Exploratorium

Exploratorium

Yes. This is how alcohol looks under the microscope

thelynchpinwithin:

A company called Bevshots has produced a series of shots of booze under the microscope at the Florida State University’s chemistry labs.

Molecules at 1000x Magnification !

Champagne:

image

Dry Martini:

image

Margarita:

image

Pina Colada:

image

Sake:

image

Scotch:

image

Tequila:

image

Vodka:

image

 

An image of our gorgeous universe from Nasa’s Astronomy Pic of the Day. 2014 July 01: Wolf Rayet Star 124: Stellar Wind MachineImage Credit: Hubble Legacy Archive, NASA, ESA - Processing & Licence: Judy Schmidt

An image of our gorgeous universe from Nasa’s Astronomy Pic of the Day. 

2014 July 01: Wolf Rayet Star 124: Stellar Wind Machine
Image Credit: Hubble Legacy ArchiveNASAESA - Processing & LicenceJudy Schmidt

Oxfords. A Chair. An old Macbook. Even a refrigerator - they all get sanded one millimeter at a time by artist Simon Gerbaud. Watch for when he “flips it and reverses it” for the improbable. 

It’s Thursday, so that means we have to throwback. Here’s an early Exploratorium exhibition, “Limbic System” by artist Tad Bridenthal. Visitors crawled into an infinitely reflecting, dodecahedron sculpture. Each of the twelve sides and twenty vertices featured colored lights and mirrors. We think it was up around 1971. The last shot is of the exterior. 
Photo by Baron Wolman© Exploratorium, www.exploratorium.edu
It’s Thursday, so that means we have to throwback. Here’s an early Exploratorium exhibition, “Limbic System” by artist Tad Bridenthal. Visitors crawled into an infinitely reflecting, dodecahedron sculpture. Each of the twelve sides and twenty vertices featured colored lights and mirrors. We think it was up around 1971. The last shot is of the exterior. 
Photo by Baron Wolman© Exploratorium, www.exploratorium.edu
It’s Thursday, so that means we have to throwback. Here’s an early Exploratorium exhibition, “Limbic System” by artist Tad Bridenthal. Visitors crawled into an infinitely reflecting, dodecahedron sculpture. Each of the twelve sides and twenty vertices featured colored lights and mirrors. We think it was up around 1971. The last shot is of the exterior. 
Photo by Baron Wolman© Exploratorium, www.exploratorium.edu
It’s Thursday, so that means we have to throwback. Here’s an early Exploratorium exhibition, “Limbic System” by artist Tad Bridenthal. Visitors crawled into an infinitely reflecting, dodecahedron sculpture. Each of the twelve sides and twenty vertices featured colored lights and mirrors. We think it was up around 1971. The last shot is of the exterior. 
Photo by Baron Wolman© Exploratorium, www.exploratorium.edu

It’s Thursday, so that means we have to throwback. Here’s an early Exploratorium exhibition, “Limbic System” by artist Tad Bridenthal. Visitors crawled into an infinitely reflecting, dodecahedron sculpture. Each of the twelve sides and twenty vertices featured colored lights and mirrors. We think it was up around 1971. The last shot is of the exterior. 

Photo by Baron Wolman
© Exploratorium, www.exploratorium.edu

It’s Wednesday. Does your week feel like it’s going on and on? Here’s a little sound visualization from Exploratorium scientist Ron Hipschman to match your mood. 

It’s Wednesday. Does your week feel like it’s going on and on? Here’s a little sound visualization from Exploratorium scientist Ron Hipschman to match your mood. 

beesandbombs:

movin dots

More balls, movement and patterns

beesandbombs:

movin dots

More balls, movement and patterns

(via techmattersyes)

angulargeometry:

Together We Are Stronger.

angulargeometry:

Together We Are Stronger.

(via mashable)

txchnologist:

To celebrate the 15th anniversary of NASA’s Chandra X-ray Observatory, four new images of supernova remnants are being released. These spectacular cosmic vistas are the glowing debris fields that were created when massive stars exploded at the ends of their lives.
Chandra, one of NASA’s current “Great Observatories,” along with the Hubble Space Telescope and Spitzer Space Telescope, is specially designed to detect X-ray emission from hot and energetic regions of the universe. It obits up to 86,500 miles above the Earth.
To celebrate Chandra’s 15th anniversary, four new images of supernova remnants – the Crab Nebula, Tycho, G292.0+1.8, and 3C58 – were released by the space agency. These supernova remnants are very hot and energetic and glow brightly in X-ray light, which allows Chandra to capture them in exquisite detail. See a larger version here.
Courtesy NASA.
Read More

txchnologist:

To celebrate the 15th anniversary of NASA’s Chandra X-ray Observatory, four new images of supernova remnants are being released. These spectacular cosmic vistas are the glowing debris fields that were created when massive stars exploded at the ends of their lives.

Chandra, one of NASA’s current “Great Observatories,” along with the Hubble Space Telescope and Spitzer Space Telescope, is specially designed to detect X-ray emission from hot and energetic regions of the universe. It obits up to 86,500 miles above the Earth.

To celebrate Chandra’s 15th anniversary, four new images of supernova remnants – the Crab Nebula, Tycho, G292.0+1.8, and 3C58 – were released by the space agency. These supernova remnants are very hot and energetic and glow brightly in X-ray light, which allows Chandra to capture them in exquisite detail. See a larger version here.

Courtesy NASA.

Read More

(via science-junkie)

Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 
Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”

Take a close look at some funky fungi. Recently MycoWorks shared their mycelium-driven sustainable design solutions on our Pier 15 Plaza. 

Mycotecture, a term coined by Philip Ross in 2007, is architecture grown from mushroom mycelium - the vegetative part fungus, sometimes underground and unseen. Similar to synthetic open-cell foams such as polystyrene, Mycelium materials are compostable and can serve carbon-sequestering. Myco-Works is developing ”standards for mycelium composites and their application as energy- and cost-efficient alternatives to synthetic polymer materials.”
xysciences:

Video of the rotating comet ‘67P’.
The ESA’s (European Space Agency’s) Rosetta Probe will be reaching this comet soon to orbit it and take measurements. 

Landing on that thing doesn’t look easy! Watch our last webcast on the Rosetta Mission and learn about the probe’s final approach maneuvers! 

xysciences:

Video of the rotating comet ‘67P’.

The ESA’s (European Space Agency’s) Rosetta Probe will be reaching this comet soon to orbit it and take measurements. 

Landing on that thing doesn’t look easy! Watch our last webcast on the Rosetta Mission and learn about the probe’s final approach maneuvers! 

xysciences:

How a key works.

xysciences:

How a key works.

nectarinedrops:

magnetism

nectarinedrops:

magnetism

Behind the scenes at the Exploratorium staff offices, you’ll find curious artifacts like this. This guy has travelled with us from the vaults of our old location to Pier 15. Rumor has it that it’s an original NASA early-Apollo era demo suit!

Behind the scenes at the Exploratorium staff offices, you’ll find curious artifacts like this. This guy has travelled with us from the vaults of our old location to Pier 15. Rumor has it that it’s an original NASA early-Apollo era demo suit!

Mars. We’re going.
explodingtorium:

Impossible Triangle in the Eye of the Beholder, photo by Sally Duensing, 1980’s

explodingtorium:

Impossible Triangle in the Eye of the Beholder, photo by Sally Duensing, 1980’s