Cats and dogs aren’t the only pets fond of chasing things that run away from them. Aquarium fish do it too, as shown in our new peer-reviewed paper that came out just last week in the “Animals” journal! Out of 66 fish species observed, nearly 90% showed interest in or set out to chase moving laser pointed dots.
Another reason for pride is the fact that this research adds another layer of proof to what we’ve been saying all along: (neuro)science doesn’t have to cost a fortune. This particular experiment only requires a couple of things that many people already have: a fish tank with some inhabitants (the more, the merrier!) and a laser pointer or two. Incredibly easy to replicate in, say, your biology classroom!
Picture this: you’re sitting in your bedroom in Germany, video chatting with a friend in South Korea over coffee. You sip your coffee and they have no choice but to sip theirs!
That’s exactly what our new prototype, the Wireless Human-Human Interface, is about. It transmits biosignals from one person’s brain to the ulnar nerve in another person’s arm. Yes, that’s what our classic Human-Human Interface does too. Except that you can now do it remotely!
So far, people could connect remotely via WiFi. Now they can also connect via electrophysiology!
Which is why we’re super excited to announce that the Wireless HHI has made it into the selection for this year’s Amazing Maker Award contest, along with 95 other applicants! The top 12 projects will be selected as finalists and published in Make: Magazine, and the best 3 are to get cash prizes. It’s a juried competition, but community votes will count as well.
Best of all, you can help us too if you like our prototype! Just head over here and hit “Vote”. (You’ll need to log in or register if you haven’t already.) You can vote once per day per project till July 15, when the winners will be announced.
Distance learning just got a lot easier for the 7th grade students of Abington Avenue School (Newark, NJ)! Their teacher Khalil Gordon has recently won $1,000 in Neuron SpikerBox Bundles. More precisely, they will get 13 of BYB research kits that they can use for project-based science learning from the comfort of their PJs!
The funding is part of Society for Science & the Public’s STEM Research Grants totaling $100,000, awarded to 100 middle and high school teachers from all across the U.S. They put special emphasis on schools in underserved and underrepresented communities.
This year, the program was geared toward distance learning, striving to provide teachers with resources and tools that facilitate hands-on science labs that students can do at home. As we’ve already written, a Harvard study has shown how well our bioamplifiers perform in student dorms, living rooms, bedrooms, or just about anywhere.
Neuron SpikerBox and other standards-aligned Remote Labs lie at the intersection of various nerdy disciplines such as biology, electrophysiology, computer science. They are already in use in hundreds of U.S. schools, colleges and other institutions – from elementary to higher education. The tweets speak for themselves!