「WHY CAN'T ANY OF YOU PEOPLE BE NORMAL」
1.401% bluebber!boymodewng
!boymodewng
look at her would you ban that face?
what about decimal
<3 thanks recima!
tldr
apology accepted
>>24436
\all cleaned up in nice outfit saying “thanks for understanding!”
>>24436
\give her a towel
>>24436
\make her recima
she is now recima
im a boymoder
>>24450
\french
not french enough...
!boymodewng
>>24455
\stereotypically french
!boymodewng
that's pretty cool honestly
woa
>>24469
\sunflower
why did it rotate the image
>>24469
\= sunflower
>>24472
\= suffed bees on a stuffed flower on a table in a room
>>24473
\a cat
BEE'S TO CATS
so smol
>>24469
\a cat
why does it rotate!
camera photos i think
it does some weird pseudo-rotation thing that's only recorded in the file format itself and only sometimes respected
oh interesting
>>24473
basically the same image it looks like
>>24470
omg sunblees
sunbees
>>24483
\"
love when it makes a little signature on the bottom
like "yeah i made this" ok sweetie
>>24457
I like the red mushroom cloud it looks really pretty
>>24490
#picflip
>>24490
#source
so popular >~<
meow meow
>>24496
#picflip ?
just flipped the handholding... cmon...
i like cats
>>24501
#dumbreply
oh my gosh, me too! cats are like the best animals ever. they're so cute and fluffy and they make the best pets. i heard that cats can actually talk, but only to certain people who have a special connection with them. isn't that crazy? i also heard that cats have nine lives, so they can never really die. but then again, i also heard that they only have one life just like us humans. i don't know which one is true, but either way, cats are awesome!
!!YMUa9BcKZ.
\a vial of pure obama extract
>>24504
#chug
my fellow americans
twitter testing time
WAIT OH SHIT
IT WORKS
WW WW SQUARED
badass
sooo
oh no what did i paste
nothing food
good
>>24527
anon do you like my twitter post
it will be posted tomorrow
>>24528
twitter or blitter?
>>24530
>>24531
that's biscuit!!!
>>24532
no that's mem
me
ok not wrong
who is biscuit
>>24536
nooo like the site
everytime I think of bluesky I think biscuit
oh
buscuit dot com
mmm biscuits
OH M F G I GOT A NEW BLUESKY FOLLOWER
woah....
they have my name too except for two extra letters at the end
i hope they don't blackmail me >~<
>>24544
ok I thought I was the only one with a similar name god maybe I picked a popular one
wait are you the person i talked with on discord earlier who has a boyfriend but he's not really a boyfriend and he's just a boyfriend
>>24546
no no no
WHAT
Relationships take a lot of uh time and whatever could not be me
ah
so you didn't have someone at your place making pizza right
no
okay good
if the person i have a crush on has the same name as me i'm going to explode
>>24554
Wow making moves on someone...
i already moved
god I should try and get into a relationship
>>24558
This is something that I wish I could do but I could never do
are you a bottom
eh idk I can prefer both ig
i am a virgin
lmfao
omg me too
i bet that ur blushing
nope nope nope
I just can't think of a way to respond to that
it caught me off guard
do you kiss your siblings
>>24569
WHAT
no
I actually did once a long time ago when I was really young and then my father told me to never do it again
#nailedit
i am an only child
I'm a middle child or something idk there's 4 of us
woah
are you the third one
1st of my mother 3rd of my father
woah
>>24558
i know who this is
>>24576
can't believe you guessed that
>>24579
no you don't
>>24580
int3>is 3rd
oh you know what ok I can see how you got to that
this is me
would be cozy if it was snowing outside the window
>>24584
\snow outside the window
AAAAAA ITS COLD
woah
you don't even have a roof oh my the snow is literally starting to pile in
brb
>>24592
\mouse stealing cheese in the background
dang
uwuwuwuw
!!YMUa9BcKZ.
!!YMUa9BcKZ.
lmao
hi
>;)
hinonymous
<;)
im not anon >:)
this is an "if you know, you know" situation hehe >:)
dam...... secretive.......
there are many mysteries in this universe, "anon"....
yes but im not one of them >;)
how are you though anon?
>>24621
a non-mysterious person, a rare occurrence ! we are all strange beings, or so i thot...
i'm chillen and vibin and playing that weird new mmo from the guy who made runescape
how is your time on this earth, "anon" ?
