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noordinarytravel · 4 years ago

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6 Reasons You Shouldn't Spend Too Much Time on Orbs

Hello again! Here we are mid-December and I can’t believe it. At first it felt like 2020 would never end…..now it seems we are heading into 2021 at warp speed. Not a bad thing really since this year really sucked.

Today I am going to talk about something else that sucks within the paranormal: orbs.

My Early Days

I have had an interest in the paranormal since I began having experiences in childhood. I heard and saw things other people couldn’t for as along as I can remember and, always a part of my life, it wasn’t a frightening thing. It just was what it was.

I first learned of orbs when I started reading and watching stuff about the paranormal but before I started ghost hunting. Then, when I started investigating the paranormal, orbs were the first thing I heard about. I heard about it from people that had been in the field, veteran investigators who seemed to know a lot about it. I thought “ok I need to keep an eye out for orbs!” I mean…..why would I question veteran investigators when I didn’t know a thing myself?

Over the Years

I don’t know what you heard or learned about orbs but for me is started out like this:

Orbs are a collection of energy;

Orbs occur prior to a manifestation; and

Orbs do not mean a manifestation will always occur, only that a manifestation may occur.

Later, I was taught a little more about orbs:

Orbs emit their own light (they are their own light source);

Orbs come in different colors and the colors have meaning;

White or light colored orbs were spirits trying to communicate;

Black or dark colored orbs were associated with negative or mean spirits;

Blue orbs were associated with an emotional situation; and

Red orbs were intense or even aggressive spirits.

I don’t recall who taught me what, and I don’t even recall all of the colors and their meanings anymore. I mean……..that was 20+ years ago. I never really bought into the color thing because there was really no way to confirm or verify it. I never had an experience that was orb-related and interactive enough for a long enough period of time to get sufficient answers to my questions to make a determination.

Then I Heard More About Orbs

Then investigators were claiming to see faces in orbs. Smiling faces, sad faces, whatever. Now at this point, I was shaking my head. Pareidolia…….DING! DING! DING!!! In case you are not familiar with pareidolia, it is seeing or hearing familiar objects, words, or patterns in otherwise random, nonsensical, or unrelated objects, patterns, sounds, or events. In other words, our brains try to make sense of something it does not, cannot recognize and we end up perceiving something else.

Why I Don’t Want to Hear About Orbs

I have learned over the years that sometimes people see orbs but really it is dust, moisture in the air, pollen, bugs, or hell……maybe even Tinkerbell. People send me photos on and off for my evaluation and I first pay attention to where they are.

Are they outdoors? Strike one. Being outside complicates things in a major way simply because there is so much that can be in the air that cannot by controlled or managed during the investigation. Smoke, fog, pollen, insects, etc. It just makes things way to messy to really give an thorough investigation and evaluation to determine if it is indeed an orb. I remember investigating at Pennhurst when they had huge composts heaps outside. Every flash of the camera revealed thousands of particles in the air.

Are there animals nearby or are there animals living onsite? Strike two. Pet dander can be a big issue when it comes to orb photos.

Does the photo include a window or mirror? Strike three. Dirty windows and mirrors are such an obvious thing but people miss it all the time. They think they see something in front of the window or mirror but is it? Hard to tell without a three dimensional image.

Are they in an old building? A prison, old school, a building with no windows? Strike four. All of these things introduce sources of contamination because of dust, flaky paint, insects, etc. I have been to some great places (i.e. prisons and jails, old schools and courthouses, historic homes and mansions, etc) and a lot of times they are not well maintained. When you are in a place like that, photos are easily debunked. If in doubt, throw it out.

Are there sources of light contamination nearby? Strike five. Passing headlights, camera flashes, flashlights, UV flash lights, and reflective surfaces are just a few of the things that need to be evaluated and debunked as possible sources. Remember that if you are near uncovered windows or if you are investigating a place near a street that many of your photos are subject to debunking.

