles on the Network Pages because of the creative writing techniques the authors used. We want to share these writing tips with you so that you can apply them in your writings!
We want our guts to be filled with a diverse range of mutually beneficial and competitive interactions, a perfect blend of friends, frenemies, and enemies to keep our guts active and body on its toes. Read how networks can help understand these interactions!