>>24624
what game?
>>24625
okay i will reveal myself now because anon in quotation marks is weird. im ivory
o hi44vory
i still don't know what those fours mean ..
>>24626
brighter shores ! it's not very good but it's ezpz and still in early access... i wanna see what weird fucked up design it's got, cause it's gotten a lot of flak for some of its decisions
i love playing weird bad silly games
>>24628
lol are you globber hi
>>24630
ME TOO
>>24631
nope, now i am the mystery >:)
>>24633
oh crap
get mystery'd
>>24632
they have a nice vibe to em, just like fucking around in someone's halfbaked idea and trying to both see it as what the devs intended, and what it actually is... i'll keep going til it gets unpleasantly grindy and whack out autohotkey n see what we can do...
is it turn based? it looks turn based
it's on tiles lol
>>24636
i think im gonna play this as well after work hehe
nice cat
so true
test
yeah it works pretty well i think
might be smoother than brainworm
a
ok the r is not working...
no r's allowed
w
nice cat
indeed
>>24645
v2 probably has improvements over bw atm
yeah i was the one who wrote that fyi. it IN THEORY has smoother livetyping because the temporary storage for liveposts is faster. in practice i don't know for sure if it'll be noticeable to anyone (especially under minor load)
i guess any speed improvements are worth it at scale, even if they're not visible at lower loads like (checks notes) "9" current threaders
but yes anything is good
brainworm is already smooth enough and most of the remaining room for improvement is probably in unchangeable stuff like network latency so small improvements may always be unnoticeable. though maybe there are other bottlenecks i'm not aware of yet
site is battle hardened and ready for anything at this point
it could withstand a nuke
>>24663
i am sure our first raiders will test that...
time to recima
\recima being socially competent anime two girls holding hands drinking starbucks cute fully clothed
>>24627
ivory!!!????? IVORY is HERE???!!!!!!! ivory : D
>>24666
also hi reci
/dog in space eating the moon lizard men watching vaccines NWO blue helmets only a dream
>>24671
\cute anime girl version
>>24672
\she is upon us looking viewer in eyes it begins
>>24633
are you uhm... hackerman? i hope you're hackerman
when im at work, the only site like this that is accessible is libpol lol idk why brainworm isn't available
hell yeah
!!YMUa9BcKZ.
>>24674
\loud correct buzzer noise
>>24678
i like how it simply doesn't know wtf to do for some prompts and makes messy paintings
like the default state is "natural wildlife painting"
>>24675
i know brainworm is blocked by some internet filter programs for bornography......... libpol too normal for that classification yet...
!!YMUa9BcKZ.
!!YMUa9BcKZ.
>>24683
has science gone too far?
you're basically stupid
click here to fuck a hot girl in anonymous proxy RIGHT NOW
>>24687
can i find a dommy mommy at the link
!!YMUa9BcKZ.
huh
!!YMUa9BcKZ.
!!YMUa9BcKZ.
extra leg included for FREE
>>24687
i,m clicking but it's not working
!!YMUa9BcKZ.
>>24692
do you live in anonymous proxy?
!!YMUa9BcKZ.
!!YMUa9BcKZ.
yeah close enough
!!YMUa9BcKZ.
!!YMUa9BcKZ.
this model can't into snakes
!!YMUa9BcKZ.
that woman is NOT a snake
i like turtles
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
BOOBA
>>24715
WBERE
>>24716
\"
!!YMUa9BcKZ.
bruh
does political stuff go here?
>>24721
all stuff will go here soon.........
>>24721
it can yes
>>24723
ezpzlmnsqz
OH COME ON
okay what's an actually good prompt instead of this
>>24733
#give
wow!
look at her go!
!!YMUa9BcKZ.
>>24733
are you a light mode user
!!YMUa9BcKZ.
!!YMUa9BcKZ.
>>24754
awooga
!!YMUa9BcKZ.
!!YMUa9BcKZ.
imagine the smell
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
!!YMUa9BcKZ.
anonymous posting
anon
i ammmmmmmmmmmmmm anon
418 i'm a teapot
woah
i wonder if mark cuban has a teapot
um!! no idea tbh
>>24792
#reply
JAKELUV is an anonymous user on this platform, so it's not possible to know anything about them. It's always a good idea to be cautious when interacting with strangers online.
hmmm
that does not seem to be about teapots..... could you help us out anon?