Is there an air vent nearby? Strike six. Air vents are notorious sources of dust. Also, if someone kicks up dust nearby, the air vent can easily carry particles in the air if the air or heat is running.

What I Tell New Paranormal Investigators

The first thing I tell a newbie is to not get caught up in orbs. I don’t want to hear a thing about orbs unless there is something striking or unique (i.e. a ridiculously bright light emanating or movement in direct and repeated response to questions). To date I have never seen one that was striking or unique in any way. They have always hit one of my reasons to throw it out…….and so I do. Paranormal rule of thumb: when in doubt, throw it out.

Conclusion

Orbs are crap. There. I said it. There are too many things that can present as orbs and there is no one perfect way to determine yay or nay. Therefore, they end up being huge time wasters. Don’t get caught up in them because they will likely be thrown out if you have a high level of discernment and debunk thoroughly (as you should). If you have something that is striking or unique, feel free to share it. I would LOVE to be proven wrong.

Make this beautiful day count!

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groundbreaking-science · 8 years ago

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1.6 - Colour: From Source to Perception (part 1)

I hope you can find it in your heart to forgive this seeming tangent from our ongoing discussion of genki. There is a particular, wonderful subtlety of ki-sense that I wish to explain fully, and to do so requires a crash course in… well most of modern science, to be frank. You may be tempted to skip this section as I guess for many readers I’ll be tugging on those threadbare, unpleasant memories of high school (or memories yet to be made for you younger readers). In that case I hope you at least skim this section and feel encouraged to return as we progress. Some of the concepts I describe here will appear in modified forms throughout the rest of the textbook, and I would hate for you to miss what I believe are astounding parallels throughout the natural world.

I've been attempting to paint the appearance of genki for a while now to give you the impression of what the world looks like to me. I say attempt, not to appear cloyingly modest about my artwork (I am doing my best!), but to impress that portraying ki is extremely difficult with the limited visual palette alone. The images I've painted are an ugly mess of colour, I admit. In paint Pan appears an orange/brown, although I hope you could make out the colours were in fact red and green (and some yellow). With paint, colours run and mix. If you put every colour of the rainbow on a page the page appears a murky brown. In ki-sense this mixing doesn't occur however, and the colours stay bright and distinct.

There is more than just colour, too. A mix of senses and triggered memories contribute to ki signatures. Laughter, the sensation of spinning when dancing, dark chocolate… these are all images invoked when considering Pan's ki, and yet the sum of these ideas alone can not do her ki justice. These interpretations are subjective, of course. If I had never tasted chocolate I may have described her ki like sweetened coffee - bitter and sweet with great depth - and I would be just as close. The red elements of her ki are very much the “Son” family signature - lively, warm and fun. The green is more Videl's family, the cosy bitter chocolate definitely from her mother.

The question is then, why is there such a difference in perception between the colours as experienced by the eyes and colours through ki-sense? Why can't I differentiate every every colour of the rainbow if they're overlapping with my eyes but can with ki? To explain, we need to begin with light itself and how colour arises in the first place before moving onto the brain.

Colours of objects under different lights. My helmet looks black under blue light. Why is that?

Why is it that the helmet above looks orange in sunlight but black in blue light - why not a orange-blue mix? In a sense, the world does not truly have colour. Colour is subjective and lives in our mind and the mind can be fooled. Although, colour is not completely imaginary, the experience is triggered by something. That something is the energy of light, and so we should begin by understanding the nature and properties of light itself.

Light is a bizarre yet helpful phenomenon. We tend to think of light as a nebulous cloud of colour and brightness (or lack thereof) surrounding us. Like solid objects can be broken down into their smallest building blocks known as atoms (or a group of atoms joined together, a molecule), so can light. These little packets of light energy are known as photons. These photons have an energy, a direction of motion and a speed. The maximum speed light can travel is the “speed of light through a vacuum”, that is, the speed light travels through empty space, and is pretty fast - seventeen times around the Earth in one second. Photons travels a little slower though materials like glass, air and water - about a third slower though glass - but still in day to day life photon movement is practically instantaneous. Rarely is a photon by itself; the number of photons passing through a surface within a set period of time is known as the flux. The more photons emitted from (say) a flashlight, the brighter the light beam will be. Each of those photons has an associated energy and this energy the photon has is responsible for the photon's “colour”.

