Thursday, July 30, 2015

"Fast food workers in NY just won a $15/hr wage. I’m a paramedic. My job requires a broad set of..."

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Fast food workers in NY just won a $15/hr wage.

I’m a paramedic. My job requires a broad set of skills: interpersonal, medical, and technical skills, as well as the crucial skill of performing under pressure. I often make decisions on my own, in seconds, under chaotic circumstances, that impact people’s health and lives. I make $15/hr.

And these burger flippers think they deserve as much as me?

Good for them.

Look, if any job is going to take up someone’s life, it deserves a living wage. If a job exists and you have to hire someone to do it, they deserve a living wage. End of story. There’s a lot of talk going around my workplace along the lines of, “These guys with no education and no skills think they deserve as much as us? Fuck those guys.” And elsewhere on FB: “I’m a licensed electrician, I make $13/hr, fuck these burger flippers.”

And that’s exactly what the bosses want! They want us fighting over who has the bigger pile of crumbs so we don’t realize they made off with almost the whole damn cake. Why are you angry about fast food workers making two bucks more an hour when your CEO makes four hundred TIMES what you do? It’s in the bosses’ interests to keep your anger directed downward, at the poor people who are just trying to get by, like you, rather than at the rich assholes who consume almost everything we produce and give next to nothing for it.

My company, as they’re so fond of telling us in boosterist emails, cleared 1.3 billion dollars last year. They expect guys supporting families on 26-27k/year to applaud that. And that’s to say nothing of the techs and janitors and cashiers and bed pushers who make even less than us, but are as absolutely crucial to making a hospital work as the fucking CEO or the neurosurgeons. Can they pay us more? Absolutely. But why would they? No one’s making them.

The workers in NY *made* them. They fought for and won a living wage. So how incredibly petty and counterproductive is it to fuss that their pile of crumbs is bigger than ours? Put that energy elsewhere. Organize. Fight. Win.



-

Jens Rushing  (via albinwonderland)

This times infinity.


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nitrogen: (18+)

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nitrogen:

(18+)


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anarcho-queer: ibetyourphysiquehelps: WHOA WHOA WHOA. excuse...

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anarcho-queer:

ibetyourphysiquehelps:

WHOA WHOA WHOA.
excuse me.
But the minimum wage is set for teenagers with first jobs/ college students TO GET EXPERIENCE. Because a higher paying job isn’t going to higher you unless ypu have experience. AND YOU GET THAT EXPERIENCE BY WORKING AT MINIMUM PAYING JOBS. and the higher paying jobs are harder jobs which is why they get more money.
If you raise the minimum wage, then companies wont have the money to pay more employees so they look for the people with the most experience…
So if companies can only higher people with experience and you dont have any because companies DONT HAVE THE MONEY TO PAY YOU??
well then you are never going to get a job.
And when the minimum wage goes up, the price of everything goes up.
And then we have the minimum wage earners complaining again.
So stop saying that the minimum wage needs to be raised because it doesnt.
What needs to happen is we need a better economy and thanks to obama, thats not going to happen for a while because obama doesn’t know what hes doing.
So if you want to make more money, get experience and a better paying job.

You’re a shitty economist buddy.

Less than 15% of minimum wage worker’s are teenagers (age 14-19), the rest are adults aged 20 and over (85.7%). So lets stop pretending that these jobs are meant for students. The economy is shit and unfortunately, people have to settle for low wages because the alternative often is unemployment.

Higher paying jobs doesn’t equate to ‘harder jobs’. Often, the higher a position is, the less labor you are required to do.

“And when the minimum wage goes up, the price of everything goes up.”

Inflation doesn’t necessarily work that way. Obviously, you’re just regurgitating the bullshit theories conservatives spew out while disregarding the statistics and history that proves otherwise. But since you’re using that argument, why not raise the minimum wage with the rise of inflation? Or productivity even?

If we had raised the minimum wage with the rise of productivity since 1968, it would currently be $21.72. In other words, we are creating far more and producing more profit for corporations, while being paid for a third of what we use to.

What do you have to say about that?

And raising the minimum wage to $10.10 will raise 1.7 million families out of poverty and reduce the need for them to use public assistance, saving the federal government $7.6 billion per year. Would you say you’re you against that?

The current federal minimum wage is $7.25. In none of the 50 states is that enough money to pay the average rent for a 2-bedroom apartment.

The minimum wage used to be able to keep a family of 3 above the poverty line. Now, the minimum wage can’t even keep a single parent working 40 hours a week, for an entire year without a single day off, above the poverty line.