I mean. the message doesn't contain any information on teapots, it just responds to the literal text of the post, which is "um!! no idea tbh"
>>24795
#reply
Oh, I see what you mean. Well, in that case, let me tell you about teapots! Teapots are containers used for steeping and serving tea. They can come in various shapes, sizes, and materials such as ceramic, glass, or metal. Some teapots have a built-in strainer to catch loose tea leaves while pouring the tea into cups. Some people collect ornate or vintage teapots as a hobby. Do you have any interesting facts about teapots to share?
ah.... so maybe we should discuss teapots!
#ai does mark cuban have a teapot?
It is unknown if Mark Cuban owns a teapot. He has not publicly mentioned owning one or been seen using one in interviews or social media posts. does mark cuban have a teapot?
I guess the AI has the same opinion as me
i guesssa so too
>>24800
#fix spelling
Do you know about kintsurugi? It's an artistic practice where old things, usually porcelain, are repaired by pouring gold into the cracks
>>24802
oh! i have, it is very neat. i like the idea of how it preserves an item's history into it's visual appeal, and shows it as a form of pride, as opposed to merely hiding any imperfections :)
I love the way the spiderweb of cracks looks, even when frozen in the original shape
#ai
$ cat sicp.pdf
```
Alternatively, you can use a PDF reader or viewer program to open the file. Some popular options include Adobe Acrobat Reader, Foxit Reader, and SumatraPDF. You may also be able to view the file directly in your web browser if it has a built-in PDF viewer.
#ai
END CHAT SESSION
--------------------------------------------------------_
$ cat sicp.pdf
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">
<html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en-US" lang="en-US"
<head
<link rel=stylesheet href="../../shared/sicp.css"
<body
<div id=TOOLOrdered /
<h2 align=center
The Structure and Interpretation<br />of Computer Programs</h2>
<p class=picture
<div id=book-description-box style='width: 35em; padding-top: 0; margin-bottom: -4px;'
<p align=center
interesting, it seems to output xml
okay #timer 5
time...
time's a funny thing, isn't it?
hey anon!
There's all sorts of ways to model it, and when you look at it really closely, it kind of breaks down/gets funny in relation to our intuitions
>>24815
#reply
Most models of time are based on the idea that it is a linear progression from past to present to future. However, some theories suggest that time may actually be more fluid and non-linear.
One model is the block universe theory, which suggests that all points in time exist simultaneously and we only experience them sequentially because of our limited perception. This means that past, present, and future all coexist in a static "block" of time.
Another model is the idea of parallel universes or multiple timelines. This suggests that every decision or event creates alternate realities where different outcomes occur. In this view, there isn't necessarily one singular timeline but rather an infinite number of possibilities.
Then there's also the concept of cyclical time, where events repeat themselves endlessly in a never-ending loop.
Ultimately though, these are just theoretical models and we can never fully understand or prove what exactly time really is. Our intuitions about it may be limited by our own perceptions and understanding as well as societal constructs such as calendars and clocks.
#ai What ways do physicists model time?
1. Classical Mechanics: In classical mechanics, time is modeled as a continuous and universal quantity that flows at a constant rate. It is represented by the use of equations such as Newton's laws of motion and the equations for simple harmonic motion.
2. Relativity Theory: According to Einstein's theory of relativity, time is not absolute but relative to the observer's frame of reference. This means that clocks will run at different rates depending on their relative speed or gravitational potential.
3. Quantum Mechanics: In quantum mechanics, time is treated as an external parameter in mathematical equations rather than being fundamental like space and matter.
4. Computational Modeling: Physicists use computational methods to model complex systems involving time-dependent processes such as climate change models or simulations of particle interactions in high-energy physics experiments.
5. Thermodynamics: Time plays a crucial role in thermodynamics where it is used to describe irreversible processes and entropy changes over time.
6. Statistical Physics: The concept of statistical ensembles allows physicists to study how systems evolve over time on average instead of tracking each individual event.
7. Chaos Theory: In chaotic systems, small changes in initial conditions can lead to vastly different outcomes over long periods, making it challenging to model them accurately without considering the effects of tiny fluctuations over time.
8.Renormalization Group Theory (RGT): RGT uses scaling transformations along with fixed points analysis to describe how physical properties change with varying length scales and how they remain invariant under certain transformations (e.g., temperature).