The different types of light given out by the Sun and their brightnesses. We've evolved to see the most abundant light as that's the most useful to humans.

Think of the rainbow and the order of colour contained within. Each of those colours has an associated energy running from low to high; red light has a low energy, violet a higher energy. In the grand scheme these energies are very close - violet light being approximately only double the energy of red light. Contrast that to “colours” of light we can't see, beyond the optical section of the light spectrum, that can be thousands of times more or less energetic than the light we can. Light that's beyond the red part of the rainbow has a lower energy than red and is known as infra-red light. We can't see this light, but we can sometimes feel it as heat. TV remotes work with infrared light. Microwaves and radio waves are other low energy kinds of light. Note - specific microwaves made from a microwave oven are dangerous because they are tuned to cause water to vibrate and therefore cook food, microwave light in general is not dangerous. Light that's beyond the violet part of the spectrum has a higher energy than violet light and is called ultra-violet or UV light. Some birds and insects can see this kind of light. As UV photons have lots of energy, they can be dangerous to life, meaning we have to protect ourselves from the Sun with sunscreen. X-rays and gamma rays are another type of high-energy light that are even more damaging without protection. Every one of these colours has a defined, specific energy of light associated with it.

The photon and wave analogy of light are equivalent. The number of wavelengths that pass per second is known as the frequency.

Thinking of light travelling as little balls called photons is a helpful way to map how light moves in straight lines and bounces off surfaces. But light can be thought of as a wave, too (and honestly, many of the particle-like behaviours of photons can be rewritten like waves, but we're not taking an undergraduate class in physics here). The kind of wave I'm describing is an oscillation, an up and down movement, like a ripple on a pond. The wave moves through a space and has peaks and troughs, and a height. What was previously modelled as a collection of photons can now be thought of as waves travelling through a space. The energy of the photon we had previously is now translated to the energy of the wave. Now, rather than hand-wavingly assigning an energy to a photon, we can describe this as a physical property of the wave. A high energy wave oscillates (moves up-and-down) faster than a low energy wave. As a light wave travels passed start a stopwatch - more peaks per second will pass you by with a high energy wave than a low energy wave. The number of peaks per second passing you is known as the frequency of light. As light travels at a fixed speed (through a defined medium) the logic follows that a high energy wave must have a shorter distance between peaks than a low energy wave. This distance between peaks is known as the wavelength. Energy, wavelength and frequency then, are all interchangeable concepts for light waves. Note: that the energy of the wave has nothing to do with the height of the wave (which you might expect), only the wavelength does. The height of a light wave - the amplitude - is a measure of intensity and is a little like talking about the photon flux leaving the end of the flashlight.

Science disciplines will commonly use the word describing light energy that is most appropriate for their work. In astronomy for example this is relative to the way the telescope works. Radio waves from space are picked up with tuned arrays of radio masts, so radio astronomers speak of the wave frequency. Infrared, visible and UV astronomers use telescopes with mirrors acting as lenses and talk about waves and wavelengths. X-ray astronomers need to capture their very rare high energy X-rays, so they speak in terms of the electron-Volts (a measure of energy) of individual photons. Just like astronomers using the most appropriate word for the context, I'll be doing the same with the words photon and light wave, and wavelength, frequency and energy. Just remember that they're interchangeable concepts - give or take some math.

A key point to note here. Two beams of light can exist where the individual photons (or light waves) have different energies and therefore colour, but each have a photon flux such that the total energy leaving both flashlights is the same. So the power, the energy leaving the flashlight per second, can be exactly the same, but the properties of the light completely different. Please store that information for later.

