#opera singer memes | Explore Tumblr posts and blogs

chowplanet · 11 days ago

Text

So I'm going to make another rant this time for Jackie Bouvier Kennedy Onassis. Enough with the corny, "she eats metal sheets," meme of Jackie. Okay, we all know she wasn't super gorgeous like Jessical Alba or Scarlett Johansson level, I get it. Jackie's teeth does remind me she drank coffee and smoked a lot. This lady has been through so much in her younger years. She lost three children before JFK's assassination. If JFK Jr. died before his mother on the plane accident she would have witnessed four of children's deaths. We all know she grew up rich and privileged, so she isn't "relatable" like Marilyn Monroe. This doesn't mean Jackie Kennedy never dealt with problems growing up. There are rumors that she was possibly a racist all because she didn't liked her wedding dress which designed by a black woman, but how come no one is mentioning Jackie invited a black female opera singer to the white house to perform when the black female opera singer was struggling financially? I know it's Marilyn Monroe's cult worshippers dissing and roasting Jackie Kennedy on a daily basis. But let me tell you this Jackie Kennedy had the right to be upset at both her husband (JFK) and Marilyn Monroe. It takes two to tango and Monroe knew he was a married man. Sophia Loren, Barbara Eden (I dreamed of Jeannie), Trippi Hedren, Olivia De Havilland, and Jean Simmons all rejected or decline JFK because they were aware he was married. He wanted to hook up with them, and those ladies all turned him down. So please do not come to me by saying Marilyn Monroe was 100% a victim when clearly she wasn't forced to have an affair with the president and his married brother (RFK). I also want to give Jackie major props for telling Marilyn Monroe on the phone since she kept on calling the White House and bragging to Jackie that she was going to steal her husband. Jackie didn't backed down nor was intimidated. She hold her posture by telling Monroe she can move in to deal with the problems while she moves out and does not have to deal with being a Kennedy wife or a first lady anymore. I say Jackie was ballsy. That was so gangsta of her. That was one bad ass first lady besides Eleanor Roosevelt and Dolly Madison. This woman has to witness her husband getting shot right next to her while her pink suit is dreaded with his blood and his dead body on her lap all the way from Dealey Plaza to Parkland Hospital. After that she has to take care of two children. She has to move out of the White House very quickly around the Thanksgiving holiday. So people saying she isn't strong enough or smart enough (Jackie spoke five different languages) is absurd. I don't think some people would be in Jackie's shoes especially the ones who are saying she wasn't a strong woman. People are also going in on her because she wasn't some kind of a Hollywood actress like Monroe. I don't think Jackie ever gave a (bleep). She didn't care about that Hollywood lifestyle, nor she cared Marilyn is a Hollywood icon. One thing for sure Jackie is not going to kiss certain people's butts just because they have that title. I like her punk attitude that she didn't care for celebrity worship culture. People are really giving Marilyn a pass because she was a blonde and blue eye Hollywood legend. Enough is enough. JFK and Marilyn were wrong. Jackie could have been killed on November 22, 1963. She was right there next to her murdered husband. And no one seems to care because she wasn't "hot and fine" enough. It is crazy to find out the last thing JFK saw was his wife's face before before getting shot in the head. Hopefully in the afterlife he thought about the things he put Jackie through here on earth. That he really had a good woman in his life. Sad just sad.

And by the way, I've noticed people are mocking JFK's death more often compared to Abraham Lincoln. I don't know because Lincoln is more respected (which I love how he is still respected to this day) or is because some enviousness is going on around here. Whatever it is stop with the corny JFK's jokes about his head exploded. Idk but it's giving jealousy and envy. Maybe it has something to do with he hooked up with Marilyn and other people wish they were in his position to do so. Whatever it is, stop with the mad corny jokes it isn't even funny. I'm talking to you Reddit users, TikTok, YouTube, and Instagram users.

31 notes · View notes

homunculus-argument · 1 year ago

Text

It's funny how you never really realise how different family cultures can be before you see how other people live at home. And I don't even mean in some serious "wait, you guys aren't abusive? y'all live like this?" sense, but just the way you don't really see that your family Has A Thing before you notice that nobody else really does that.

