Northwestern engineers built a drone that spins its own body 25 times a second to disappear mid-flight.
It's called Phantom Twist.
No paint. No clear plastic shell. No camouflage.
Most of the frame rotates. 25 turns per second. 1,500 per minute. A full turn every 40 milliseconds.
The propeller spins the other way.
That's the trick. The counter-rotation cancels the spin, and the aircraft holds steady while its body turns into a smear.
The eye tracks a bird. It tracks a normal quadcopter.
It can't lock onto a shape that redraws itself 25 times a second.
You see motion. You see blur. You never see the outline.
Every camouflage in history tried to match the background.
This one just refuses to hold still.
Ever wonder what’s happening inside an AI’s brain?
This is a neural network in action,turning raw data into "thoughts" through thousands of layered transformations.
No disrespect to Linus Torvalds, but this guy is the greatest geek alive 🫡
Created UNIX in 1971 when he was 28 years old.
Created Go in 2009 when he was 66 years old.
He also developed the B programming language (which led to C), created UTF-8 encoding (making international text possible online), and designed essential tools like grep that developers still rely on daily.
He also helped with the development of Multics (that led to UNIX), Plan 9 from Bell Labs and Inferno operating systems.
That's 4 operating systems in total... Most people don't even use these many OS.
Pretty impressive resume, right?
And it's a shame that many people, even the ones in the IT and tech industry, don't know him.
Ken Thompson.... Remember the name 🙏
Atlas is demonstrating reinforcement learning policies developed using a motion capture suit. This demonstration was developed in partnership with Boston Dynamics and @rai_inst.
@enrique_ganem Escuche un audio de la serie de inteligencia artificial y comentaba Enrique qué tuvieron una platica fuera del palacio de bellas artes, deberían organizar otra y avisar con tiempo para ir, me encantaría poder platicar y conocer a ambos. Saludos.
Radio Receiver Signal to Noise Ratio SNR.
In this video I explain what signal to noise ratio is and how it is used to specify radio receiver performance.
Watch now: https://t.co/uFgwd7yOK7
Sabían que hay festival de cine japonés en línea que es gratis y en español?😉
Estas películas parecen muy interesantes, gracias a cine también se puede conocer y disfrutar de cultura japonesa 🇯🇵 en 🇲🇽 !!
Ya quiero verlas!! Si ven alguna deme su opinión😆
https://t.co/Nx6Y5qGTS8