What do you think?
Seems great, until that kid that’s flicking popcorn or spilling their drink is now doing so from 40 feet overhead. Still, a movie-going experience that makes me feel like I’m in the Galactic Senate Chamber is tempting, and it’d make food/drink service far less disruptive for everyone else. The verticality makes me think we’ll see a version of this in Hong Kong or Shanghai first.
So, you’ve set aside a chunk of change to build a new gaming PC and are just waiting for AMD and Nvidia to launch their next-gen GPUs, is that it? A solid plan, except for one thing—your next build is already obsolete. That’s because whatever you spec’d out is undoubtedly sitting on an AMD or Intel foundation, and didn’t you hear, x86 computing is basically dead. Finished. Kaput. We’re on the cusp of the end of an era, and all because Apple is dumping Intel for ARM.
Okay, maybe not, but that’s essentially the case made by Jean-Louis Gassée, a former Apple executive who led the development of Mac computers in the late 1980s. In no uncertain terms, he says Apple’s decision to phase out Intel CPUs in favor of its own silicon based on ARM will force “PC OEMs to reconsider their allegiance to x86 silicon…and that will have serious consequences for the old Wintel partnership.”
Ancient Egyptians used hieroglyphs over four millennia ago to engrave and record their stories. Today, only a select group of people know how to read or interpret those inscriptions.
To read and decipher the ancient hieroglyphic writing, researchers and scholars have been using the Rosetta Stone, an irregularly shaped black granite stone.
In 2017, game developer Ubisoft launched an initiative to use AI and machine learning to understand the written language of the Pharoahs.
Queen’s University researchers uncover brain-based marker of new thoughts and discover we have more than 6,000 thoughts each day.
Researchers at Queen’s University have established a method that, for the first time, can detect indirectly when one thought ends and another begins. Dr. Jordan Poppenk (Psychology) and his master’s student, Julie Tseng, devised a way to isolate “thought worms,” consisting of consecutive moments when a person is focused on the same idea. This research was recently published in Nature Communications.
“What we call thought worms are adjacent points in a simplified representation of activity patterns in the brain. The brain occupies a different point in this ‘state space’ at every moment. When a person moves onto a new thought, they create a new thought worm that we can detect with our methods,” explains Dr. Poppenk, who is the Canada Research Chair in Cognitive Neuroscience. “We also noticed that thought worms emerge right as new events do when people are watching movies. Drilling into this helped us validate the idea that the appearance of a new thought worm corresponds to a thought transition.”
A candid conversation with the pioneering creator of 2001: A Space Odyssey, Dr. Strangelove and Lolita
Throughout his 17-year career as a moviemaker, Stanley Kubrick has committed himself to pushing the frontiers of film into new and often controversial regions—despite the box-office problems and censorship battles that such a commitment invariably entails. Never a follower of the safe, well-traveled road to Hollywood success, he has consistently struck out on his own, shattering movie conventions and shibboleths along the way. In many respects, his latest film, the epic 2001: A Space Odyssey, stands as a metaphor for Kubrick himself. A technically flawless production that took three years and $10,500,000 to create, 2001 could have been just a super-spectacle of exotic gadgetry and lavish special effects; but with the collaboration of Arthur C.
Physicists from the Technion-Israel Institute of Technology and the University of Central Florida have experimentally observed optical branched flow in liquid soap films.
Instead of producing completely random speckle patterns, the slowly varying disordered potential gives rise to focused filaments that divide to form a pattern resembling the branches of a tree.
In the second episode of Q and A, here is why the large hadron collider built?