W e've always been able to talk to animals, and it's sometimes said, jokingly, you may have a problem if they start talking back, but what if they could? One thing that AI is good at is processing data and spotting patterns, common elements, and highlighting relationships which makes it ideal for all kind of research, so why not studying the language of animals? It seems like science fiction but so were real-time language translators not too long ago. What if you could understand exactly what your pets are saying to you and speak back to them (through a real-time translator) in their own language? While were not there yet, advancements in AI learning systems seem to suggest that the idea is no longer as far fetched and fanciful as it used to be. To be honest, using AI to decipher animal communication accurately, is something that never crossed my mind but I'm truly excited to know that this research is being done. Watch the Bloomberg Originals video, Could AI Unlock the S
D esigning paper airplanes is something I've done quite a lot of, particularly in my school years where a lot of take home notes and newsletters got folded into paper airplanes. Not that I was fanatical about it. I only really designed planes when a random piece of paper made it into my possession, and I just found trying to design a new paper airplane a more interesting challenge than making the same airplane every time. I did, however, have three rules for creating a successful design, with my goal being to design a paper airplane that looked more like an actual airplane: Planes must be made from one piece of standard A4 copy paper. No cutting or tearing of the paper allowed. The finished plane must be able to glide in a stable flight. Some time back in the 1990s I came up with a completely original design that looked clearly like a jet, that came to be known as the 'ePlane TETMKI', when I published a website with the folding instructions of several of my designs in 2000.