Be Students Not Followers
Largest water reservoir discovered in black hole.
The reservoir holds as much as 140 trillion oceans, or more than 4,000 times more than exists in the entire Milky Way. It exists as vapour spread across hundreds of light years.
While water has been found across much of the universe previously, this is interesting because of the fact this reservoir is 12 billion light years away, meaning that this water existed when the universe was only 1.6 billion years old.

Largest water reservoir discovered in black hole.
The reservoir holds as much as 140 trillion oceans, or more than 4,000 times more than exists in the entire Milky Way. It exists as vapour spread across hundreds of light years.
While water has been found across much of the universe previously, this is interesting because of the fact this reservoir is 12 billion light years away, meaning that this water existed when the universe was only 1.6 billion years old.

The solar eclipse of August 21, 1914, seen from 66 degrees north, in the town of Sandnessjøen, in Northern Norway. Solar eclipses are always cool, and this is especially interesting to me because the center of this eclipse, the point at which the Moon most completely obscured the Sun, passed over my hometown one hundred years ago. The German scientist Adolf Miethe took a huge risk traveling to Norway to build an observatorium specifically for this astronomical event. If the day had been overcast, all would have been for nought.
Many astronomers were interested in observing this event, but the outbreak of war prevented many of them. Luckily for Miethe and his team, he got to observe the event even as his country went to war. Three of his fellow expedition members had to return back home for military duty.
Miethe is an interesting character, having co-invented both an early photographic flash and a process of color photography.
Observations of solar eclipses later helped confirm Einstein’s theory of relativity, as one of his predictions, the existence of gravitational lensing, could be seen.
The locals, however, were reportedly unimpressed by the eclipse, having expected it to be darker. Oh, well.

The solar eclipse of August 21, 1914, seen from 66 degrees north, in the town of Sandnessjøen, in Northern Norway. Solar eclipses are always cool, and this is especially interesting to me because the center of this eclipse, the point at which the Moon most completely obscured the Sun, passed over my hometown one hundred years ago. The German scientist Adolf Miethe took a huge risk traveling to Norway to build an observatorium specifically for this astronomical event. If the day had been overcast, all would have been for nought.
Many astronomers were interested in observing this event, but the outbreak of war prevented many of them. Luckily for Miethe and his team, he got to observe the event even as his country went to war. Three of his fellow expedition members had to return back home for military duty.
Miethe is an interesting character, having co-invented both an early photographic flash and a process of color photography.
Observations of solar eclipses later helped confirm Einstein’s theory of relativity, as one of his predictions, the existence of gravitational lensing, could be seen.
The locals, however, were reportedly unimpressed by the eclipse, having expected it to be darker. Oh, well.

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Cactus roots at high magnification
Plants are active communicators capable of warning nearby plants of an impending insect infestation when they themselves are being eaten alive. They can also execute surprisingly sophisticated interpretations of their surroundings. Plants can compute their survival chances with a cost-benefit analysis of available resources. They can distinguish between positive and negative experiences and are even capable of forming memories from stressful events. They can recognize self vs. non-self, taking over territory from plants they deem weaker. As plants rapidly exchange chemicals and genetic material with other species, they constantly update their own behavior to better compete for light and food in order to survive.

Cactus roots at high magnification
Plants are active communicators capable of warning nearby plants of an impending insect infestation when they themselves are being eaten alive. They can also execute surprisingly sophisticated interpretations of their surroundings. Plants can compute their survival chances with a cost-benefit analysis of available resources. They can distinguish between positive and negative experiences and are even capable of forming memories from stressful events. They can recognize self vs. non-self, taking over territory from plants they deem weaker. As plants rapidly exchange chemicals and genetic material with other species, they constantly update their own behavior to better compete for light and food in order to survive.

This statement is true, especially when considering this day and age. #technicalknowledgerulesasking #aspirational #brand #brandofintellects #bestudentsnotfollowers #statmentt #tshirt #shirt #fresh #fashion #ga #gaallday #jackthreads #king #mensfashion #plndr #streetwear

This statement is true, especially when considering this day and age. #technicalknowledgerulesasking #aspirational #brand #brandofintellects #bestudentsnotfollowers #statmentt #tshirt #shirt #fresh #fashion #ga #gaallday #jackthreads #king #mensfashion #plndr #streetwear

Worlds fastest camera shoots 4.4 trillion frames per second.
A Japanese team has created a recording device able to acquire 4.4 trillion images per second, at a 450 x 450 pixel resolution. The technique could be used to further research into heat conduction and chemical reactions, according to its creators.
If the resolution can be improved, it could also prove useful for manufacturing, where it could keep track of laser cuttings in real time.
The technique, known as a Sequentially Timed All-optical Mapping Photography, or STAMP for short, shuns the conventional methods employed by other superspeed cameras to achieve results up to 1,000 times faster than has been previously available. The current leading brand of high-speed real-time recording is a method unfortunately known as the pump-probe process, where light is “pumped” at the subject and then “probed” for absorption. STAMP differs from this by skipping the need to constantly probe, or measure, the scene to construct an image, instead it uses single-shot bursts to acquire images and maps the spatial profile of the subject to the temporal profile at a 450x450-pixel resolution.