Light from the Sun looks white, or neutral to our eyes. However, white is not a colour with one corresponding wavelength. Instead we have evolved to see a combination of light waves matching daylight as neutral. As every child with a crayon set knows, the Sun's light is actually a rainbow of colours; we evolved to see what we call visible light as these are the most abundant wavelengths emitted from the Sun across its spectrum, and therefore the most useful light to be able to see. Unless something is very hot (like the old-style light-bulb filaments or glowing fire embers) or light is created from a chemical process within an object (like fireflies) it will not give off visible light, only reflect or scatter photons. The next question to ask then is how do we move from an entire rainbow of light in the environment to objects having individual colours in the world around us? What about an object chooses the colour it has?

To understand exactly how an object gets its colour we need to understand quantum mechanics and atoms. Not the entirety of quantum mechanics I hasten to add, but just enough of the ‘what's without the rigorous mathematical 'why's (though you're welcome to do further reading).

The world around is made of matter, “stuff”, atoms. These building blocks come in different types: hydrogen and helium are the two lightest types of atoms, we breathe in and use oxygen, our bodies contain lots of carbon. The number of particles called protons in the centre of the atom determines its type. Each proton has a positive electric charge of 1, and so the atom's centre has an overall positive electric charge. There are also neutrons, neutral particles in the centre that can vary by a few in number that help keep the atom's centre stable. Together, these particles make the atom's nucleus. To balance out the charge there are negatively charged particles called electrons surrounding the nucleus, an equal number of electrons and protons make a neutral atom.

In school textbooks you've probably seen cartoon pictures of electrons orbiting the nucleus much like the Moon orbits the Earth. This isn't strictly true. Electrons can be thought of like little ball particles, yes, but also as a wave (sound familiar?). If you recall waves, like ripples, have peaks and troughs. In particular, electrons bound to atoms are most easily thought of as a type of wave known as a standing wave. Standing waves happen when a wave has only a finite space to move backwards and forwards in. A string on a guitar is tied at both ends and so plucking it forces the ripple of the pluck to move left and right along the string, bouncing off the bridge and nut and sets up a standing wave. Around an atom an electron can be thought of as being stuck moving in a circle and so only particular shapes of wave are permissible.

The connection between standing waves and electron energy levels, giving rise to very specific energy requirements for electrons to move between energy levels in an atom.

A standing wave is so-called as for all intents and purposes it appears as though the wave is stuck still. Some parts of the wave move up and down by a huge distance, and at the midpoint (nodes) between these the wave does not move up or down at all. By construction the points where, say, a guitar string is fixed must be a node, too. In the simplest case a node would be at either end and the centre would move up and down. Remembering that one wavelength is the distance between two peaks with a trough between, then the distance between the two end nodes here is half a wavelength. In music this is known as the fundamental frequency and it is the lowest energy wave that will fit in the gap. You can add more nodes in the gap too, each an equal distance from each other to make waves with shorter wavelengths. The possible frequencies allowed for a standing wave in a space then are always going to be multiples of that fundamental frequency. This is why a plucked guitar string has a specific sound, the sound frequencies are related to standing waves and these higher so-called harmonics are multiples of that fundamental frequency (the first harmonic), making music sound in tune and rich.

Like with the guitar string, a similar process happens to an electron. If we treat an electron as a standing wave around an atom (with an equally spaced number of nodes along the electron's orbit) then there are only some specific frequencies and therefore some energies that an electron can have. What the fundamental energy an electron in an atom can have is, and what the subsequence harmonics are, is dependent on the type of atom and what other atoms are nearby (if the atom is combined in a molecule or metal for example). An electron can be in its so-called ground-state at the fundamental frequency, or with an injection of energy can jump to those higher harmonics or energy levels (a process called excitation). Those very specific varying energy levels an electron can have (or more precisely, the difference in energy between the energy levels) gives rise to an object's colour.

