Machine Learning With Python: Easy And Robust Method To Fit Nonlinear Data ☞ Https://towardsdatascience.com/machine-learning-with-python-easy-and-robust-method-to-fit-nonlinear-data-19e8a1ddbd49

First underwater entanglement could lead to unhackable comms: A team of Chinese researchers has, for the first time, transmitted quantum entangled particles of light through water – the first step in using lasers to send underwater messages that are impossible to intercept. http://ift.tt/2vnLups

AR Spatial Audio Recorder

Another smart AR experiment from Zach Lieberman proving Augmented Reality is an interesting creative platform: this one visualizes audio as it is recording and plays back as you follow the path both forwards and backwards:

A post shared by zach lieberman (@zach.lieberman) on Sep 6, 2017 at 5:55am PDT

Quick test recording audio in space and playing back – (video has audio !) #openframeworks 

Link

Independent study on support vector machines

Karşınızda 3D Coffee PRINTER 👍☺️

Garson resminizi çekiyor ve 3D Kahve Yazıcıya gönderip kahvenize resminizi basıyor..

#mechatronica #engineering #engineer #amazing #nice #coffee #kahve #successful #robotics #robot #3dprinted #3dprinter #3dyazici #3d #machine #programming #project #repost #program #yazılım #bilişim #bilgisayar #teknoloji #proje #tasarım #tech #technology

CAN 2017 – Highlights and Favourites

The always-fantastic Art & Tech resource Creative Applications have put together their list of highlights from the year:

As 2017 comes to a close, we take a moment to look back at the outstanding work done this year. From spectacular performances, large scale installations, devices and tools to the new virtual spaces for artistic exploration – so many great projects are being added to the CAN archive! Here are a just few, 25 in total, that we and you enjoyed the most this year.

Have a look for yourself here

PewDiePie, YouTube’s biggest star, is leaning into his new, far-right following

When Felix “PewDiePie” Kjellberg, YouTube’s most lucrative, popular superstar, uploaded a video featuring a banner with the words “Death to all Jews,” along with a man dressed as Jesus saying, “Hitler did absolutely nothing wrong,” he insisted it was jokes made in bad taste. 

After losing his partnership with Disney, Kjellberg apologized, saying he was just poking fun at the “modern world.”

But attempts to distance himself from his message didn’t deter the so-called “alt-right” from accepting him as one of their own, nor did Kjellberg’s insistence that he wanted nothing to do with them.

Kjellberg may not support them, but in the few short months since his anti-Semitism scandal, far-right celebrities have become Kjellberg’s favorite new bedfellows. Read more (7/26/17)

follow @the-future-now​

Next-System

Japanese developers are creating mobile apps incorporating Augmented Reality for photographic tricks, from free floating object placements to optical camo effects:

[Google Translate:]

I tried to develop a demonstration using ARkit that makes it possible to take movies like MATOX like the cheat technique “The World” used by DIO in the third part of “Joji O’s Strange Adventure” It was. I hope to be able to respond to Google ARCore in the future. 

Optical camouflage like the Ghost in the Shell.前に開発した光学迷彩！#光学迷彩 #Opticalcamouflage #Invisible #ghostintheShell pic.twitter.com/wVlr7Q188t

— next-system (@next_kinesys)

September 7, 2017

Next-System website can be found here

Creating Face-Based AR Experiences

Apple have just published an example for developers on how to use their front facing camera on the iPhone X for AR apps:

This sample app presents a simple interface allowing you to choose between four augmented reality (AR) visualizations on devices with a TrueDepth front-facing camera (see iOS Device Compatibility Reference).

The camera view alone, without any AR content.

The face mesh provided by ARKit, with automatic estimation of the real-world directional lighting environment.

Virtual 3D content that appears to attach to (and be obscured by parts of) the user’s real face.

A simple robot character whose facial expression is animated to match that of the user.

Link

An intro video can be found here

What's Inside SOFIA? High Flying Instruments

Our flying observatory, called SOFIA, carries a 100-inch telescope inside a Boeing 747SP aircraft. Having an airborne observatory provides many benefits.

It flies at 38,000-45,000 feet – above 99% of the water vapor in Earth’s atmosphere that blocks infrared light from reaching the ground! 

It is also mobile! We can fly to the best vantage point for viewing the cosmos. We go to Christchurch, New Zealand, nearly every year to study objects best observed from the Southern Hemisphere. And last year we went to Daytona Beach, FL, to study the atmosphere of Neptune’s moon Triton while flying over the Atlantic Ocean.

SOFIA’s telescope has a large primary mirror – about the same size as the Hubble Space Telescope’s mirror. Large telescopes let us gather a lot of light to make high-resolution images!

But unlike a space-based observatory, SOFIA returns to our base every morning.

Which means that we can change the instruments we use to analyze the light from the telescope to make many different types of scientific observations. We currently have seven instruments, and new ones are now being developed to incorporate new technologies.

So what is inside SOFIA? The existing instruments include:

Infrared cameras that can peer inside celestial clouds of dust and gas to see stars forming inside. They can also study molecules in a nebula that may offer clues to the building blocks of life…

…A polarimeter, a device that measures the alignment of incoming light waves, that we use to study magnetic fields. The left image reveals that hot dust in the starburst galaxy M82 is magnetically aligned with the gas flowing out of it, shown in blue on the right image from our Chandra X-ray Observatory. This can help us understand how magnetic fields affect how stars form.

…A tracking camera that we used to study New Horizon’s post-Pluto flyby target and found that it may have its own moon…

…A spectrograph that spreads light into its component colors. We’re using one to search for signs of water plumes on Jupiter’s icy moon Europa and to search for signs of water on Venus to learn about how it lost its oceans…

…An instrument that studies high energy terahertz radiation with 14 detectors. It’s so efficient that we made this map of Orion’s Horsehead Nebula in only four hours! The map is made of 100 separate views of the nebula, each mapping carbon atoms at different velocities.

…And we have an instrument under construction that will soon let us study how water vapor, ice and oxygen combine at different times during planet formation, to better understand how these elements combine with dust to form a mass that can become a planet.

Our airborne telescope has already revealed so much about the universe around us! Now we’re looking for the next idea to help us use SOFIA in even more new ways. 

Discover more about our SOFIA flying observatory HERE. 

Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com.

Hands-On Python & Xcode Image Processing: Build Games & Apps ☞ http://go.learn4startup.com/H1iINoD7z

#DeepLearning