this space available

Bombshell Photography UK PHOTOSHOOT DATES: I have 1 space on 2nd Feb at Creative Lounge, Bristol (discount available 💸), Sunday 11th March 2 spaces available at a gorgeous apartment in Bath, and 2 spaces available in Bristol on 7th March 📸

Contact me to book your photoshoot and get your New Year off to an amazing start 🍾 Affordable prices, hair & makeup always included, and everyone is welcome 🖤

Let’s Talk About Space!

It’s Thanksgiving time…which means you’re probably thinking about food…

Ever wonder what the astronauts living and working on the International Space Station eat during their time 250 miles above the Earth? There’s no microwave, but they get by using other methods.

Here are some fun facts about astronaut food…

Astronauts are assigned their own set of silverware to use during their mission (they can keep it afterward too). Without a dishwasher in orbit, they use special wipes to sterilize their set between uses, but it’s still better for everyone if they keep track of and use their own! So many sets of silverware were ordered during the space shuttle program that crews on the space station today still use silverware engraved with the word “shuttle” on them! So #retro.

You probably know that astronauts use tortillas instead of bread to avoid crumbs floating everywhere. Rodolfo Neri Vela, a payload specialist from Mexico, who flew on the space shuttle in 1985, introduced tortillas to the space food system. Back then, we would buy fresh tortillas the day before launch to send on the 8-10 day space shuttle missions.

We then learned how to reduce the water activity when formulating tortillas, which coupled with the reduction of oxygen during packaging would prevent the growth of mold and enable them to last for longer shuttle missions. Now, we get tortillas from the military. In August 2017, acting NASA Administrator Robert Lightfoot ate a meal that included tortillas from 2015!

Our food menu is mostly all made from scratch so it can meet the requirements of the nutrition team and ensure astronauts eat enough fruits and vegetables. The space station is stocked with a standard menu that includes a mix of the more than 200 food and drink options available. This ensures lots of variety for the station crews but not too many of each individual item.

The food is packaged into bulk overwrap bags, referred to as BOBs, which are packed into cargo transfer bags for delivery to the space station. Each astronaut also gets to bring nine personalized BOBs for a mission, each containing up to 60 food and drink options so they can include more of their favorites – or choose to send a few specific items for everyone to share on a particular holiday like Thanksgiving. As a result, the crew members often share and swap their food to get more variety. Astronauts also can include any food available at the grocery store as long as it has an 18-month shelf life at room temperature and meets the microbiological requirements.

Fresh fruit and vegetables are a special treat for astronauts, so nearly every cargo resupply mission includes fresh fruit and veggies – and sometimes ice cream!

The Dragon spacecraft has freezers to bring science samples back to Earth. If there is space available on its way to orbit, the ground crew may fill the freezer with small cups of ice cream or ice cream bars.

Some food arrives freeze-dried, and the astronauts rehydrate it by inserting a specific amount of hot or ambient water from a special machine.

Other food comes ready to eat but needs to be reheated, which crew members do on a hot-plate like device. We recently also sent an oven style food warmer to station for the crew to use. And of course, some food like peanuts just get packaged for delivery and are ready to eat as soon as the package is opened!

Our nutritional biochemists have discovered that astronauts who eat more fish in space lost less bone, which is one of the essential problems for astronauts to overcome during extended stays in space. In the limited area aboard the space shuttle, not all crew members loved it when their coworkers ate the (aromatic) fish dishes, but now that the space station is about the size of a six-bedroom house, that’s not really a problem.

Astronauts on station have had the opportunity to grow (and eat!) a modest amount of fresh vegetables since the first lettuce harvest in August 2015, with new crops growing now and more coming soon. Crew members have been experimenting using the Veggie growth chamber, and soon plant research will also occur in the new Advanced Plant Habitat, which is nearly self-sufficient and able to control every aspect of the plant environment! 

Growing food in space will be an important component of future deep space missions, and our nutritionists are working with these experiments to ensure they also are nutritious and safe for the crew to eat.

Thanksgiving in Space

The crew on the space station will enjoy Thanksgiving together. Here’s a look at their holiday menu: 

  • Turkey
  • Mashed Potatoes
  • Cornbread Stuffing
  • Candied Yams
  • Cran-Apple Dessert

Learn more about growing food on the space station HERE

Make sure to follow us on Tumblr for your regular dose of space:

the special boys 

(Btw you can find the lineart of this in the fresh, new @voltroncoloringbook v2 and color it for free!)

Don’t Take Up Spaces that Aren’t Meant for You

I go to use the elevator in a high rise building only to find a sign that says “Please ask security for access to this elevator”. A week ago, that sign wasn’t there. When I ask the security guard why the sudden change in policy, they said that people from other floors in the building had been abusing their access to the elevator and that they needed to lock it down. 

Let me make this perfectly clear: I could no longer independently access the only elevator available to take me to this part of the building because other people decided to use / abuse a space that was not meant for them instead of taking the stairs right next to the fucking elevator.

