thisistheverge:

NASA is funding a 3D food printer, and it’ll start with pizza
NASA is funding research into 3D-printed food. Mechanical engineer Anjan Contractor received a $125,000 grant from the agency to build a prototype 3D printer with the aim of automating food creation. It’s hoped the system could provide astronauts food during long-distance space travel, but its creator has the loftier aim of solving the increasing food shortages around the world by cutting down on waste. The software for the printer will be open-source, while the hardware is based on the open-source RepRap Mendel 3D printer. 

no fucking way

thisistheverge:

NASA is funding a 3D food printer, and it’ll start with pizza

NASA is funding research into 3D-printed food. Mechanical engineer Anjan Contractor received a $125,000 grant from the agency to build a prototype 3D printer with the aim of automating food creation. It’s hoped the system could provide astronauts food during long-distance space travel, but its creator has the loftier aim of solving the increasing food shortages around the world by cutting down on waste. The software for the printer will be open-source, while the hardware is based on the open-source RepRap Mendel 3D printer. 

no fucking way

FUCK YOU UTERUS! - Imgur

FUCK YOU UTERUS! - Imgur

gif-not-jif:

Lake Ontario
have some gifs

gif-not-jif:

Lake Ontario

have some gifs

1 May 2013 ♥ 67 notes    Reblog    
reblogged from gif-not-jif
1 May 2013 ♥ 642 notes    Reblog    
reblogged from gifs-for-fun

Mouse Retinal Ganglion Cell Daniel O’Shea ‘09 (undergraduate)Department of Electrical EngineeringThis is a GFP-tagged mouse retinal ganglion cell (in green), overlaid on a layer of cells with DAPI-stained nuclei (in blue) and ChAT-stained starburst amacrine cells (in red), taken with a tri-channel confocal fluorescence microscope.
I captured this image during a research project supervised by Sebastian Seung at the Massachusetts Institute of Technology and Richard Masland at Harvard. The goal of the collaboration was to develop an improved classification system for ganglion cells based upon their position in the retina and upon the morphology, or architecture, of their dendritic arbors (which behave like antennae).
Mouse Retinal Ganglion Cell
Daniel O’Shea ‘09 (undergraduate)
Department of Electrical EngineeringThis is a GFP-tagged mouse retinal ganglion cell (in green), overlaid on a layer of cells with DAPI-stained nuclei (in blue) and ChAT-stained starburst amacrine cells (in red), taken with a tri-channel confocal fluorescence microscope.

I captured this image during a research project supervised by Sebastian Seung at the Massachusetts Institute of Technology and Richard Masland at Harvard. The goal of the collaboration was to develop an improved classification system for ganglion cells based upon their position in the retina and upon the morphology, or architecture, of their dendritic arbors (which behave like antennae).

26 April 2013 ♥ 18 notes    Reblog    
reblogged from ogplaya
8 April 2013 ♥ 20 notes    Reblog    
reblogged from pattiiihh
8 April 2013 ♥ 9 notes    Reblog    
reblogged from enganld-ebooks
madamecolonelle:

The Bermuda Triangle of Productivity

swap twitter for tumblr and all hope is lost

madamecolonelle:

The Bermuda Triangle of Productivity

swap twitter for tumblr and all hope is lost

blahblahallison:

@stoverdallas (at TigerTree)

blahblahallison:

@stoverdallas (at TigerTree)

cuddlepugs:

Waking up to this pug mug makes Monday morning more bearable.

28 March 2013 ♥ 30 notes    Reblog    
reblogged from cuddlepugs