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buleris:

Is This The Future of Touchscreen Tech?

nice

(Source: Mashable)

11.02.12
weaponsobssesed:

PHaSR “personal Haulting and Stimulation Response”. It’s pretty much a experimental laser rifle that heats up whatever your aiming at
here’s the article on it! http://www.wired.com/dangerroom/2010/05/laser-gallery/all/1

Mother of god…………

does it really have to look that sci-fi?

weaponsobssesed:

PHaSR “personal Haulting and Stimulation Response”. It’s pretty much a experimental laser rifle that heats up whatever your aiming at

here’s the article on it! http://www.wired.com/dangerroom/2010/05/laser-gallery/all/1

Mother of god…………

does it really have to look that sci-fi?

(via pieceinthepuzzlehumanity-deacti)

04.04.12
futurescope:

“Blackest” Solar Cell Ever Designed Absorbs 99.7 Percent of All Light


Natcore Technology scientists have created a black silicon solar cell with an average reflectance of 0.3%, making it the “blackest” solar cell ever designed. Compared to the most efficient solar cells currently on the market, Natcore’s development offers a tenfold decrease in reflectance over the solar spectrum. The result is an increase in energy efficiency that could help solar power compete even more effectively with traditional fossil fuels. […]

[read more] [Natcore]

futurescope:

“Blackest” Solar Cell Ever Designed Absorbs 99.7 Percent of All Light

Natcore Technology scientists have created a black silicon solar cell with an average reflectance of 0.3%, making it the “blackest” solar cell ever designed. Compared to the most efficient solar cells currently on the market, Natcore’s development offers a tenfold decrease in reflectance over the solar spectrum. The result is an increase in energy efficiency that could help solar power compete even more effectively with traditional fossil fuels. […]

(via pieceinthepuzzlehumanity-deacti)

18.04.12

foodube:

Introducing the Leap (by leapmotion)

Shut up & take my money.

Minority Report FTW!!!

(via canofpopcom)

26.05.12
genannetics:

Totally rad: Scientists create rewritable digital data storage in DNA
“One of the coolest places for computing is within biological systems.”             Drew Endy, PhD
Imagine being able to use the DNA of a living cell to store data.  Not only would it be an incredible tool for researchers studying cell division, cancer, evolution, aging, and many other biological fields, but also it could lead to a way of storing information without consuming power.  Amazingly, a lab out of Stanford’s Bioengineering Department reported this week that it was able to record a single bit of data in this manner.

The team calls its device a “recombinase addressable data” module, or RAD for short. 

Alright, already loving the name.

They used RAD to modify a particular section of DNA within microbes that determines how the one-celled organisms will fluoresce under ultraviolet light. The microbes glow red or green depending upon the orientation of the section of DNA. Using RAD, the engineers can flip the section back and forth at will.

Their system seems to be reliable after many cellular divisions, as well as rewrite-able, which is quite a feat in an environment as dynamic as a microbe. Going forward, the team hopes to work towards an 8-bit of genetic programmable data.  This may take years, but the scientists are excited by their progress and prospects.  
Paper: “Rewritable digital data storage in live cells via engineered control of recombination directionality,” Bonnet, J., Subsoontorn, P. & Endy, D. PNAS,http://dx.doi.org/ … s.1202344109 (2012).
Image: http://www.dna11.com

HOLY FUCK.

genannetics:

Totally rad: Scientists create rewritable digital data storage in DNA

“One of the coolest places for computing is within biological systems.”             Drew Endy, PhD

Imagine being able to use the DNA of a living cell to store data.  Not only would it be an incredible tool for researchers studying cell division, cancer, evolution, aging, and many other biological fields, but also it could lead to a way of storing information without consuming power.  Amazingly, a lab out of Stanford’s Bioengineering Department reported this week that it was able to record a single bit of data in this manner.

The team calls its device a “recombinase addressable data” module, or RAD for short.

Alright, already loving the name.

They used RAD to modify a particular section of DNA within microbes that determines how the one-celled organisms will fluoresce under ultraviolet light. The microbes glow red or green depending upon the orientation of the section of DNA. Using RAD, the engineers can flip the section back and forth at will.

Their system seems to be reliable after many cellular divisions, as well as rewrite-able, which is quite a feat in an environment as dynamic as a microbe. Going forward, the team hopes to work towards an 8-bit of genetic programmable data.  This may take years, but the scientists are excited by their progress and prospects.  

Paper: “Rewritable digital data storage in live cells via engineered control of recombination directionality,” Bonnet, J., Subsoontorn, P. & Endy, D. PNAS,http://dx.doi.org/ … s.1202344109 (2012).

Image: http://www.dna11.com

HOLY FUCK.

(via pieceinthepuzzlehumanity-deacti)

26.05.12