Three species of shark that inhabit the twilit depths of the ocean just turned out to have been bioluminescent this whole time.
The kitefin shark, the blackbelly lanternshark, and the southern lanternshark have all been discovered to have softly glowing blue patterns on their skin, a first for sharks found in New Zealand waters.
Of those three, the kitefin shark, which grows up to 180 centimetres (5 feet 11 inches) long, is now the largest known bioluminescent shark in the world.
Facebook has announced a new AI project called Learn From Video, which will use public Facebook videos to train its machine learning models. The company is vague about future applications, but it says such models could be used to improve captions, search functions, and much more.
New Browser Side-Channel Attack Allows Sites Track Visitors with JavaScript Disabled.
Some users have reported seeing a screen saying, “If you don’t live with the owner of this account, you need your own account to keep watching.”
The streaming platform is requiring some users to verify they’re authorised to access the account.
This smart wardrobe automatically rotates to help you find your outfit.
Credit: Metalprogetti
A study by Monash scientists has found that a rare earth affects the fate of a key reaction with copper, gold, silver, and uranium mineralisation.
The work is part of the “Olympic Dam in a test tube” project, where researchers tried to reproduce the processes that resulted in the concentration of more than a trillion dollars worth of metals at Olympic Dam in South Australia in the laboratory.
The study, published in Nature Communications, found that Cerium, which belongs to the group of elements called ‘rare earths’ speeds up important reactions and plays other significant roles.
This smart UI looks like something out of a sci-fi movie.
Understanding how will help treatments.
You’re looking at the real deal images I used to make my pinpoint landing. This is how I quickly got my bearings and picked the safest target in the last three minutes before touchdown.
How it works: go.nasa.gov/3rBUbul
Imagine this: In the far, far future, long after you’ve died, you’ll eventually come back to life. So will everyone else who ever had a hand in the history of human civilization. But in this scenario, returning from the dead is the relatively normal part. The journey home will be a hell of a lot weirder than the destination.
Here’s how it will go down: A megastructure called a Dyson Sphere will provide a superintelligent artificial agent (AI) with the enormous amounts of power it needs to collect as much historical and personal data about you, so it can rebuild your exact digital copy. Once it’s finished, you’ll live your whole life (again) in a simulated reality, and when the time comes for you to die (again), you’ll be transported into a simulated afterlife, à la Black Mirror’s “San Junipero,” where you’ll get to hang out with your friends, family, and favorite celebrities forever.
Yes, this is mind-boggling. But someday, it might also be very real.