To prevent the inevitable letters I'd receive on this topic otherwise - yes, I am aware this is a simplification and that the subtleties of quantum mechanics mean there are more nuanced effects than a simple standing wave analogy can cover (like spin, the shape of the electron orbitals, the effect of filling the electron shells on available energy levels or those not-quite-forbidden states). But this is a fair first approximation and standard, classical harmonics will appear later in a different situation. I trust the interested reader will investigate for further information.

We now have white sunlight hitting an object. We know that objects reflect or scatter light and the light that bounces off an object will have a colour. I've just explained that the set of colours bounced back is governed by the very specific energy levels electrons in different atoms or molecules can have. The electron will interact with light in two ways depending on the light's energy - through either absorption or scattering.

Absorption and scattering, the two processes that happen to light dependent on the light's energy.

First, absorption. Look at the clothes you're wearing. There are probably one or more dyes on them. A dye is a complicated molecule that, crucially, has differences in electron energy levels corresponding to many different energies of visible light. An electron can move up an energy level if given energy to do so. That energy comes from photons. To be absorbed the photon must have precisely the correct energy to cover the energy gap between the levels (all of the photon must be absorbed) so the photon must be the right colour to cause the electron to jump up. This colour of light is then removed from the spectrum.

What about those colours that aren't quite right? Well, this light will probably still hit an electron as it passes through your clothes. But instead of being absorbed by the electron, the photon bounces off - the light is scattered. The maths of exactly how the light bounces depends on the shape of the fabric surface, how the electron is moving relative to the light and the chemistry of the dye. As clothing is really rough (it's no smooth sheet of glass), the light can be scattered in any number of directions. If your clothes were really smooth (say, a helmet) the light would bounce off in a similar direction allowing you to see a reflection. It is the scattered colours that we see.

Those remembering the laws of energy conservation may wonder what happens to the absorbed light. The jumped-up electrons now exist at a higher energy level, and to accept a photon of the same colour they need to drop down again. To do so they can lose that energy spontaneously, emitting energy in the form of another photon. The emitted photon won't necessarily be of the same energy, the same colour as the one absorbed (otherwise everything would still look white). Visible light is fairly high energy, so when an electron absorbs visible light, the electron jumps up a few levels in one step. When the electron loses energy again through emitting packets of light, the electron will take smaller steps on the way down the energy level ladder. As these are smaller and therefore lower energy steps, the light emitted will probably be in the infrared instead. We can't see infrared, but we can feel this type of light on our skin as heat. This is why black clothes, absorbing all the light and reradiating in the infrared, feel hotter coming inside from sunlight than white clothes that scatter most of the light.

This also explains our puzzle with my helmet at the start. Why does the orange turn black in blue light, rather than brown? Well, only the red part of the spectrum would be scattered by the helmet, the blue absorbed, so under blue light no visible light is scattered back for us to see.

We now have light of a particular set of wavelengths reflected in our direction. How do we go from wavelengths to a colour we understand?

next previous first contents ask?

#gohan #great saiyaman #physics #fanfic #dragon ball #groundbreakingscienceupdate

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szopenhauer · 5 years ago

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Have you ever worn those Drunk Goggles? never

Which decade before the 90s had the best makeup trends? I don’t know enough about make up to say

Can you agree to disagree, or usually get upset over conflicting views? get upset

Does it bug you when long socks are constantly falling down? when it slips inside my boot omg

Rodeos – entertaining, or cruel? cruel

Do you care what kind of toilet paper you use? nah

What color of roses do you find the prettiest? herbaciane

Which celebrity has the cutest butt? Abbi Jacobson

After a holiday, do you go to the store to get candy on sale? nope

Did Marilyn Monroe look better before or after cosmetic surgery? I don’t see a big difference

Bullfighters who get gored kind of had it coming, right? absolutely

Have you ever accidentally found porn when looking for something else? obvi

Do you draw fanart of anything? nope, just my OCs

What things have people shamed you for? sigh...