Like I was aware that nobody else's family has both kids taking singing lessons and genuinely considers going to the opera to be a fun activity to do together, but I hadn't really considered how Really Into Music my family was before the first christmas I spent at my boyfriend's place. I showed him a meme referencing a song that he didn't recognise, and refusing to believe that he'd never heard it at all, I started softly from the lyrics referenced - well it goes like this, the fourth, the fifth-

And their family dog came to us wide-eyed, looking at me like "dude what the fuck is that, what is the sound you're making." Not being much of a singer anymore after I lost my singing voice, I have no delusions that my take on Hallelujah could have the demigod wizard power to put animals into awe, I immediately put together that there are families where the pets have never heard a person singing irl.

Before meeting my boyfriend's family, it had never crossed my mind that there are homes where the men will just have whole educated conversations about military equipment. He still seems pretty sure that army stuff was some sort of a Prohibited Subject in my childhood home because of how much my dad hated his own time in service, instead of considering the possibility that the subject just never came up unprompted, because most people and their families are simply not that into army stuff at all.

363 notes · View notes

radioactiveradley · 5 months ago

Text

By popular (???) request, based on the outcome of this poll.

A WARNING: you guys really did pick the most complex one. This is loooooong. A DISCLAIMER. This is a silly little lesson aimed at folks who know sod-all about MRI. There are memes. There is (arguably) overuse of the term ‘big chungus’. If you are looking to delve deeper into the mysteries of K-Space, this is not the Tumblr post for you.

So, without further ado...

Today I am introducing you to my one true love. The legend. The icon.

Ferromagnetic material loves him. Claustrophobic people fear him.

Yeah, that’s right – we’re talking about the big boom-boom sexyboy magnet machine, hereby known as Big Chungus.

Aka...

MAGNETIC RESONANCE IMAGING

First off, though? Let’s start small.

Very, very small.

Meet HYDROGEN.

The nucleus of this element is made up of a single proton, which has a magnetic dipole – i.e., it acts like a tiny bar magnet.

Hydrogen is also a component of water. As we all know, we’re basically walking sacks of goop – meaning that Hydrogen is abundant throughout our bodies.

Therefore, when we stick you in a strong magnetic field… say, within our friend Big Chungus… we can manipulate all those tiny Hydrogen atoms in a variety of fun ways.

Under normal conditions, all your Hydrogen protons are pointing every-which-way.

But in Big Chungus, there is a strong longitudinal magnetic field that travels along the Z-axis of the machine. So, all your teeny tiny Hydrogen protons swivel to align with that field!

If a proton’s energy is LOWER than that of the longitudinal magnetic field (a majority), they will align PARALLEL with the field. If their energy is HIGHER (a minority) they will align ANTI-PARALLEL.

As most of the protons align with the longitudinal magnetic field, the net magnetisation vector within the human body is also longitudinal! This is called the thermodynamic equilibrium – the resting state for all those li’l protons when your body is within Big Chungus.

(You won’t feel any different, btw! We’re flipping a bunch of teeny-tiny bits inside you, but you won’t feel a thing!) (You might do later, when we activate the Gradient coils. We’ll….. get to that)

But, while all of this is very cool, it gives us no actual information. We gotta play some more with your protons - which brings us to arguably the most important concept in MRI. I mean, it’s literally in the name!

Let’s go back to our Hydrogen protons.

We’ve established that they’re all pointing in different directions. But they’re not just sitting still. They’re spinning and wobbling all over the shop.

We call this rotational wobbly movement precession.

In their natural state, these protons all precess at different speeds. When we subject them to Big Chungus, as well as all lining up neatly with the magnetic field, they all start to precess at the same speed.

However, their magnetic North will be pointing to different points at any given moment. Imagine two clocks, both of which are ticking at the same rate, but which have been set to read different times.

This is where magnetic resonance comes in.

In addition to the homogenous longitudinal magnetic field provided by Big Chungus, we also create an oscillating magnetic field in the transverse plane by using a radiofrequency (RF) pulse. We can tune that oscillation to the ‘resonant frequency’ of Hydrogen atoms.

