20th August 2014

Photoset reblogged from SUPERSONIC ART with 1,418 notes

supersonicart:

Keng Lye’s Latest Three Dimensional Resin Paintings.

Recent paintings by Keng Lye (Previously on Supersonic) which he creates by painting layer after layer of resin to create a three dimensional finished product.  Be sure and check out more of his incredible work below!

Read More

19th August 2014

Photo reblogged from Optically Addicted with 1,709 notes

( The frist thing I thought of was ’ Shin ! ’ … ) 

( The frist thing I thought of was ’ Shin ! ’ … ) 

Source: megaloveluck

18th August 2014

Photo reblogged from Neurolove.me with 3,244 notes

psych2go:

For more posts like these, go visit psych2go
Psych2go features various psychological findings and myths. In the future, psych2go attempts to include sources to posts for the purpose of generating discussions and commentaries. This will give readers a chance to critically examine psychology.
Fact submitted by: mental-health-advice
Post made by: haibeana

( this seems to be true ) 

psych2go:

For more posts like these, go visit psych2go

Psych2go features various psychological findings and myths. In the future, psych2go attempts to include sources to posts for the purpose of generating discussions and commentaries. This will give readers a chance to critically examine psychology.

Fact submitted by: mental-health-advice

Post made by: haibeana

( this seems to be true ) 

Source: psych2go

18th August 2014

Photo reblogged from i can't sleep with 485 notes

e-stocado:

Ivan Gaete
'Supreme weavers (Lovers), 2012

e-stocado:

Ivan Gaete

'Supreme weavers (Lovers), 2012

Source: e-stocado

18th August 2014

Photoset reblogged from Optically Addicted with 68 notes

littlelimpstiff14u2:

Paul Robertson on tumblr

You might not know Paul Robertson's name, but there's a good chance you've seen his pixels. Robertson made his first big splash with the animated short Pirate Baby’s Cabana Battle Street Fight 2006, a 12-minute-long black-and-white movie depicting an amazing, though sadly fictional, side-scrolling action game. Since then he’s gone on to produce art and animation for a number of terrific games, including Scott Pilgrim vs. The World: The Game and Wizorb.

More recently, he teamed up with Tribute Games for the Metal Slug-style shooter Mercenary Kings, which just launched through Steam’s Early Access program and will be coming to the PlayStation 4 later on. We took a few minutes to talk to Robertson about pixel art, the new game, and whether Pirate Baby will ever be something we can actually play.

Interview

17th August 2014

Photo reblogged from Phroyd's World with 2 notes

phroyd:

These images show a diamond sample with a hemispherical lens (right and lower left), and the location of a single electron spin/quantum state visible through its light emission (upper left). The scale bar on the image at upper left measures five microns, the approximate diameter of a red blood cell. Credit: Courtesy of Awschalom Lab/University of Chicago.
A team of researchers led by the University of Chicago has developed a technique to record the quantum mechanical behavior of an individual electron contained within a nanoscale defect in diamond. Their technique uses ultrafast pulses of laser light both to control the defect’s entire quantum state and observe how that single electron state changes over time. The work appears in this week’s online Science Express and will be published in print later this month in Science.
This research contributes to the emerging science of quantum information processing, which demands that science leave behind the unambiguous universe of traditional binary logic—0 or 1—and embrace the counterintuitive quantum world, where behavior is radically different from what humans experience every day. While people are generally content being in one place at a time, electrons can be in many states at once.
The team researches a quantum mechanical property of the electron known as spin. Much like conventional computers use the charge state of electrons to constitute bits of information, a quantum computer would use the spin state of a single electron as its quantum bit, or qubit. The work could accelerate development of quantum computing devices, and the extra computing power that would come with them, because it will be easier to identify materials that have appropriate quantum properties.
Read more at: http://phys.org/news/2014-08-molecular-electron-quantum-behavior.html#jCp
Phroyd

phroyd:

These images show a diamond sample with a hemispherical lens (right and lower left), and the location of a single electron spin/quantum state visible through its light emission (upper left). The scale bar on the image at upper left measures five microns, the approximate diameter of a red blood cell. Credit: Courtesy of Awschalom Lab/University of Chicago.

A team of researchers led by the University of Chicago has developed a technique to record the quantum mechanical behavior of an individual electron contained within a nanoscale defect in diamond. Their technique uses ultrafast pulses of laser light both to control the defect’s entire quantum state and observe how that single electron state changes over time. The work appears in this week’s online Science Express and will be published in print later this month in Science.

This research contributes to the emerging science of , which demands that science leave behind the unambiguous universe of traditional binary logic—0 or 1—and embrace the counterintuitive quantum world, where behavior is radically different from what humans experience every day. While people are generally content being in one place at a time, electrons can be in many states at once.

The team researches a quantum mechanical property of the electron known as spin. Much like conventional computers use the charge state of electrons to constitute bits of information, a quantum computer would use the spin state of a single electron as its quantum bit, or qubit. The work could accelerate development of quantum computing devices, and the extra computing power that would come with them, because it will be easier to identify materials that have appropriate quantum properties.

Read more at: http://phys.org/news/2014-08-molecular-electron-quantum-behavior.html#jCp

Phroyd

17th August 2014

Photo reblogged from E_KLECTIK with 329 notes

lightprocesses:

The eye of the oscillating triangular grid

lightprocesses:

The eye of the oscillating triangular grid

Source: lightprocesses

16th August 2014

Photo reblogged from E_KLECTIK with 96 notes

Source: kenaim

16th August 2014

Photo reblogged from CATMOTA with 89 notes

catmota:

Eternelle Féminin  (1993)
Serge Brignoni

catmota:

Eternelle Féminin  (1993)

Serge Brignoni

16th August 2014

Photo reblogged from te kaikōhuru with 158 notes

mentaltimetraveller:

Bosco Sodi

mentaltimetraveller:

Bosco Sodi

Source: mentaltimetraveller