What device do you seem to always be buying batteries for? the only thing I ever buy batteries for are camera and flashlight

Are there any 'adult stores’ in your area? you mean sex shops? nah

Have you been inside of them/shopped there before? no

Do you watch The Masked Singer? just fragments

Favorite Alfred Hitchcock film? I’m not a fan of Aflred Hitchcock, I saw Birds only

Do you like Funko Pop figurines? meh

If so, do you have any? Which ones would you like to have? I don’t own nor want any

Which ones do you think they should make (but haven’t yet)? I don’t care

Have you ordered anything online today? I haven’t

Commonly asked question, but what was the last song you listened to? I listened to Momomoyouth’s songs

Are your hands warm or cold at the moment? warm

Do you own a teddy bear? Who gave it to you? plenty

Have you had any songs stuck in your head today? sure

Have you ever worn blue mascara? in middle school from what I remember

When you feel low, what is guaranteed to lift your mood? there’s no guarantee

Do you have any flowers in your garden? lots

Is there anyone from your past that you think about, from time to time? of course

What’s the weather been like today? cold

Did you change into other clothes after you got home? because of covid

What were some positive things about today? spending time with dad, getting a new hoodie, joking with my gf...

What were some negative things about today? some food issues, health issues, people related issues...

Rate today on a scale of 1-10. I don’t like rating things this way

I am presuming you are female, am I correct? you are

What month did you come into the world in? February

How easily scared are you? How easily shocked are you? I’m easily grossed out and anxious/worried/paranoid/overthinking etc.

You like the colour blue, don’t you? wouldn’t say so

What makes you irritated? shitload of stuff

Is it morning, afternoon, evening or night? night already

Is it sunny, cloudy, rainy or stormy? dark XD

Would you like to be able to learn how to control a submarine? what for?

From 1-10, how would you rate your cooking skills? 0

Do you notice the heat or the cold more? cold because I hate it, heat I sometimes don’t notice until I get burned :x

What hurts more scratches or bites? bites like a mosquito or dog?...

Do you prefer rabbits to mice? I prefer mice

Are you a sarcastic person? me? sarcastic? are you kidding? :P

Do you see the world in black and white, shades of gray or all colours? shades of grey

Noise or no noise when sleeping? noise until I fall asleep then no noise

Lights on or off when sleeping? lights on until I fall asleep then light off

When was the last time you did clay work/pottery? in middle school

If you had to choose would you prefer dull pain for 12hours or sharp for 2? dull pain, sharp pain would stress me out

Koala or Kangaroo? koala

Would you rather be a Model, Famous Scientist, Singer or Chef? scientist or singer, definitely not chef

Would you rather be a pilot, crime scene investigator or estate agent? crime scene investigator or estate agent I think Does making others happy really make you feel happy? yup

Did you ever swear at a teacher in school? Why? noooo

Have you ever wrote your own short story? bunch

What about a novel? Or herhaps you started and couldn’t finish? finished and published, started another

Would you rather have a big house, a lot of kids or a high flying job? I don’t need my house to be big, career or kids to be happy

Would you like twins? heck no

Do you know any twins? If so, what are they called? used to, personal

If you were given the choice to choose your childs gender, would you? if I wanted a kid then only a girl so...

Does the sound of knocking/tapping startle you? might

When was the last time you were in hospital? What for [if comfy saying]? but ER or stayed?

When was the last time you went to the dentist? last week

Are you happy with your social life? I’m fine without one

Are there a lot of graffiti around your neighbourhood? no What kinds of stuff do you have on your keychain? besides key I have a tiny house and a poop emoji Have you ever made something with your own hands that you’re proud of? more than one thing :3 Girls, do you ever just say “Fuck it!” and go without a bra? often Have you ever had a restaurant dish that was made with bugs? wtf, disgusting!