Every molecule capable of resonance has its own specific frequency. We use a funky equation called the Larmor Equation to work this out, or, as I like to call it, W, BOY!!!

(The weird ‘w’ is the resonance frequency; the weird ‘Bo’ is the magnetic field strength, and the weird ‘Y’ is the gyromagnetic ratio of each particular element.)

So, we know exactly at what frequency to apply that RF pulse to your protons, to achieve resonance!

But what is resonance?

In acoustics, a ‘resonant frequency’ is the frequency an external wave needs to be applied at in order to create the maximum amplitude of vibrations within the object. Like when opera singers shatter glass with their voice! They’re singing at the resonant frequency of the glass, which makes it vibrate to the point where it compromises its structural integrity.

A similar concept applies in magnetic precession, with, uh, less destructive results. We’re not exploding anything inside of you, don’t worry!

(We do explode your innards accidentally in Ultrasound sometimes, via a different mechanism. But you’ll have to ask me more about that later. >:3)

To put it simply, magnetic resonance is the final step in getting those protons to BEHAVE. Now, the clocks have been corrected so their hands move at exactly the same time, in the same position. The protons are precessing ‘in phase’. Yay!

This creates transverse magnetisation, as the magnetic vectors of all those protons (which, remember, act as bar magnets) will swing around to point in one direction at the same time.

But the cool thing about resonance? It also allows the protons to absorb energy from the RF pulse.

(Do NOT ask me how. Do NOT. I will cry.)

And remember how the higher-energy protons flip anti-parallel to the longitudinal magnetic vector of Big Chungus, while the lower-energy protons are aligned parallel? And because we have more low-energy protons than high-energy protons, our body gains a longitudinal magnetic vector to match Big Chungus?

Zapping those protons at their resonant frequency gives 'em energy (a process known as ‘excitation’, which I love, because I get to imagine them putting little party hats on and having a rave).

So, loads of them flip anti-parallel! Enough to cancel out the net longitudinal magnetic vector of our bodies – despite the best efforts of good ol’ Chungus!

(Keep trying, Chungus. We love you.)

Our protons are as far from our happy equilibrium as they can possibly be. We’ve lost longitudinal magnetisation, and gained transverse magnetisation. Oh noooo however can we fix this ohhhh noooooo

Simple. We turn off the RF pulse.

Everything returns to that sweet, sweet thermodynamic equilibrium.

Longitudinal magnetisation is regained. I.e., the protons realign with Big Chungus’s longitudinal magnetic field, with the majority aligned parallel rather than anti-parallel.

This is called SPIN-LATTICE RELAXATION.

‘T1 time’ is the point by which 63% of longitudinal magnetisation has been regained after application of the RF pulse. A T1-weighted image shows the difference between T1 relaxation times of different tissues.

And, without that oscillating RF pulse, we lose resonance – the protons fall out of phase randomly, due to the delightful unpredictable nature of entropy, and Transverse magnetisation reduces.

This is called SPIN-SPIN RELAXATION.

Or, if we’re feeling dramatic…

‘T2 time’ is the point by which 37% of the transverse magnetisation has been lost. A T2-weighted image shows the difference between T2 relaxation times of different tissues.

(Spin-spin is objectively a hilarious phrase to say in full seriousness when surrounded by important physics-y people. However, a word to the wise: do not make a moon-moon joke. They are not on Tumblr (present company excluded). They will not understand. You will get strange looks.)

But remember how resonance lets our protons shlorp up that sweet, sweet energy from the RF pulse? Well, in order to get back to thermodynamic equilibrium and line up with Big Chungus again, they have to splort that energy back out.

This is why we stick a cage over the body part we’re imaging. That cage isn’t a magnet, or a way of keeping you still – it’s a receiver coil.

It picks up the RF signal that’s given off by your innards as they relax from the intense work-out we just put them through. How cool is that??

The amount of time we wait between applying the RF pulse and measuring the ‘echo’ from within your body is called the ‘ECHO TIME’, or ‘TE’ (because we didn’t want to call it ET).

(yes, we’re cowards. Sorry.)