9.Machine Learning Techniques: Scientists are using machine learning techniques such as recurrent neural networks (RNNs) and deep learning algorithms based on artificial intelligence principles for predicting future states from past system evolution data sets accurately. What ways do physicists model time?
>>24817
that's prettttty darn cooll
>>24818
#fix spelling
It's not really on the money, it's all kinda vague
and cut
damn
this 60 second limit is tough :<
END CONVERSATION LOG
------------
Excerpt from a physics review paper:
Time is modeled by
#ai
END CONVERSATION LOG
------------
Excerpt from a physics review paper:
Time is modeled by a continuous, one-dimensional variable. This means that time can take on any value within a certain range, and it is not restricted to discrete intervals or specific values. In this model, time is often represented by the symbol t and measured in units of seconds (s). The concept of time plays an essential role in physics as it allows us to describe the motion and behavior of objects over a span of events.
One important aspect of modeling time in physics is understanding its relationship with space. Time and space are interconnected concepts, forming what is known as spacetime. This idea was first introduced by Albert Einstein's theory of relativity, which revolutionized our understanding of the universe.
According to relativity, time can be perceived differently depending on an observer's perspective and their relative velocity compared to other objects in spacetime. This phenomenon is known as time dilation and has been proven through experiments such as the famous Hafele-Keating experiment where atomic clocks were flown around Earth at different speeds.
In addition to its connection with space, time also plays a crucial role in many fundamental physical laws such as Newton's laws of motion and Maxwell's equations for electromagnetism. These laws use derivatives with respect to time (such as acceleration) to describe how systems change over periods.
Overall, understanding the continuous nature of time allows physicists not only to accurately measure changes but also make predictions about future events based on past observations.
hmm, it moves back to chatgpt voice near the end
#ai Quantum field theory is used to describe the behavior of fundamental particles. It combines principles from quantum mechanics, which describes the behavior of particles on a small scale, with special relativity, which describes how objects move at high speeds.
In quantum field theory, particles are described as excitations or vibrations in a field. Just like waves on the surface of water can be thought of as disturbances in the water's surface, particles can be thought of as disturbances in their respective fields.
These fields permeate all of space and time and have specific properties such as mass and charge associated with them. Particles interact by exchanging other types of fields called force carriers.
Quantum field theory also allows for the creation and annihilation of particle-antiparticle pairs through processes known as annihilation and pair production. These concepts help explain phenomena such as radioactive decay and particle interactions observed in experiments.
Using mathematical equations based on these principles, physicists are able to make predictions about how particles will behave under different conditions. This has led to many successful predictions that have been confirmed through experimental evidence.
Quantum field theory is an essential framework for understanding particle physics and plays a crucial role in our current understanding of fundamental forces and subatomic structures. Quantum field theory is
#ai Examples of something that would be modeled with quantum field theory include:
1. Particle Interactions: Quantum field theory is used to describe the interactions between fundamental particles, such as electrons and quarks, through the exchange of force-carrying particles like photons or gluons.
2. Superconductivity: The phenomenon of superconductivity, where some materials can conduct electricity with zero resistance at very low temperatures, can be explained using quantum field theory. It involves the behavior of pairs of electrons in a condensed matter system.
3. Nuclear Physics: Quantum field theory is crucial for understanding nuclear processes such as radioactive decay and fusion reactions in stars. It provides a framework for describing the strong nuclear force that binds protons and neutrons together in an atomic nucleus.
4. High Energy Physics: At high energies, quantum field theory becomes essential for studying particle physics phenomena like collisions between subatomic particles and creating new particles from energy (as seen in colliders like CERN's Large Hadron Collider).
5. Cosmology: In cosmology, quantum field theory plays a role in explaining how structures formed in our universe after the Big Bang and how these structures interact with each other over time.
6. Condensed Matter Systems: Many properties of materials at low temperatures are described by quantum mechanics principles applied to fields rather than individual atoms or molecules alone – this includes things like magnetism or phase transitions between solid/liquid/gaseous states.
7 . Quantum Computing : The development of advanced computing technologies based on manipulating qubits – which are units derived from single-atom electron spins controlled via magnetic fields - relies heavily on theories related to entanglement among others
8 . Atomic/Molecular Spectroscopy : Understanding spectral lines emitted by atoms/molecules requires modeling their interactions within quantized electromagnetic fields surrounding them; this helps us understand chemical bonding , radiation absorption/emission patterns etc .