Here’s another example: In order to have access to an accessible room on a cruise ship, I have to submit a form stating that I do in fact  have a physical disability that prevents me from using a normal state room on the ship. I have to do this because able-bodied people have, in the past, been dishonest about the level of accessibility they require in order to have access to a larger stateroom without having to pay a premium.

How about this one: I go into the restroom of a massive convention center. Every single stall  in this restroom is empty except for the one handicapped stall in the back, which is being occupied by someone who does not need to use a handicapped stall. I now have to wait for that one person to exit the stall before I can use the restroom. Remember: This bathroom has 7+ other stalls that are built specifically to work for them, but they chose  to use the one space that is available to people like me.

Dear able-bodied people: Handicapped bathroom stalls, seating areas, staterooms, and elevators are not meant for you and you should not use them.

I do not care how big of a hurry you were in and how that elevator got you to where you needed to go faster. Because of you, I have to go find someone every time I need to use this elevator and if I can’t find them I GET NOTHING. 

To you, that cruise ship can house 2000+ people and you have an opportunity to get a massive stateroom at no extra cost if you’re wiling to fib a little. To me, that cruise ship has a capacity of around 12 (the number of accessible rooms on the ship) and if they’re all full, I GET NOTHING.

To you, that movie theater has four really great seats right in the middle that just happen to have a handicapped accessible sign on them. To me, that theater has four seats and if they’re all full, I GET NOTHING.

And let me address the bathroom thing in particular. I don’t give a flying fuck if the handicapped stall was the only one available. You should pretend like it doesn’t fucking exist and wait in line like everyone else. *

Don’t take up spaces that were not meant for you. Because everything but those few precious spaces were not meant for us. 

* Unless it’s literally the only stall in the bathroom or you’re about to absolutely shit yourself. Then it’s fine. 

🌟 Ten Magical Ways to Spruce Up Your Car 🌟

Originally posted by audiovisual-dept

🚗 Enchant your windows and mirrors so that you can pay more attention to the road and the other drivers around you!
🚗 Hang a protection amulet on your rear-view mirror (if legal) to keep you safe on the road.
🚗 Keep tiger’s eye in your car to protect you against accidents!
🚗 When you go to the car wash, visualize your car being cleansed at the same time!
🚗 Enchant your steering wheel for easy turns!
🚗 If you have to have a parking permit on your rear-view mirror or on your car, enchant it so that it will bring you luck in finding a good parking space that’s available!
🚗 Keep an ash leaf in your car for protection.
🚗 If you’re a secret witch, keep your magical items locked in the trunk of your car.
🚗 Enchant your car radio so you can always find good music to listen to while you drive!
🚗 Keep a talisman in your car to ward off bad drivers!

Regarding Fractals and Non-Integral Dimensionality

Alright, I know it’s past midnight (at least it is where I am), but let’s talk about fractal geometry.


If you don’t know what fractals are, they’re essentially just any shape that gets rougher (or has more detail) as you zoom in, rather than getting smoother. Non-fractals include easy geometric shapes like squares, circles, and triangles, while fractals include more complex or natural shapes like the coast of Great Britain, Sierpinski’s Triangle, or a Koch Snowflake.

Fractals, in turn, can be broken down further. Some fractals are the product of an iterative process and repeat smaller versions of themselves throughout them. Others are more natural and just happen to be more jagged.

Fractals and Non-Integral Dimensionality

Now that we’ve gotten the actual explanation of what fractals are out of the way, let’s talk about their most interesting property: non-integral dimensionality. The idea that fractals do not actually have an integral dimension was originally thought up by this guy, Benoit Mandelbrot.

He studied fractals a lot, even finding one of his own: the Mandelbrot Set. The important thing about this guy is that he realized that fractals are interesting when it comes to defining their dimension. Most regular shapes can have their dimension found easily: lines with their finite length but no width or height; squares with their finite length and width but no height; and cubes with their finite length, width, and height. Take note that each dimension has its own measure. The deal with many fractals is that they can’t be measured very easily at all using these terms. Take Sierpinski’s triangle as an example.

Is this shape one- or two-dimensional? Many would say two-dimensional from first glance, but the same shape can be created using a line rather than a triangle.

So now it seems a bit more tricky. Is it one-dimensional since it can be made out of a line, or is it two-dimensional since it can be made out of a triangle? The answer is neither. The problem is that, if we were to treat it like a two-dimensional object, the measure of its dimension (area) would be zero. This is because we’ve technically taken away all of its area by taking out smaller and smaller triangles in every available space. On the other hand, if we were to treat it like a one-dimensional object, the measure of its dimension (length) would be infinity. This is because the line keeps getting longer and longer to stretch around each and every hole, of which there are an infinite number. So now we run into a problem: if it’s neither one- nor two-dimensional, then what is its dimensionality? To find out, we can use non-fractals

Measuring Integral Dimensions and Applying to Fractals

Let’s start with a one-dimensional line. The measure for a one-dimensional object is length. If we were to scale the line down by one-half, what is the fraction of the new length compared to the original length?