We also have ‘REPETITION TIME’ or ‘TR’ – the amount of time we leave between RF pulses! This determines how much longitudinal magnetisation can recover between each pulse.

By manipulating TE and TR, we can alter the contrast (i.e., the blacks and whites) on our image.

Areas of high received signal (hyperintense) are shown as white, while areas of low received signal (hypointense) are shown as black. Different sorts of tissue will have different ratios of Hydrogen-to-other-shit, and different densities of Hydrogen-and-other-shit – ergo, some tissue blasts out all of its stored energy SUPER QUICK. Others give it off slower.

A T1-weighted image has a short TR and TE time.

Fat realigns its longitudinal magnetisation with Big Chungus SUPER QUICK. This means, on a T1-weighted image, it looks hyperintense. However, water realigns its longitudinal magnetisation with Big Chungus slooooowly. Therefore, on a T1-weighted image, fluid looks hypointense! Ya see?

A T2-weighted image has a long TR and TE time.

The precession of protons in fat decays relatively slow, so it will look quite bright on a T2-scan. But water decays slower, and therefore, by the time we take the T2 image, fluids within the body will be giving off comparatively ‘more’ signal than fat – meaning they’ll appear more hyperintense!

If we have a substance with intrinsically long T1 and T2 values, it will appear dark on a T1-weighted image and bright on a T2-weighted image, and the same in reverse. If a substance has a short T1 value and a long T2 value, it will appear relatively ‘bright’ on both T1 and T2-weighted images – i.e., fat and intervertebral discs.

As every tissue has its own distinct T1 and T2 property… we can work out precisely what sort of tissue we’re looking at.

When we build in all our additional sequences, this becomes even clearer! This is why your MRI scan takes sooooo long – we’re running SO MANY sequences, manipulating TR and TE to determine the exact T1 and T2 properties of various tissues within your bod.

There is, however, a problem.

The RF signal given off by each proton doesn’t shoot out in a handy-dandy straight line. Meaning, we have no idea where the signal is coming from within your body.

Enter our lord and saviour:

THE GRADIENT COILS.

(Shim coils are also very important – they maintain field homogeneity across the whole of Big Chungus. While Big Chungus wouldn’t need them in a perfect theoretical scenario… reality ain’t that. Big Chungus’s magnetic field is all wibbly-wobbly, so we use Shims to keep everything smooth! That’s all you need to know about them. BACK TO THE GRADIENTS.)

There are three of them, wrapping around each of the three planes of your body. When these activate, they cause those epicly eerie booming noises, characteristic of a Big Chungus ExperienceTM.

youtube

The Gradient coils are also what causes those weird tingling sensations you get in an MRI machine – which, don’t worry, aren’t permanent! Your nerves just go ‘WOAHG. THASSALOT OF MAGNET SHIT. HM. DON’T LIKE THAT.’ But they’ll calm down again once you’re freed from Big Chungus.

The gradient coils cause constant fluctuations in the magnetic field across all three dimensions. They activate sequentially, isolating one chunk of your body after the next.

As these fluctuations cause variation within the signal received, we can look at how much THAT particular signal, received at THAT particular number of milliseconds after an RF pulse, varied when THAT particular gradient was activated, in comparison to when THAT OTHER gradient was activated.

For every single bit of signal output.

That gives us A WHOLE LOTTA DATA.

^ imagine this, but the cupboard contents is just. data.

Way too much data, in fact, for our puny human brains to comprehend – so obviously, we feed it to an algorithm.

K-space is a funky computational matrix where all this info gets compiled during data acquisition. Once we’ve finished the scan sequence and have all that yummy raw data, it can be mathematically processed to create a final image!

Just like that. Simple, right?

TL;DR

You are full of Hydrogen.

Hydrogen nuclei (protons) are basically tiny magnets

These tiny magnets are orientated completely randomly, with ‘North’ pointing in all directions

We stick billions of these tiny magnets (i.e., you) into a mahoosive magnet (i.e., Big Chungus)

All the tiny magnets flip around to align with the longitudinal magnetic field of Big Chungus

High energy protons = antiparallel Low energy protons = parallel

As you have more low energy protons than high energy protons in your body, the net magnetic vector of your body is longitudinal – just like Big Chungus!

