Monday, April 28, 2014
sexualdismay: I think my boobs might’ve shrunk, but hopefully...
http://ift.tt/12HYfMd
Reposted via PURE SKIN
I think my boobs might’ve shrunk, but hopefully I’m still attractive to you guys :3
Reposted via PURE SKIN
ML House / Play Arquitetura
http://ift.tt/nNxAFF
Architects: Play Arquitetura
Location: Pampulha, Belo Horizonte – Minas Gerais, Brasil
Architects In Charge: Marcelo Alvarenga & Juliana Figueiró
Collaborator: Luciana Garcia
Project Area: 640 sqm
Project Year: 2011
Photographs: Gabriel Castro Landscape: Firmino Fiuza
Structural Engineering: José Maria de …
Reposted via ArchDaily
Architects: Play Arquitetura
Location: Pampulha, Belo Horizonte – Minas Gerais, Brasil
Architects In Charge: Marcelo Alvarenga & Juliana Figueiró
Collaborator: Luciana Garcia
Project Area: 640 sqm
Project Year: 2011
Photographs: Gabriel Castro Landscape: Firmino Fiuza
Structural Engineering: José Maria de …
Reposted via ArchDaily
Sunday, April 27, 2014
blythebrooklyn: mashable: With the LIX Pen, you can doodle in...
http://ift.tt/1hsHecz
Reposted via eat candy drink coffee
With the LIX Pen, you can doodle in 3D.
THIS IS AMAZING. wtf, you can now doodle in 3D.
COOL
Reposted via eat candy drink coffee
norafox: #the long kings live are the weak queen
martin-jhnsx: Shut up Martin, say nothing.(I know you can read...
http://ift.tt/1iRSeAO
Reposted via F&O Forgotten Nobility
Shut up Martin, say nothing.
(I know you can read my mind)
Reposted via F&O Forgotten Nobility
DARPA's Chip-Sized Digital Optical Synthesizer to Aim for Routine Terabit-per-second Communications
http://ift.tt/hZ0OVi
DARPA’s new Direct On-chip Digital Optical Synthesizer program seeks to do with light waves what researchers in the 1940s achieved with radio microwaves. Currently, optical frequency synthesis is only possible in laboratories with expensive racks of equipment. If successful, the program would miniaturize optical synthesizers to fit onto microchips, opening up terahertz frequencies for wide application across military electronics systems and beyond.
“The goal of this program is to make optical frequency synthesis as ubiquitous as microwave synthesis is today,” said Robert Lutwak, DARPA program manager. “There are significant challenges, but thanks to related DARPA programs POEM, Quasar, ORCHID, PULSE and E-PHI and other advanced laboratory research, technology is at the tipping point where we’re ready to attempt miniaturization of optical frequency synthesis on an inexpensive, small, low-power chip.”
The basic concept is to create a “gearbox” on a chip that produces laser light with a frequency that is a precise multiple of a referenced radio frequency, such as is readily available within most existing DoD and consumer electronic systems. The ability to control optical frequency in a widely available microchip could enable a host of advanced applications at much lower cost, including:
* High-bandwidth (terabit per second) optical communications
* Enhanced chemical spectroscopy, toxin detection and facility identification
* Improved light detection and ranging (LiDAR)
* High-performance atomic clocks and inertial sensors for position, navigation and timing (PNT) applications
* High-performance optical spectrum analysis (OSA)
Today, optical communications employ techniques analogous to those of pre-1940 AM radio, due to the inability to control frequency precisely at optical frequencies, which are typically 1,000 times higher than microwaves. The higher frequency of light, however, offers potential for 1,000-fold increase in available bandwidth for communications and other applications.
Read more »
Reposted via Next Big Future
DARPA’s new Direct On-chip Digital Optical Synthesizer program seeks to do with light waves what researchers in the 1940s achieved with radio microwaves. Currently, optical frequency synthesis is only possible in laboratories with expensive racks of equipment. If successful, the program would miniaturize optical synthesizers to fit onto microchips, opening up terahertz frequencies for wide application across military electronics systems and beyond.
“The goal of this program is to make optical frequency synthesis as ubiquitous as microwave synthesis is today,” said Robert Lutwak, DARPA program manager. “There are significant challenges, but thanks to related DARPA programs POEM, Quasar, ORCHID, PULSE and E-PHI and other advanced laboratory research, technology is at the tipping point where we’re ready to attempt miniaturization of optical frequency synthesis on an inexpensive, small, low-power chip.”
The basic concept is to create a “gearbox” on a chip that produces laser light with a frequency that is a precise multiple of a referenced radio frequency, such as is readily available within most existing DoD and consumer electronic systems. The ability to control optical frequency in a widely available microchip could enable a host of advanced applications at much lower cost, including:
* High-bandwidth (terabit per second) optical communications
* Enhanced chemical spectroscopy, toxin detection and facility identification
* Improved light detection and ranging (LiDAR)
* High-performance atomic clocks and inertial sensors for position, navigation and timing (PNT) applications
* High-performance optical spectrum analysis (OSA)
Today, optical communications employ techniques analogous to those of pre-1940 AM radio, due to the inability to control frequency precisely at optical frequencies, which are typically 1,000 times higher than microwaves. The higher frequency of light, however, offers potential for 1,000-fold increase in available bandwidth for communications and other applications.
Read more »
Reposted via Next Big Future
Building Renovation at Cervantes Street / Antonio Altarriba
http://ift.tt/nNxAFF
Architects: Antonio Altarriba
Location: Calle Cervantes, Valencia, Badajoz, Spain
Area: 391 sqm
Year: 2013
Photographs: Diego Opazo Collaborators: David López, María Salinas, Rubén Tormo
Constructor: Domus Dovela From the architect.… The work of rehabilitation of the old houses in the
Reposted via ArchDaily
Architects: Antonio Altarriba
Location: Calle Cervantes, Valencia, Badajoz, Spain
Area: 391 sqm
Year: 2013
Photographs: Diego Opazo Collaborators: David López, María Salinas, Rubén Tormo
Constructor: Domus Dovela From the architect.… The work of rehabilitation of the old houses in the
Reposted via ArchDaily
thepureskin: being a ghost off focus SEE MORE OF SORELIPS...
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