TroubleMAKER
Graphic Design
TroubleMAKER
ZoomInfo
transatlanticenergy:

The Reichstag building in Berlin is the seat of the Bundestag, the lower house of the legislature. Originally built in 1884, it was heavily damaged during the infamous Reichstagsbrand of 1933, when the Nazis set it on fire. It was restored after the war and in 1999, to celebrate unified Germany, received its now-iconic glass dome, designed by British “starchitect” Sir Norman Foster.
In addition to being visually and symbolically interesting, the dome is an energy efficiency wonder. It serves to both light and ventilate the parliamentary chamber beneath it. A cone covered in 360 funnel-shaped mirrors descends through the dome to reflect natural light into the chamber below. The mirrors also allow visitors inside the dome to see what is going on in the chamber below.
To avoid direct sunlight or unneeded heat, an electronic sun-shade is programmed to rotate around the dome to block the sun based on the season and time of day.
Air is ventilated out of the chamber through the center of the mirrored cone, where it passes through a heat recovery mechanism that collects remaining heat before the air leaves through a round opening at the top of the dome.
Three hundred square meters of solar panels on the surrounding roof, plus two combined heat and power units that run on German biodiesel, provide 82% of the energy for the Reichstag and surrounding buildings.
Waste heat is stored as hot water in a reservoir 300 meters below the building, and can be pumped up to provide heating in winter or power an absorption cooling plant in summer.
These innovative energy efficiency measures have helped reduce the building’s CO2 emissions from 7000 tons to between 400 and 1000 tons annually. The building itself is like a power plant for the government quarter. A beautiful and iconic landmark, the Reichstag dome is symbolic of the German government’s commitment to clean energy and environmental sustainability.
transatlanticenergy:

The Reichstag building in Berlin is the seat of the Bundestag, the lower house of the legislature. Originally built in 1884, it was heavily damaged during the infamous Reichstagsbrand of 1933, when the Nazis set it on fire. It was restored after the war and in 1999, to celebrate unified Germany, received its now-iconic glass dome, designed by British “starchitect” Sir Norman Foster.
In addition to being visually and symbolically interesting, the dome is an energy efficiency wonder. It serves to both light and ventilate the parliamentary chamber beneath it. A cone covered in 360 funnel-shaped mirrors descends through the dome to reflect natural light into the chamber below. The mirrors also allow visitors inside the dome to see what is going on in the chamber below.
To avoid direct sunlight or unneeded heat, an electronic sun-shade is programmed to rotate around the dome to block the sun based on the season and time of day.
Air is ventilated out of the chamber through the center of the mirrored cone, where it passes through a heat recovery mechanism that collects remaining heat before the air leaves through a round opening at the top of the dome.
Three hundred square meters of solar panels on the surrounding roof, plus two combined heat and power units that run on German biodiesel, provide 82% of the energy for the Reichstag and surrounding buildings.
Waste heat is stored as hot water in a reservoir 300 meters below the building, and can be pumped up to provide heating in winter or power an absorption cooling plant in summer.
These innovative energy efficiency measures have helped reduce the building’s CO2 emissions from 7000 tons to between 400 and 1000 tons annually. The building itself is like a power plant for the government quarter. A beautiful and iconic landmark, the Reichstag dome is symbolic of the German government’s commitment to clean energy and environmental sustainability.
transatlanticenergy:

The Reichstag building in Berlin is the seat of the Bundestag, the lower house of the legislature. Originally built in 1884, it was heavily damaged during the infamous Reichstagsbrand of 1933, when the Nazis set it on fire. It was restored after the war and in 1999, to celebrate unified Germany, received its now-iconic glass dome, designed by British “starchitect” Sir Norman Foster.
In addition to being visually and symbolically interesting, the dome is an energy efficiency wonder. It serves to both light and ventilate the parliamentary chamber beneath it. A cone covered in 360 funnel-shaped mirrors descends through the dome to reflect natural light into the chamber below. The mirrors also allow visitors inside the dome to see what is going on in the chamber below.
To avoid direct sunlight or unneeded heat, an electronic sun-shade is programmed to rotate around the dome to block the sun based on the season and time of day.
Air is ventilated out of the chamber through the center of the mirrored cone, where it passes through a heat recovery mechanism that collects remaining heat before the air leaves through a round opening at the top of the dome.
Three hundred square meters of solar panels on the surrounding roof, plus two combined heat and power units that run on German biodiesel, provide 82% of the energy for the Reichstag and surrounding buildings.
Waste heat is stored as hot water in a reservoir 300 meters below the building, and can be pumped up to provide heating in winter or power an absorption cooling plant in summer.
These innovative energy efficiency measures have helped reduce the building’s CO2 emissions from 7000 tons to between 400 and 1000 tons annually. The building itself is like a power plant for the government quarter. A beautiful and iconic landmark, the Reichstag dome is symbolic of the German government’s commitment to clean energy and environmental sustainability.
transatlanticenergy:

The Reichstag building in Berlin is the seat of the Bundestag, the lower house of the legislature. Originally built in 1884, it was heavily damaged during the infamous Reichstagsbrand of 1933, when the Nazis set it on fire. It was restored after the war and in 1999, to celebrate unified Germany, received its now-iconic glass dome, designed by British “starchitect” Sir Norman Foster.
In addition to being visually and symbolically interesting, the dome is an energy efficiency wonder. It serves to both light and ventilate the parliamentary chamber beneath it. A cone covered in 360 funnel-shaped mirrors descends through the dome to reflect natural light into the chamber below. The mirrors also allow visitors inside the dome to see what is going on in the chamber below.
To avoid direct sunlight or unneeded heat, an electronic sun-shade is programmed to rotate around the dome to block the sun based on the season and time of day.
Air is ventilated out of the chamber through the center of the mirrored cone, where it passes through a heat recovery mechanism that collects remaining heat before the air leaves through a round opening at the top of the dome.
Three hundred square meters of solar panels on the surrounding roof, plus two combined heat and power units that run on German biodiesel, provide 82% of the energy for the Reichstag and surrounding buildings.
Waste heat is stored as hot water in a reservoir 300 meters below the building, and can be pumped up to provide heating in winter or power an absorption cooling plant in summer.
These innovative energy efficiency measures have helped reduce the building’s CO2 emissions from 7000 tons to between 400 and 1000 tons annually. The building itself is like a power plant for the government quarter. A beautiful and iconic landmark, the Reichstag dome is symbolic of the German government’s commitment to clean energy and environmental sustainability.
transatlanticenergy:

The Reichstag building in Berlin is the seat of the Bundestag, the lower house of the legislature. Originally built in 1884, it was heavily damaged during the infamous Reichstagsbrand of 1933, when the Nazis set it on fire. It was restored after the war and in 1999, to celebrate unified Germany, received its now-iconic glass dome, designed by British “starchitect” Sir Norman Foster.
In addition to being visually and symbolically interesting, the dome is an energy efficiency wonder. It serves to both light and ventilate the parliamentary chamber beneath it. A cone covered in 360 funnel-shaped mirrors descends through the dome to reflect natural light into the chamber below. The mirrors also allow visitors inside the dome to see what is going on in the chamber below.
To avoid direct sunlight or unneeded heat, an electronic sun-shade is programmed to rotate around the dome to block the sun based on the season and time of day.
Air is ventilated out of the chamber through the center of the mirrored cone, where it passes through a heat recovery mechanism that collects remaining heat before the air leaves through a round opening at the top of the dome.
Three hundred square meters of solar panels on the surrounding roof, plus two combined heat and power units that run on German biodiesel, provide 82% of the energy for the Reichstag and surrounding buildings.
Waste heat is stored as hot water in a reservoir 300 meters below the building, and can be pumped up to provide heating in winter or power an absorption cooling plant in summer.
These innovative energy efficiency measures have helped reduce the building’s CO2 emissions from 7000 tons to between 400 and 1000 tons annually. The building itself is like a power plant for the government quarter. A beautiful and iconic landmark, the Reichstag dome is symbolic of the German government’s commitment to clean energy and environmental sustainability.
"But unlike Franzen’s belligerence about “society” having a deleterious effect on art or “the soul,” or Wallace’s paralyzing concern about the relationship between writers and their television screens, Smith’s work as both a critic and novelist invites her readers to celebrate the delicious and ever disastrous commingling of the world and the self. She blurs these borders in order to simultaneously honor and disparage art’s greatest article of faith-based flapdoodle: authenticity. It is a really neat trick."
Emily Keeler on Zadie Smith’s NW for The New Inquiry (via thenewinquiry)
laughingsquid:

A Time-Lapse Film of the Space Shuttle Endeavour Weaving its Way Through Los Angeles
vs-design:

Mercedes-Benz
ZoomInfo
deviantart:

Macsorro on deviantART is an L.A.-based pop surrealist artist. Riddled with symbolic imagery, irony, and imagination his work provides commentary on societal foibles. Primarily an artist who uses traditional mediums, Macsorro can also be found doodling in the digital realm on his iPad or iPhone. His detailed work moves easily between dark whimsy and dreamlike innocence. Arm yourself as you walk through his fantastical deviantART gallery.


let them weave lies through your mind that the symbols and images you fear are not from places you should know well. and find yourself- you will never. 
deviantart:

Macsorro on deviantART is an L.A.-based pop surrealist artist. Riddled with symbolic imagery, irony, and imagination his work provides commentary on societal foibles. Primarily an artist who uses traditional mediums, Macsorro can also be found doodling in the digital realm on his iPad or iPhone. His detailed work moves easily between dark whimsy and dreamlike innocence. Arm yourself as you walk through his fantastical deviantART gallery.


let them weave lies through your mind that the symbols and images you fear are not from places you should know well. and find yourself- you will never. 
deviantart:

Macsorro on deviantART is an L.A.-based pop surrealist artist. Riddled with symbolic imagery, irony, and imagination his work provides commentary on societal foibles. Primarily an artist who uses traditional mediums, Macsorro can also be found doodling in the digital realm on his iPad or iPhone. His detailed work moves easily between dark whimsy and dreamlike innocence. Arm yourself as you walk through his fantastical deviantART gallery.


let them weave lies through your mind that the symbols and images you fear are not from places you should know well. and find yourself- you will never. 
in case you were procrastinating on my page…how the fuck you think you gettin any opportunity like this by wasting time?
"In a recent study by Saleforce’s social performance management division, Rypple, some startling revelations came to light. Recognition, for example, was one of the key factors that employees felt were lacking at their profession. Nearly 70% of employees said they would work harder if they were better recognized for their efforts."

Money Is Not The Most Important Factor In Employee Motivation - Business Insider (via moneyisnotimportant)

aww dam on the 10 rephrased and re-worded questions on the applications i did earlier…i said i didnt care about having my work noticed. i’d keep doing it just as hard. fuck. i should’ve known. fuck squeaky wheels if the grease is over-indulging-bosses. i know what i’m capable of. watch what happens when i have a good year without the distraction of school, loosey gooseys ; ], and intoxicants…

criminalwisdom:

Art by benjamingarcia.

golf wang
been slappin it. so can we hop on mattress or…were you n vince just takin a break?
because i got on it yesterday.