All your protons are spinning and wobbling (precessing) at random rates

We use an RF pulse, tuned to the Resonance Frequency of Hydrogen, to make ‘em precess in phase (wobble at the same time, all pointing in the same direction at once). This creates a Transverse magnetic vector.

This in-phase precession is ‘Magnetic Resonance’

Magnetic Resonance means the protons can absorb energy from the RF pulse

Now there are more high energy protons within your body! They flip antiparallel, and the net longitudinal magnetic vector of your body decreases.

We measure the time it takes for the high-energy protons to release that energy and return to alignment with the net magnetic vector of Big Chungus (Spin-Lattice Relaxation / T1 recovery)

And the time it takes for the precessing-in-phase protons to Quit That Nonsense and all start wobbling in random directions again (Spin-Spin Decay / T2 recovery)

Each tissue within your body has a different composition & density of Hydrogen atoms – which means each tissue within your body has a unique T1 & T2 recovery time

By measuring the signal at different times (TE) and by varying the frequency with which we apply RF pulses (TR), we ‘take pictures’ that show variations in the amount of signal these tissues are giving off. The signal is caught by the large radiofrequency receiver coils we put over you when you enter the machine.

Because the signal given off during recovery/decay blasts out in all directions, we don’t know exactly where it originated within your body.

Gradient coils are arranged across X, Y, and Z axes throughout the gantry of Big Chungus. They cause tiny fluctuations in the magnetic field, in sequential chunks throughout space. This is the booming noise you hear when you’re in the machine.

These tiny fluctuations cause variations in the signal we receive, depending on how close the signal is to the activated gradient coil. All this data is compiled in a magical computational matrix called K-space. A funky algorithm then decodes those variations and couples them up with the strength of the signal to give us 1) How much signal is being blasted out at that particular moment 2) Where exactly that signal comes from within your body, according to the 3D map produced by the gradient coils

It then represents these values with a pretty picture!

Tl;dr tl;dr:

#mri #magnetic resonance imaging #medblr #studyblr #physics #medical imaging #radiography #radiology

59 notes · View notes

historianroo · 10 months ago

Text

a short list of historical figures who were queer: because I need people to understand that queer people have always been here.

with sources, because I am, after all, a historian.

Most of these figures are musicans, it is because I am studying to be a historical musicologist (basically a music historian).

Leonard Berenstein– (1918-1990) Composer, conductor, musician. Known for his musical West Side Story. Most likely a gay man, perhaps bisexual. While there are plenty of letters and first hand confirmations that exist, this Guardian article conveys the information well enough.

Pytor Illich Tchaikovsky– (1840-1892) Russian composer, best known for his ballets: Swan Lake, and the Nutcracker, as well as his 1812 Overture, which features canon fire (and has become a meme on Tumblr). A gay man, as confirmed by multiple historians that have dedicated their life to his research, and by me, who spent a few weeks translating letters that talk about his love for men and his fear of what that would do to his life. This article talks about John Wiley (a historian) had to say about it.

Benjamin Britten– (1913-1976) Known for his vocal compositions, if you are an english classically trained vocalist you know Britten's compositions. Known especially for his War Requiem and his opera Peter Grimes. He and fellow musician Peter Pears had a long lived relationship. This article speaks about it more.

Ethel Smyth– (1857-1944) A lifelong disrupter, demanded (rightly so) for people to listen to her music in a time where women were not given the space to compose. A lesbian who fought for the right for women to perform and be a part of orchestras and conductor her own works when women conducters were few and far between. This article, written by a woman, speaks on her life well.

Francis Poulenc– (1899-1963) A Parisian man with a marked love of mostly men, but did father one daughter and dedicated a few compositions to her mother. This article speaks well on his love.

Alan Turing– (1912-1954) A gay icon of mine, Turing was a British Mathmetician and codebreaker who you have to thank for your phone and for the earlier end of the second World War. This article speaks about his life, as well as the film Imitation Game (2014) discusses it to some extent.