The new length of each line is one-half the original length.

Now let’s try the same thing for squares. The measure for a two-dimensional object is area. If we were to scale down a square by one-half (that is to say, if we were to divide the square’s length in half and divide its width in half), what is the fraction of the new area compared to the original area?

The new area of each square is one-quarter the original area.

If we were to try the same with cubes, the volume of each new cube would be one-eighth the original volume of a cube. These fractions provide us with a pattern we can work with.

In one dimension, the new length (one-half) is equal to the scaling factor (one-half) put to the first power (given by it being one-dimensional).

In two dimensions, the new area (one-quarter) is equal to the scaling factor (one-half) put to the second power (given by it being two-dimensional).

In three dimensions, the same pattern follows suit, in which the new volume (one-eighth) is equivalent to the scaling factor (one-half) put to the third power.

We can infer from this trend that the dimension of an object could be (not is) defined as the exponent fixed to the scaling factor of an object that determines the new measure of the object. To put it in mathematical terms:

Examples of this equation would include the one-dimensional line, the two-dimensional square, and the three-dimensional cube:

½ = ½^1

¼ = ½^2

1/8 = ½^3

Now this equation can be used to define the dimensionality of a given fractal. Let’s try Sierpinski’s Triangle again.

Here we can see that the triangle as a whole is made from three smaller versions of itself, each of which is scaled down by half of the original (this is proven by each side of the smaller triangles being half the length of the side of the whole triangle). So now we can just plug in the numbers to our equation and leave the dimension slot blank.

1/3 = ½^D

To solve for D, we need to know what power ½ must be put to in order to get 1/3. To do this, we can use logarithms (quick note: in this case, we can replace ½ with 2 and 1/3 with 3).

log_2(3) = roughly 1.585

So we can conclude that Sierpinski’s triangle is 1.585-dimensional. Now we can repeat this process with many other fractals. For example, this Sierpinski-esque square:

It’s made up of eight smaller versions of itself, each of which is scaled down by one-third. Plugging this into the equation, we get

1/8 = 1/3^D

log_3(8) = roughly 1.893

So we can conclude that this square fractal is 1.893-dimensional.

We can do this on this cubic version of it, too:

This cube is made up of 20 smaller versions of itself, each of which is scaled down by 1/3.

1/20 = 1/3^D

log_3(20) = roughly 2.727

So we can conclude that this fractal is 2.727-dimensional.

God His Thighs - Theo Raeken x Reader

Pairing: Theo x Reader

Prompt: Theo Raekens abs!




“Why is he here?” You snarled angrily as you looked Theo up and down with distaste.

Scott sighed as Stiles nod in agreement. Liam however seemed less judgemental than usual, which you internally pouted about. Alec the newest member of the pack looked between you and Theo with curious eyes.

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the other day alana and i went to target and we parked in the farthest away possible parking spot. there were empty spaces for rows and rows. we were completely isolated in a sea of empty and available spaces… and somebody parked. right beside us.

95 — kim taehyung

drabble game: “car sex looks so much more easier in the movies.”

genre: humor, slightly mature

word count: 976

a/n: i can’t write smut for my life but wow would you look at me skipping straight to number 95 on the drabble game but ye,, enjoy this bc i sure did writing it lmao (this is also rly long?? godDAMN this is probably the longest drabble so far out of all i’ve written)

— kim taehyung x reader

Originally posted by kimthwriter

     TAEHYUNG HAD THE idea of going to a drive-in theater when you were in line queueing to get food the other day. Yes, it was a weird lightbulb moment, but Tae’s face lit up so brightly in a way that you couldn’t resist. So here you were, watching an insanely cheesy and crappy old black and white movie with your best friend.

Not that you had anything against black and white movie—in fact, you loved them—but the acting in this one was worth cringing over. Moreover, you didn’t know how Tae even found the place, but it sure wasn’t too popular seeing there were only about five other cars nearby.

“I’m bored,” you mumbled, putting your feet up against the dashboard. You looked over to Tae, noticing that he himself had yawned.

“Me too,” he agreed, clearly no longer paying attention to the movie. As he brushed his fingers through his hair, you noticed a look on his face, one that you knew all too well.

“Oh no—”

“Y/N.” Before you could get a chance to say anything, Tae’s all too familiar lightbulb moment face was shoved in front of yours. There was slight hesitation in his face, but another look passed by—the fuck it look.

“Have you ever had sex in a car?” If you were drinking you would’ve choked and spat it back out immediately.

“What?” You yelped, clearly taken aback.

“Come on. I’m bored and I don’t want to leave.” A slight blush crept over his cheeks. “I don’t want to seem rude.”

You rolled your eyes. You could easily say no, but something in the back of your mind was telling you otherwise.

“My best friend wants me to fuck him in his car.”

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