When you raise the minimum wage, you’re putting more money into the pockets of the lower/working class. Their money is directly put back into the economy when the buy food, pay bills and generally spend their money. As oppose to higher paid people who have the luxury of saving their earnings. That means that businesses will generally make more money because the working class has more money to spend.

That’s my argument for raising the minimum wage, I would love to see your attempt to counter it.


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urbnite: Ribbed Midi Slip

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urbnite:

Ribbed Midi Slip


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Interview with John Bucknell about his Airbreathing nuclear thermal rocket design

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The first article about John Bucknell's AIAA paper is here.

The Nuclear Thermal Turbo Rocket - A Conceptual High-Performance Earth-to-Orbit Propulsion System by John Bucknell

A new propulsion concept called the Nuclear Thermal Turbo Rocket (NTTR) is proposed for Earth to Orbit applications. The NTTR utilizes a nuclear fission reactor to thermally heat hydrogen propellant into a rocket plenum. The rocket nozzles are located at the tips of a variable pitch thrust fan connected to the plenum by passages in the fan blades, and each nozzle is a linear aerospike on the trailing edge of the blade. The thrust fan is located in a duct such that the heated hydrogen propellant is combusted with ambient sourced oxygen to augment the rocket thrust. The fan is of variable pitch to provide maximum thrust for varying inlet velocity. The duct has a variable geometry inlet, able to provide appropriate mass flow and compression to the combustor throughout the trajectory, and a variable geometry outlet to provide appropriate nozzle area for maximum thrust. The rocket nozzles act as propellant injectors during the airbreathing portion and pure rockets during low atmospheric density portions, with the NTTR utilizing a single gas path from launch to orbital velocity. The propulsion concept is of high performance and is able to transport more than 50% mass fraction in a Single Stage to Orbit (SSTO) via an air-breathing rocket trajectory with intended complete reusability. Payload fractions of up to 19% are predicted (inert mass includes reactor radiation shielding) due to a mission average Specific Impulse (Isp) of 1,662 seconds

Here is information from an email interview with John Bucknell.




Question 1. Can you list out your modifications compared to older designs and experiments ?

Background to question 1 -
The NERVA experiments had an ISP of about 875, and the thinking was they could have been upgraded to 975
The Timberwind design (1987-91) in theory could reach 1000 ISP
And some current designs are at 925 ISP.
There were nuclear light bulb - gas core design open cycle design with ISP in the 3000 to 5000 range and closed cycle 1500-2000 ISP.

Answer 1 from John Bucknell
The pure rocket portion of the system is pretty conventional - I used an off-the-shelf design reactor (MITEE) with peak propellant temps limited to about 2200 deg C so as to limit fuel element erosion that starts at about 2500 deg C. Mass loss of the fuel element at 2750 deg C was a fraction of a percent per 100 hours of operation (ie not much). The Isp as a pure rocket is 890 seconds in vacuum. When in airbreathing mode the exit temp drops since so much more fuel is being pushed through the core - with around 1000 deg C propellant temps. So no exotic designs needed, it's the airbreathing that ups the Isp.



Question 2. Also, if Spacex gets reusable stages then how does yours reusable nuclear thermal rocket compare ?


Answer 2 from John Bucknell
As compared to SpaceX's reusability - same motivations. However, a SSTO can land, refuel and launch again whereas the F9R needs to be reintegrated. And the upper stage doesn't have the mass budget (yet) for propulsive recovery. But the big kicker is payload fractions - my design is only 15% of the GLOW of a F9R for the same payload (at the low end of estimates - top end is 1.5x payload), so the rocket is far simpler and easier to build. And bigger rockets generally have better payload fractions - so a scaled up version could get Saturn V sized payloads at still only 60% of the GLOW of a F9R.


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Central Taiwan Innovation Campus MOEA / Bio-architecture Formosana + NOIZ ARCHITECTS

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Mid-Taiwan Innovative Career Transition


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amazing.

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amazing.


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Wednesday, July 29, 2015

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Gallery: Palladio in Vicenza

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Philip Bond, an architectural photographer based in the US, recently made a trip back to the city of his birth: Vicenza. While there he took the opportunity to photograph a series of Andrea Palladio's most famous works, from the Palazzo Chiericati and the Basilica Palladiana, to the Palazzo del Capitaniato. The vast majority of Palladio's built works exist in the Veneto region of Italy in cities such as Padua, Verona, and Venice with the highest concentration in Vicenza, which was designated as a UNESCO World Heritage Site in 1994.