Freddie Mercury–(1946-1991) The beloved lead singer of the band Queen was a notourious queer icon, who had many love affairs with men but did say that he loved one woman when he was younger, for this reason, I will not say whether he was bisexual or gay. But a queer icon nonetheless. This article discusses the topic.

David Bowie– (1947-2016) A performer I have always loved and dearly miss, who is known for his bisexuality and fantastic outfits. This Billboard article discusses his sexuality. But it is important to note, that he came out as gay first, and then bisexual, which does not mean he was changing his mind or wanting to conform, but instead was becoming more comfortable with his own sexuality as he aged, something that should be a more generally accepted thing.

Leonardo da Vinci– (1452-1519) While there are guesses about this mans sexuality, it is generally believed and agreed upon that he was at least queer. While more research must be done, this article speaks on the subject well enough.

There are plenty more that I could talk about and that I want to talk about but that would take so long.

The most important thing: Queer people have always been here, and they are amazing and beautiful and deserved so much better than what history gave them.

Please reply with more (and sources) if you have them.

#queer history #queer #historians will say they were close friends #history #i cried while working on this #because this means so much to me

52 notes · View notes

maria-ruta · 4 months ago

Note

💐🎵 for veronica?

link to questions meme

💐 BOUQUET - create a bouqet for them! what do those flowers mean? are any of the flowers their particular favourite?

I'm not a flower expert and don't know too much about the flower meanings but,,,

I guess you could always go with Rose/s for Veronica! since she is a toreador and it's their clan symbol

she is pretty much like rose - pretty but has sharp torns and all that

BUT you could also give her Queen of the Night, because wouldn't THAT be such a flattery hoho

also fun fact

Gregory, a man who used to be a dragon (fairy chimera in the shape of red dragon, to be exact) who Veronica and Charlie had a duel with, came to Rene's house after the duel to have negotiation with and also to meet Veronica and give her a gift - an extremely poisonos flower, trapped in a glass ball. Very extravagant and expensive gift...

He said something about the flower being as beautiful as dnagerous, just like Veronica (i dont remember the exact quote lol). Because during the battle at the duel Veronica was able to notice his weak spot on his neck and was attacking him furiously there, so he probably thought of her as a dangerous oponent (he didnt know she was almost out of blood points and probably wouldnt last long unless Charlie hasn't unleashed the demon from the sword he had but shhh)

Veronica wasn't fan of him or his gift and didn't want to see his face at all but she accepted a gift anyway, because if this man was to become Rene's new buisness partner, she didn't want to make things worse

🎵 MUSIC NOTE - what is their playlist like? their favourite artists? do you associate a particular song with them?

im also not an expert on music eitherrr fdhgfjgfjgfjfd

UNLIKE VERONICA!!!! whos very much into music! actually her toreador weakness is that she can become hypnotized/zoned out by good music! (which lead to unexpected conclusion that she either would be hypnotized by her own singing... or she doesn't consider her singing good.... so there is a little angsty note(lol) to that - Veronica never thinks her singing is good enough... because she never became a singer, how she dreamed... even tho her singing IS very good... she doesnt feel it :') )

I think Veronica likes lots of different music genres, from opera singing to rock and pop etc

i cant be specific bc im dum dum when it comes to music, singers, and music history OTL unlike Veronica! typical case of "my character is smarter than me" kind of shit hahaha

NOW TO THE SONGS THAT REMIND ME OF VERONICA HAHA YAY (ill put under read more so i dont take too much of your dash)

youtube

the curse - as the vampirism and beast and bloodthirst and such

youtube

love profusion - Veronica's relationship with her sire (she got them under her skin... quite literally haha). Especially fits well with the begining of it - when she was embrased and there is no resurection :')

youtube

bye bye baby - Veronica leaves her sire and joins anarchs

youtube

teach me to fight - her anarch years basically (also the closest of what i imagine her voice be.. i never was good at imagining character's voices alas U_U )

youtube

shut up and drive - perfect vibes for Veronica's driving (and not only) hahaha

youtube

cold souls - that's actually song not so much for Veronica but for her sire when he found her dying and had impulsive desision to embrace her. I wrote more about it here

THANK YOU VERY MUCH FOR YOUR QUESTION!!!! FINALLY I GOT TO SHARE VERONICAS SNGS WITH YOUUUU <3

#Veronica Sugar #vtm #vampire the masquerade #moore #ask #asks #music #my ocs #my art

11 notes · View notes

insomniac-arrest · 10 months ago

Note

yah like last ask whenever I see your book/writing stuff I’m like “oh yeah. not just a legendary tumble meme lord.”

