i like degs.

Apr 06

Truth.

Truth.

Feb 03

List of shortcomings of the experiment I’m currently reading includes the following: “One diver was nearly run over during an underwater experimental session by an ex-army, amphibious DUKW.” *snort*

Jan 07

Fry up in 10...9...8...7...

Jan 01

Celebrate lego-style! 
legozz:

Champagne Bottle (by Model Gal)
Celebrate lego-style!

legozz:

Champagne Bottle (by Model Gal)

(via legoexpress)

May 30

[video]

so-treu:

Etta James.

so-treu:

Etta James.

(via somerset)

[video]

Mar 05

“You must not lose faith in humanity. Humanity is an ocean; if a few drops of the ocean are dirty, the ocean does not become dirty.” — GANDHI

(Source: oceaneatssky, via loveyourchaos)

Mar 01

matthejew:

well, it’s true

matthejew:

well, it’s true

(via physicsphysics)

Jun 07

spinningmysphere:

houseofmind:

New Neuroimaging Technique May Offer More Detailed and Precise Measures of Brain Activity than fMRI
Because fMRI is an indirect measure (oxygenation levels in certain areas of the brain) of neural activity, some scientists are looking to measure a more direct and specific indicator of neural activity: neurotransmitter concentration. Recently, MIT and Caltech researchers have developed a new fMRI sensor that is capable of detecting levels of dopamine, an important neurotransmitter implicated in a variety of human functions and emotional/mood states such as motivation, reward (addiction), and neurodegenerative diseases.
According to Alan Jasanoff, senior author on the paper: “This new tool connects molecular phenomena in the nervous system with whole-brain imaging techniques, allowing us to probe very precise processes and relate them to the overall function of the brain and of the organism.”

Click on the image to learn more about the development of the technique.

OMG. KIMMAH. DID YOU SEE THIS!!!

Brilliant!

spinningmysphere:

houseofmind:

New Neuroimaging Technique May Offer More Detailed and Precise Measures of Brain Activity than fMRI

Because fMRI is an indirect measure (oxygenation levels in certain areas of the brain) of neural activity, some scientists are looking to measure a more direct and specific indicator of neural activity: neurotransmitter concentration. Recently, MIT and Caltech researchers have developed a new fMRI sensor that is capable of detecting levels of dopamine, an important neurotransmitter implicated in a variety of human functions and emotional/mood states such as motivation, reward (addiction), and neurodegenerative diseases.

According to Alan Jasanoff, senior author on the paper: “This new tool connects molecular phenomena in the nervous system with whole-brain imaging techniques, allowing us to probe very precise processes and relate them to the overall function of the brain and of the organism.”


Click on the image to learn more about the development of the technique.

OMG. KIMMAH. DID YOU SEE THIS!!!

Brilliant!