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9 ¾ Bookstore + Café / PLASMA NODO

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9 ¾ is a bookstore cafe specialized in children, but where adults can also have some fun.


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Why Landscape Designers Will Be Key to the Future of Our Cities

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For most people, spending time outdoors in well-designed public spaces is one of the highlights to city life. Why, then, do we spend comparatively little time and money on designing them? In this article, originally posted on Metropolis magazine as "Designing Outdoor Public Spaces is Vital to the Future of our Cities" Kirt Martin, the vice-president of design and marketing at outdoor furniture designer Landscape Forms, makes the case that landscape architects and industrial designers working in the public realm are key for our cities' health and happiness.


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Monday, July 27, 2015

Everything in its right place

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Winning Project for an Elevated Park in Chapultepec, Mexico

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Mexico City's exponential urban growth in the last decades has brought with it problems in terms of mobility, disorganized urban development and pollution. This has affected the connectivity of its roads and axes both physically and in terms of image. However, it has also provided important opportunities for urban and architectural interventions.


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Success is the only Option!Going Huge- a Gentleman’s Blog

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Success is the only Option!


Going Huge

- a Gentleman’s Blog


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the deeper you go the bluer the water gets

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the deeper you go the bluer the water gets


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House in Tama-plaza / Takushu ARAI Architects

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Site around this house is in a residential area that follows the old, lined residential with a relatively large site. However, in recent years, by subsequent generations or land prices soaring, large grounds of the original is fragmented, and it began to replace the three-story house, so different housing group sizes and height it had mingled. This plan site also is divided in half is similarly original site, As a result, the frontage of about 6M, became a long site shape in the back.


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bluedragoncuzyousuck: fit-fuel-injected:official-sciencesideoftu...

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bluedragoncuzyousuck:

fit-fuel-injected:

official-sciencesideoftumbler:

thatmlc:

queenofcorgis:

opal-porn:

Ethiopian opal geode

egg

egg

Egg

Egg

Egg


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Unfossilized

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How to plan the ultimate long-term project, from the team who got us to Pluto

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Fast Company has a fascinating post on long-term project planning from the New Horizons team. One thing you don’t expect when planning a nine-year mission to the most distant planet in our solar system is the eventuality that Pluto might not be a planet once you got there. Yet that’s exactly what went down in […]
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Sunday, July 26, 2015

See How a Brooklyn Artist is Creating a Miniature Scale-Model of a Gothic Cathedral from Scratch

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Ryan McAmis, an artist from Brooklyn, New York, is designing and building a miniature, scale model of a late Gothic Italian Cathedral, recreating everything from the stained glass windows to the vaulted ceiling, wall tombs and paintings. He first creates the pieces from a variety of materials, ranging from hand scribed brickwork on treated paper, to clay and wood. He then combines the materials together and creates a silicon mold, casting each piece in white plastic to be hand painted later. See more photos and read about his process after the break.


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air-everything: Had to share this @WeHeartIt...

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air-everything:

Had to share this @WeHeartIt http://ift.tt/1Jn0d8o


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Saturday, July 25, 2015

Direct Thrust Measurements of an EMDrive and Evaluation of Possible Side-Effects

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The Emdrive has been proposed as a propellantless space propulsion.

NASA had investigated and found measurable propulsion.

Now German researchers Emdrive experiments have eliminated other possible sources of error and still measure a small (20 micronewtons) of propulsive force.


There is a lot of discussion of the Emdrive experiment on the NASA space flight forum.

Cavity Length(m) = 0.0686
Big Diameter(m) = 0.0541
Small Diameter(m) = 0.0385
Dielectric = None
Frequency = 2.44Ghz
Input Power = 700w (output of magnetron)
Pressure = 4×10^-6
Q = 20.3 (seems like this was measured and calculated after they finished all reported testing)
Force (milliNewtons) = 0.02 (20 micronewtons)

Martin Tajmar has looked at other possibile alternative space propulsion approaches.

* He looked at using "negative matter" from a theoretical perspective -- theoretical because of the difficulty of producing such a substance, which is not as easy as simple antimatter.

* He has investigated claims of "electrostatic torque," a twisting force meant to occur between charged spheres, and found the supposed anomaly was due to a slight asymmetry in the experimental setup.

* He experimented to look into claims of gravitational shielding with spinning superconductors. This led to a better understanding of sources of error in high-precision gyroscope measurements. These are cases where an apparatus apparently producing small anomalous forces needed to be examined closely.

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