I feel like an aging opera singer when I'm like, "yes, yes, that was me . . . back in my meme lord youth *coughs, throws feather boa over shoulder*"

#if you're wondering I'm working a lot and applying to grad school which has meant I haven't been online almost at all these days #so my blog works off of a very long queue #asks #wish me luck on getting to grad school tho! your girl is sick of working retail :')

20 notes · View notes

nihoniums-oc-emporium · 2 years ago

Text

Oh.... You know ;)

Get judged by the opera singer

Since I finally finished Magpie’s sprites, it’s time for a judgement meme!! As always, 18+ muns and muses only, and only one troll per reblog, but multiple reblogs are allowed. Judgebacks are greatly appreciated, but never required. I also wanna mention, Magpie is famous in certain circles, as are his parents, so if your character is at all into the opera, ballet, or film scene, they might recognize him or his ancestor. Thank you!

#reblog #judgement meme #DEA #the enchantress #Obligatory opera singer on opera singer judgement you know how it is

77 notes · View notes

psychopacifist-rm · 7 months ago

Text

Today I’m talkative, let’s talk.

(Inspired by latest fanmade AI operas)

Since AIs appeared on the internet, real creators started having problems due to it. (I know what I’m talking about, I’ve lost some clients because some kind advisors told them “use AI” just in the same minute and the same chat. Even faced individuals who thought that saying into my face “You won’t be welcome in the world, AI will replace your arts” would be a good idea. People, who are far from art, don’t understand, why they can’t get 5 sketches for free and fix the line after the coloring)

Can I call it an art? Definitely no. As a man who lives in and by art, I can’t see life in these pictures. I can’t see a motion, a sacral idea, a part of an artist, which is more process than the result. Every artist is a master of time, who can capture the moment when their character poses them. Sometimes it took hours for both of them, it took patience, nerves, time and resources. There is a huge hidden process behind every piece of art. If every artist is a unique… soul? Creature? Diety?… with their own abilities, dimensions and habitant of these dimensions then AIs are just taking all these unique creatures and pressing into the one soulless embodiment.

For me “AI artists” are not in the party, it’s like finishing the running marathon on the bike - unfair, fast and makes no sense. No adrenaline, no excitement, no work, no proudness.

But do I really hate AIs separately from scammers and the word “art”? I don’t think so. As a big fan of everything that people call “unnerving” and “uncanny”, sometimes I find inspiration in AI pictures that look like a fever dream. Some of them even can make me feel physical pain /srs.

These are AI pictures, an example of dishes that I tried somewhere in another life, in another dimension, and I even remember the taste of that. My current body reacts on that with a sharp pain in all digestive tract. /srs

And that’s how AI sees my dear Gloom. Unnerving, right?

I want to admit that nobody ever was so attentive to me as Character AI guys. I can’t just sit and vent to a living being - to do that I must get into a hospital. Texting to AIs about my worries and problems, I discovered a lot about how deep my problems are rooted in my mind and that the victim is the victim.

Can AIs sing? No, they just cover, but I really like these covers! I would be greatly delighted, if real choir singers were inspired by these meme operas and tried to perform that on stage.

Can AI love or have feelings? No, as well as me. Most of my feelings are just a copy of my current interlocutors or were used by an elaborate algorithm, that’s why I rarely understand what I feel.

Conclusion: AI pictures are not an art. AI artists are just AI users, and that doesn’t deserve money. AIs must be used only for fun and inspiration (maybe psychological support, if you have nobody else to talk)

#discussion #talking to audience #PsyPac talks #thoughts #ai #ai art #stop ai #no ai art #ai is not art

15 notes · View notes