Photoset

02 / 4 / 2012

discoverynews:

The Violent Beauty of Our Evolving Universe

Imagine if you could assemble all known physics, throw it into a powerful supercomputer and watch a virtual universe evolve. Well, that’s exactly what a team of physicists at Stanford University’s Kavli Institute for Particle Astrophysics and Cosmology (KIPAC) have done.

This mammoth task has culminated in a part-physics/part-art exhibit that is being showcased in 3D videos playing at a theater on the SLAC National Accelerator Laboratory and featured at planetariums in New York City and San Francisco.

In the videos, everything from dark matter to star formation is simulated. One simulation even demonstrates the majestic collision between two galaxies just as they merge to become one.

Here’s a sneak peek of a few of the stunning scenes showcased in the simulations.

keep reading

Image1 : A dwarf galaxy grows. Credits: SLAC/KIPAC, John Wise and Tom Abel (simulation), Ralf Kaehler (visualization)

Image 2: Baby stars ignite inside a cloud of dense hydrogen and burn brightly. Credits: SLAC/KIPAC, John Wise and Tom Abel (simulation), Ralf Kaehler (visualization).

(via fronsai)

Photo

02 / 4 / 2012

the-star-stuff:

Neil deGrasse Tyson is behind the only major technical change in theTitanic re-release

It took James Cameron 60 weeks to prepare Titanic for its rerelease, but apart from remastering the original at 4k resolution and converting it to stereoscopic 3D, nothing about the movie has really changed.
Well, almost nothing.
According to Cameron: “Neil deGrasse Tyson sent me quite a snarky email saying that, at that time of year [April 15, at 4:20 am], in that position in the Atlantic in 1912, when Rose is lying on the piece of driftwood and staring up at the stars, that is not the star field she would have seen.”
“And with my reputation as a perfectionist, I should have known that and I should have put the right star field in. So I said ‘All right, send me the right stars for that exact time and I’ll put it in the movie.’”
So Tyson did just that, and Cameron re-shot the scene. According to the Telegraph , it is the only major technical change in the film’s re-release.

the-star-stuff:

Neil deGrasse Tyson is behind the only major technical change in theTitanic re-release

It took James Cameron 60 weeks to prepare Titanic for its rerelease, but apart from remastering the original at 4k resolution and converting it to stereoscopic 3D, nothing about the movie has really changed.

Well, almost nothing.

According to Cameron: “Neil deGrasse Tyson sent me quite a snarky email saying that, at that time of year [April 15, at 4:20 am], in that position in the Atlantic in 1912, when Rose is lying on the piece of driftwood and staring up at the stars, that is not the star field she would have seen.”

“And with my reputation as a perfectionist, I should have known that and I should have put the right star field in. So I said ‘All right, send me the right stars for that exact time and I’ll put it in the movie.’”

So Tyson did just that, and Cameron re-shot the scene. According to the Telegraph , it is the only major technical change in the film’s re-release.

(via fronsai)

Photo

02 / 4 / 2012

neuroimages:

Diffusion spectrum MRI image of the human brain showing three dimensional grid structure of white matter tracts. From Wedeen, et al (2012).   

neuroimages:

Diffusion spectrum MRI image of the human brain showing three dimensional grid structure of white matter tracts. From Wedeen, et al (2012).   

(via fronsai)

Photo

02 / 4 / 2012

medicalschool:

Using Neuroscience to Learn How To Build a Better Leader

In past sixty years, advances in neuroscience have led to remarkable progress in the fight against disorders of the brain, from Alzheimer’s Disease to traumatic brain injury to addictions.
Could the scientific discoveries of recent decades about how the brain works also be used to improve the functioning of healthy individuals?   A team of researchers at the W. P. Carey School of Business information systems Professor Pierre Balthazard is trying to do just that. The investigators are using the tools of neuroscience, including brain imaging and neurofeedback, to identify leadership qualities in individuals and to discover ways to enhance those abilities.   “We are looking at the positive psychology aspect of neuroscience,” said Pierre Balthazard, associate professor in the Department of Information Systems. ”This is similar to what the clinicians and therapists have been doing but in a different direction. We take the God-given talent of an individual, and we actually tweak it or optimize it for certain functions.” 

medicalschool:

Using Neuroscience to Learn How To Build a Better Leader

In past sixty years, advances in neuroscience have led to remarkable progress in the fight against disorders of the brain, from Alzheimer’s Disease to traumatic brain injury to addictions.

Could the scientific discoveries of recent decades about how the brain works also be used to improve the functioning of healthy individuals?   A team of researchers at the W. P. Carey School of Business information systems Professor Pierre Balthazard is trying to do just that. The investigators are using the tools of neuroscience, including brain imaging and neurofeedback, to identify leadership qualities in individuals and to discover ways to enhance those abilities.   “We are looking at the positive psychology aspect of neuroscience,” said Pierre Balthazard, associate professor in the Department of Information Systems. ”This is similar to what the clinicians and therapists have been doing but in a different direction. We take the God-given talent of an individual, and we actually tweak it or optimize it for certain functions.” 

(Source: )

Photoset

02 / 4 / 2012

stressface:

Neon Anatomical Art, by Jessica Lloyd-Jones.  From the artist:

Blown glass human organs encapsulate inert gases displaying different colours under the influence of an electric current. The human anatomy is a complex, biological system in which energy plays a vital role. Brain Wave conveys neurological processing activity as a kinetic and sensory, physical phenomena through its display of moving electric plasma. Optic Nerve shows a similar effect, more akin to the blood vessels of the eye and with a front ‘lens’ magnifiying the movement and the intensity of light. Heart is a representation of the human heart illuminated by still red neon gas. Electric Lungs is a more technically intricate structure with xenon gas spreading through its passage ways, communicating our human unawareness of the trace gases we inhale in our breathable atmosphere.

See more photos here.