Worlds fastest camera shoots 4.4 trillion frames per second.
A Japanese team has created a recording device able to acquire 4.4 trillion images per second, at a 450 x 450 pixel resolution. The technique could be used to further research into heat conduction and chemical reactions, according to its creators.
If the resolution can be improved, it could also prove useful for manufacturing, where it could keep track of laser cuttings in real time.
The technique, known as a Sequentially Timed All-optical Mapping Photography, or STAMP for short, shuns the conventional methods employed by other superspeed cameras to achieve results up to 1,000 times faster than has been previously available. The current leading brand of high-speed real-time recording is a method unfortunately known as the pump-probe process, where light is “pumped” at the subject and then “probed” for absorption. STAMP differs from this by skipping the need to constantly probe, or measure, the scene to construct an image, instead it uses single-shot bursts to acquire images and maps the spatial profile of the subject to the temporal profile at a 450x450-pixel resolution.

DIY Johnny 5 robot kit available.
The US$1,400 kit lets you create a fully functional model of the robot from the 80s movie Short Circuit.
The robot is made from Servo Erector Set aluminum brackets, custom injection molded components, and ultra-tough laser-cut Lexan structural components. The torso is fully articulated utilizing 8 x HS-645MG, 3 x HS-475HB / HS-485HB, and 3 x HS-422 servos, and our SSC-32 servo controller. By utilizing heavy duty polypropylene and rubber tracks with durable ABS molded sprockets the robot has excellent traction. It includes two 12vdc 50:1 gear head motors and the Sabertooth 2 x 5 motor controller.
The combo kit includes the powerful Lynxmotion Sequencer Program for PC. You can control the robot from a PC with the included DB9 cable, or use our DFRobot bluetooth/APC220/Xbee modules for wireless PC control.

DIY Johnny 5 robot kit available.
The US$1,400 kit lets you create a fully functional model of the robot from the 80s movie Short Circuit.
The robot is made from Servo Erector Set aluminum brackets, custom injection molded components, and ultra-tough laser-cut Lexan structural components. The torso is fully articulated utilizing 8 x HS-645MG, 3 x HS-475HB / HS-485HB, and 3 x HS-422 servos, and our SSC-32 servo controller. By utilizing heavy duty polypropylene and rubber tracks with durable ABS molded sprockets the robot has excellent traction. It includes two 12vdc 50:1 gear head motors and the Sabertooth 2 x 5 motor controller.
The combo kit includes the powerful Lynxmotion Sequencer Program for PC. You can control the robot from a PC with the included DB9 cable, or use our DFRobot bluetooth/APC220/Xbee modules for wireless PC control.

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NASA’s Spitzer Space Telescope has spotted an eruption of dust around a young star, possibly the result of a smashup between large asteroids.. This type of collision can eventually lead to the formation of planets. An artists impression above shows what this could look like
Scientists had been regularly tracking the star, called NGC 2547-ID8, when it surged with a huge amount of fresh dust between August 2012 and January 2013.
“We think two big asteroids crashed into each other, creating a huge cloud of grains the size of very fine sand, which are now smashing themselves into smithereens and slowly leaking away from the star,” said lead author and graduate student Huan Meng of the University of Arizona, Tucson.
While dusty aftermaths of suspected asteroid collisions have been observed by Spitzer before, this is the first time scientists have collected data before and after a planetary system smashup. The viewing offers a glimpse into the violent process of making rocky planets like ours.

NASA’s Spitzer Space Telescope has spotted an eruption of dust around a young star, possibly the result of a smashup between large asteroids.. This type of collision can eventually lead to the formation of planets. An artists impression above shows what this could look like
Scientists had been regularly tracking the star, called NGC 2547-ID8, when it surged with a huge amount of fresh dust between August 2012 and January 2013.
“We think two big asteroids crashed into each other, creating a huge cloud of grains the size of very fine sand, which are now smashing themselves into smithereens and slowly leaking away from the star,” said lead author and graduate student Huan Meng of the University of Arizona, Tucson.
While dusty aftermaths of suspected asteroid collisions have been observed by Spitzer before, this is the first time scientists have collected data before and after a planetary system smashup. The viewing offers a glimpse into the violent process of making rocky planets like ours.

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Massive online brain being built for the world’s robots
Could this be the dawn of the robot apocalypse? Researchers are using cloud technology to build a huge online brain for all robots.

Massive online brain being built for the world’s robots
Could this be the dawn of the robot apocalypse? Researchers are using cloud technology to build a huge online brain for all robots.