Our scientific world is both expanding and getting more precise every day. We’re pushing the boundaries of what we’d ever thought possible…but that means the way we measure that science has to keep getting more precise too. Are we ever going to hit the limit of what we can see…and therefore what we can discover?
Quantum computers promise to one day dominate their classical counterparts like the computers we use today. But classical computers will not go gentle into that good night. They’re fighting inevitable quantum supremacy, and they’re using some tricks they’ve picked up thanks to quantum computers. You’re probably familiar with how classical computers work, information is broken
I remember watching this video online and being mesmerized. The more liquid they spilled on the items the more I thought “how was this even working?, what’s going on here?” This is a superhydrophobic coating with properties that are seemingly impossible. But this material science field is making some exciting developments with materials that are
Does this image look familiar? You may know it as an album cover for the famous post-punk band ‘The Strokes’, but I’ve got a surprise for you. It’s really a picture of charged subatomic particles inside a giant bubble chamber. Yeah, you heard me right. This artistic, iconic image is a visualization generated by one
We often talk about how traditional computing is reaching its limit–there’s a threshold we can’t move past without making some seriously big changes to the way we structure computers. One of those exciting ways is by making physical computers a little more like human brains. We introduced this concept in more detail here, but a
Lithium ion batteries changed our world by delivering us hours of energy in a small lightweight package. But ya know what, my phone battery only lasts a day and THAT’S NOT ENOUGH! I NEED MORE!!! Luckily, scientists are already on it, and have been working for decades on a new battery design that could could
Bacteria are everywhere, and they’re incredibly versatile. They can get us sick, they’re essential good guys in our digestive system…and they almost defy the laws of physics to create a fluid that basically could power a perpetual motion machine?? I didn’t see that coming. Ok, some vocab here. For fluids, friction is expressed as viscosity:
Advancing particle physics demands we build bigger and badder particle accelerators, but every time the conversation about the next ultra-mega-super collider comes up some stick in the mud announces that it could kill us and the whole universe… But will it? You probably fall into one or two camps on this subject. Either you’re like