Castillo De Peratallada MESURA Architects

Architectural Collages Depict the Fragmented Lives of Migrants

Architecture student Evan Wakelin has produced drawings that juxtapose the old and new homes of migrants in Toronto, to convey the emotional and physical upheaval these people experience. Wakelin’s thesis research project is part of his ongoing studies at the Daniels Faculty of Architecture, Landscape, and Design, where he is enrolled on the Master of Architecture course.

“The drawings illustrate hypothetical migrations to the city, whereby the original home of the migrant is layered with their current home within the city of Toronto,” explained Wakelin in his thesis research paper. “This intersection of past and present, over different geographical locations, describes a divided identity where the sense of belonging and sentiment exist somewhere in between.”

Check out this tumblr!

Images and text via

Parker Solar Probe is Go for Launch

Tomorrow, Aug. 11, we’re launching a spacecraft to touch the Sun.

The first chance to launch Parker Solar Probe is 3:33 a.m. EDT on Aug. 11 from Space Launch Complex 37 at Cape Canaveral Air Force Station in Florida. Launch coverage on NASA TV starts at 3 a.m. EDT at nasa.gov/live.

After launch, Parker Solar Probe begins its daring journey to the Sun’s atmosphere, or corona, going closer to the Sun than any spacecraft in history and facing brutal heat and radiation.

Though Parker Solar Probe weighs a mere 1,400 pounds — pretty light for a spacecraft — it’s launching aboard one of the world’s most powerful rockets, a United Launch Alliance Delta IV Heavy with a third stage added.

Even though you might think the Sun’s massive means things would just fall into it, it’s surprisingly difficult to actually go there. Any object leaving Earth starts off traveling at about 67,000 miles per hour, same as Earth — and most of that is in a sideways direction, so you have to shed most of that sideways speed to make it to the Sun. All that means that it takes 55 times more launch energy to go to the Sun than it does to go to Mars. On top of its powerful launch vehicle, Parker Solar Probe will use seven Venus gravity assists to shed sideways speed.

Even though Parker Solar Probe will lose a lot of sideways speed, it’ll still be going incredibly fast as its orbit draws closer to the Sun throughout its seven-year mission. At its fastest, Parker Solar Probe will travel at 430,000 miles per hour — fast enough to get from Philadelphia to Washington, D.C. in one second — setting the record for the fastest spacecraft in history.

But the real challenge was to keep the spacecraft from frying once it got there.

We’ve always wanted to send a mission to the corona, but we literally haven’t had the technology that can protect a spacecraft and its instruments from its scorching heat. Only recent advances have enabled engineers to build a heat shield that will protect the spacecraft on this journey of extremes — a tricky feat that requires withstanding the Sun’s intense radiation on the front and staying cool at the back, so the spacecraft and instruments can work properly.

The 4.5-inches-thick heat shield is built like a sandwich. There’s a thin layer of carbon material like you might find in your golf clubs or tennis rackets, carbon foam, and then another thin piece of carbon-carbon on the back. Even while the Sun-facing side broils at 2,500 degrees Fahrenheit, the back of the shield will remain a balmy 85 degrees — just above room temperature. There are so few particles in this region that it’s a vacuum, so blocking the Sun’s radiation goes a long way towards keeping the spacecraft cool.

Parker Solar Probe is also our first mission to be named after a living individual: Dr. Eugene Parker, famed solar physicist who in 1958 first predicted the existence of the solar wind.

“Solar wind” is what Dr. Parker dubbed the stream of charged particles that flows constantly from the Sun, bathing Earth and our entire solar system in the Sun’s magnetic fields. Parker Solar Probe’s flight right through the corona allows it to observe the birth of the very solar wind that Dr. Parker predicted, right as it speeds up and over the speed of sound.  

The corona is where solar material is heated to millions of degrees and where the most extreme eruptions on the Sun occur, like solar flares and coronal mass ejections, which fling particles out to space at incredible speeds near the speed of light. These explosions can also spark space weather storms near Earth that can endanger satellites and astronauts, disrupt radio communications and, at their most severe, trigger power outages.

Thanks to Parker Solar Probe’s landmark mission, solar scientists will be able to see the objects of their study up close and personal for the very first time.

Up until now, all of our studies of the corona have been remote — that is, taken from a distance, rather than at the mysterious region itself. Scientists have been very creative to glean as much as possible from their remote data, but there’s nothing like actually sending a probe to the corona to see what’s going on.

And scientists aren’t the only ones along for the adventure — Parker Solar Probe holds a microchip carrying the names of more than 1.1 million people who signed up to send their name to the Sun. This summer, these names and 1,400 pounds of science equipment begin their journey to the center of our solar system.

Three months later in November 2018, Parker Solar Probe makes its first close approach to the Sun, and in December, it will send back the data. The corona is one of the last places in the solar system where no spacecraft has visited before; each observation Parker Solar Probe makes is a potential discovery.

Stay tuned — Parker Solar Probe is about to take flight.

Keep up with the latest on the mission at nasa.gov/solarprobe or follow us on Twitter and Facebook.

Make sure to follow us on Tumblr for your regular dose of space: http://nasa.tumblr.com. 

LM Guest House Desai Chia Architecture

Located on a rolling farm property in upstate New York, the LM Guest House celebrates the beauty of the surrounding landscape– sweeping views through an all-glass facade magnify the spacious, open feel of the living areas.The home employs several sustainable design strategies including geothermal heating and cooling, radiant floors, motorized solar shading, photovoltaic panels, and rainwater harvesting.

The open living and sleeping areas flow around a compact slatted wood core that disguises the mechanical, storage, and bathing spaces. Two sleeping couchettes with built-in bunk beds provide efficient accommodations for additional weekend guests. Natural white oak wood detailing provides warmth and texture throughout the home. The high-performance glass facade was prefabricated off site, shipped in one container, and erected in two days. An innovative steel frame structure allows the roof to cantilever dramatically over the open living areas and bedroom.

Images and text via Desai Chia Architecture

Kyz Kala, a 7th-century CE fortress outside of the city of Merv (in modern day Turkmenistan). Although now off the beaten path, Merv was a central trade city along the Silk Roads because it was near a key oasis in the dry central Asian environment. By the twelfth century, it was one of the largest cities in the world, containing perhaps 200,000 people. When the Mongols arrived in the 1220s, they supposedly slaughtered almost the entire population of the city, and Merv never regained its prominence.

The Ancient Town of Monsanto, Portugal.

Another installment of "Matt Says"

Matt says: "in case you need to look a donkey in the eye"

From: arte de proyectar en arquitectura (architectural standards)

∞

http://28.media.tumblr.com/tumblr_m1ndu2bGoC1roc6r5o1_500.gif

Carole Lombard - Christmas 1930’s

“Merry Christmas and Happy New Year” in German

Le Corbusier, Villa Jeanneret-Perret (Maison Blanche), La Chaux-de-Fonds, 1912 sources: Girard-Perregaux at Watchonista Association Maison Blanche