What results of the marriage between science and football? Sports science researcher Pedro Passos explains how data science, physics and algorithms can help us understand the landscapes of possibilities of passing in football, and how time and space influence what happens within the 4 lines.
Pedro Passos is a Professor at Faculdade de Motricidade Humana, Universidade de Lisboa, where he teaches Motor Control and Learning. He graduated in Physical Education and Sports in 1995, took the MSc degree in Sport Psychology in 1999 and the PhD in Sport Sciences in 2008. He has several international peer-reviewed publications, books and chapters in books. His research interests are in the area of motor coordination at an intra and interpersonal level of analysis, where currently he is developing research projects related with the landscapes of possibilities of passing in football, and also with synergies formation in the course of an action.
This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx
These four artists are merging art with technology in the most creative ways. While Geoffrey Drake-Drockman builds interactive cybernetic sculptures, the artists at Factum Arte painstakingly produce replicas of Egyptian art. Janet Echelman weaves massive installations out of high-tech fiber originally made for NASA, and coder Miral Kotb lights up the dance world with wearable illumination devices.
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From things in the air, to new things for our bodies, join me as we explore 2050: What Would Be The Future Technology?
We are in the year 2020, and if we’re being honest with ourselves, technology is incredible advanced, and we’re making strides that can push things even farther. We have cars that are much safer than they’ve been in the past decade, and we’re even making fully electric cars that can help save the planet. There are even plans for self-driving cars and even self-driving Ubers that make the future of transportation very exciting. And that’s just ONE technology that we’re growing at a fast rate. What about all the others that are out there? What will technology be like as we get closer and closer to 2050?
Let’s start with one that well and truly could happen very soon, drones. ”
Let’s keep going with transportation, shall we? Right now, one of the biggest ways to get around the countries we live in are trains. Trains ferry people and all sorts of cargo around in an efficient and reliable manner, which is why they’ve been in use for hundreds of years. But…if we’re being honest here, while trains are efficient and reliable in certain ways…they aren’t exactly fast. Especially when it comes to passenger and freight trains. They can take a LONG time to get to their destinations and at times it’s more logical to take other modes of transportation.
Which is why companies are making special kinds of trains that can go MUCH faster. You know of the magnetic trains of Japan no doubt, but others like the V. Hyperloop are trying to push things even farther.
“Passengers or cargo are loaded into the hyperloop vehicle and accelerate gradually via electric propulsion through a low-pressure tube. The vehicle floats above the track using magnetic levitation and glides at airline speeds for long distances due to ultra-low aerodynamic drag.”
Science-fiction? Hardly, in fact, the first vehicle of the Hyperloop has already been tested and proven, and some larger tests are being scheduled for the next few years. And if this works, traveling across the country will be MUCH faster. How much faster? The hyperloop aims to send people shooting across the tubes that they make at a rate of about 600 miles per hour.
Ok, we’ve had some fun ones, but now let’s go deeper down the rabbit hole and talk about the ones we all fear…A.I. Yep, artificial intelligence, and no matter what way you look at it, people are seriously trying to make it happen, and make it happen soon. AI’s are literally everywhere, including in your cars, and in your homes via devices like Alexa (which are indeed forms of AI), and there are things like Watson that is so smart that it could beat two Jeopardy Legends.
Mars seems to be the place where many feel we can go in order to live amongst the stars. And many speculate that by 2030 at the latest (barring setbacks, accidents, and other things obviously) we could not only be colonizing Mars, but having regular shuttles go there so that people can see the red planet for themselves.
“We will see first people going off to mars, and then robots will do some basic stuff like making basic materials [on Mars,]” Pearson said. “We’re going to have to do that because only so much can be brought to space.”
Of course, there are numerous things that need to be worked out before such a thing could happen, but we have “Top Men” on this, including Elon Musk and the Space X program, Jeff Bezos via his Blue Origin company and more.
Alright, now let’s dive into something REALLY sci-fi…prosthetics. Yeah, I know that RIGHT NOW prosthetics are very limited, and at times…a bit pointless. But IF we were able to fully utilize computer technology to its fullest and make prosthetics that are fully compatible with the human brain and body, then the sky is the limit. We could enter an age where cyborgs are not just welcome, they’re commonplace.
Think about it like this, what if the clothes you were wearing right now felt the same, looked the same, but could do more? With the growth of nanotechnology, your clothes could potentially be imbued with various materials or technologies that help you improve your strength, durability, and more.
virtual reality simulations come through as many expect them to, it could lead to all sorts of innovations in the classrooms that could help kids what’s going on.
Hello everyone! This is video I want to show you about: New Free Energy Technology Self Running for Generator At home 2019
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Hollywood’s depictions of the future are usually pretty far-fetched — like the flying cars of “Blade Runner” and the hoverboards in “Back to the Future II.” The World Economic forum surveyed over 800 experts and executives to find out what the future will actually look like. Here are 7 amazing technologies they think the world will see by 2030.
Here we will do Data transmission experiment by using Li-Fi. Maximum speed of Li-fi is tested 100Gbps and it can be upto 240 Gbps theoretically. In this experiment, we will transmit audio signal over Li-fi.
Things You Will Need For This Project
1. Aux Cable (use this instead for earphone)
2. Led
3. 220ohm resistance
Music –
Track: TonyZ – Road So Far [NCN Release]
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