Do you ever compare your life to somebody else’s? If so, why? I don’t wanna talk or think about it right now Have you ever had a custom print done on a shirt? If so, what was it? I wish

What’s your highest level of education so far? 2 szkoły policealne Would you ever have a UV tattoo? nah Do you work better alone or in a group? dunno

Have you ever had a boyfriend/girlfriend who was depressed? yep

Would you be able to climb out your bedroom window to sneak out? not without breaking bones

Would you be embarrassed to buy pads/tampons/condoms? Which one more? condoms If a stranger went in your bedroom, would they be able to tell what gender you are from just looking at it? stereotypically because of plushies

If you were in a car accident would the last person you kissed care? she would

If you were looking for a new pair of shoes where would you go? depends

How much was the last pair of shoes you bought? 25 PLN

Would you be surprised if you saw the last person you texted smoking? :o

Does the smell of cigarettes and beer repulse you? both, yeah

Do you like sitting on the inside or outside of a restaurant booth? outside

Do you own a nightgown? I don’t think so

Do your grandparents know how to operate a cell phone? a little

Have you ever had sex or something like it? or smth like it lmfao

In a hotel do you always nose through all the drawers and cupboards? from what I remember

Do you always wear your seat belt? I do

Have you ever started to laugh but played it off as a cough successfully? maybe

Have you ever liked the lyrics of a band but hated the music? yeah and the other way around too

Does your bathroom have a window? small

Do you go somewhere to get your eyebrows done? I don’t do my eyebrows anyhow

When you were younger did you read the A Series Of Unfortunate Events books? loved it <3 want to collect it whole one day

Do you believe prayer really works? sigh...

Have you been on a date in the park? yup

Are there any diseases/health problems that run in your family? could say so

Do you have asthma? it seems

Have you ever had an embarrassing email address? sort of

Do you put shampoo in your left or right hand? ... left? Do you have a bull ring through your nose? I don’t have a septum

Do you and your dad get along? we’re best friends :)

Can you see your purse right now? several

When you get colds, do you use nasal spray to help get your nose unstuffy? nah

Do you actually like sneezing? nooo

Have you taken a shower yet today? not yet and my mom will get mad that I’m not asleep yet in 1... 2... 3...

Do you like hoodies? I do

Big ones or the form fitting kind? oversized

Do you wear polo shirts a lot? I don’t wear polo shirts

Did you ever actually have a rubber duck? I do

Are you one of those people who claim to live with no regrets? I have many regrets

Do you love your computer? I hate this shit!

Do you basically like all of your clothes? most of them

Do you shop mostly with your parents, your friends, or by yourself? by myself or dad mostly

Do you know anyone inside and out? it’s not possible

Have you learned anything depressing lately? I have Do you worry a lot, or are you pretty much carefree? worry 24/7 What kind of camera do you have? cellphone, Benq and some old tiny thingy I lend for my mom and she hidden it somewhere and now she can’t find it lol Was today good or bad, or has it just started? it was a neutral day, there were good and bad moments, mostly bad or neutral What is something you know you shouldn’t do, but do anyways? I don’t know anything for sure Ever broke something really expensive? luckily not Is photography one of your interests? kind of Have you ever hurt yourself just to get attention? sigh... Do you write ever write poetry just to get your feelings out? rarely What is a sad song that you like? I like a lot of sad songs

Last time you drank water? should do that now

Do you own any platform shoes? not currently, I miss my black platforms, it’s been almost 10 years

Are you adopted? am not Do you like scrapbooking? a bit Do you collect anything valuable? valuable to me Have you ever had a cat meow at you for 20 minutes straight? not that long Do you own a lava lamp? nope Do you know anyone with an bulimia or anorexia? used to Have you ever thought about stepping in front of a car? jumping in front of the car Have you ever laid down in the middle of the street? no When was the last time you used a public bathroom? noon When was the last time you went to the zoo? zoo or petting zoo counts too?

Who do you plan on having wheel chair races with when you grow older? I'll die before getting old Have you ever woken up and realized that yesterday really happened? yeah... Do you know anyone without a middle name? me and not only How much did your latest sunglasses cost? 3 PLN Are you talking on the phone right now? I’m not

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