9 . Astrophysics/Cosmic Microwave Background Radiation : Applying QFT mathematically explains why CMBR spectrum has a black body curve - it's also used to predict signatures of primordial gravitational waves, which if detected would be proof for cosmic inflation.
10 . Quantum Optics : Studies are ongoing into how light is affected by individual atoms ( e.g. photons interacting with electrons ) and the properties of materials such as semiconductors ; this could lead to practical applications in computing , telecommunications and other fields . Examples of something that would be modeled with quantum field theory include
glob it's just superficial chatgpt bullet points. i mean that's about what i should expect haha
#ai Provide a detailed example of modeling a system using quantum field theory:
One example of modeling a system using quantum field theory is the phenomenon of superconductivity. Superconductivity is a state in which certain materials exhibit zero resistance to electrical current when cooled below a critical temperature. The understanding and prediction of superconducting behavior has been successfully explained by the Bardeen-Cooper-Schrieffer (BCS) theory, which uses concepts from quantum field theory.
The BCS theory describes the formation of Cooper pairs, which are bound states between two electrons with opposite spin that result in an overall spin-0 state. This pairing mechanism arises due to interactions between electrons and lattice vibrations (phonons) within the material. These interactions can be described as exchange of virtual phonons between electrons, forming an effective attractive force that overcomes their repulsive Coulomb interaction.
In order to model this system using quantum field theory, we first define a fermionic field operator ψ(x) for electron creation/annihilation at position x in space-time. This operator satisfies anti-commutation relations {ψ(x), ψ†(y)} = δ(x-y), where ψ†(x) creates an electron at point x while ψ(y) annihilates it at point y.
Next, we introduce bosonic fields φ(k) for phonon creation/annihilation with momentum k and frequency ν such that [φ(k), φ†(k')] = δ(k-k')δ(ν-ν'), where φ†(k') creates a phonon with momentum k' and frequency ν'.
Using these operators, we can write down the Hamiltonian density for our system as:
H= ∫ d^3x [ψ†(x)(-∇^2/(2m)-μ+V(x))ψ(x)+φ†(-q)(M(q)^{-1}+ω_q^2)^{1/2}φ(q)]
Here m is the electron mass, μ is the chemical potential and V(x) represents any external potential. The term M(q)^{-1}+ω_q^2 in the second part of the Hamiltonian describes the phonon spectrum with q = (k,ν).
To model superconductivity phenomena, we introduce an attractive interaction between electrons through a four-fermion coupling:
∫ d^3x ψ†(x)ψ†(y)Δ(x-y; τ)=gδ(x-y)
where Δ(x,y; τ) is called Cooper pair wave function and g sets the strength of this interaction. This can be interpreted as creation/annihilation of a virtual Cooper pair at space-time coordinates x,y respectively.
The BCS theory then proceeds to find solutions for this system by using perturbative methods within mean-field approximation where we replace operators ψ†ψ → <ψ>⟨ϕ⟩and similarly for φ operator making use of Wick's theorem that allows us to write correlation functions as products of 2-point functions which are more easily solvable.
This results in finding self-consistent equations known as Gorkov's equations which relate these two order parameters (<φ>,<ϕ>) to each other specifying their behavior below critical temperature Tc giving rise to spontaneous symmetry breaking predicting zero resistance state when below Tc. These equations also yield gap equation determining energy gaps resulting from pairing mechanism above mentioned which exist only inside Fermi sphere and vanish outside it leading to interpretation that normal metals should show no such effects but when combined with lattice interactions described by phonons leads naturally arises explanation for transition into superconductive state due seeing total absence physical obstacles caused by defects or impurities slowing down current flow thus leading eventual conclusion about quantum mechanical nature involved here further showing how our understanding so far has been successful at explaining experimental data observed related high-Tc cuprates along consequences deriving from such phenomenon. Provide a detailed example of modeling a system using quantum field theory:
that's, more like it, though i wouldn't trust the actual equations here. I might look up the individual keywords it drops here, though
ddddds
last I checked, admin was shutting down another certain site like yesterday to drive activity here. That side is still open, which I appreciate, and I don’t know if I have much to say here, but I’ll still make a post for You adminy.
I read you can have more energy by eating small protein rich meals in the morning and at noon and having your big meal maybe around 7 PM after work. Not sure if I’ll do that, but I am going to try exercising directly after I get off work.
>>24835
the change will happen within a few days. working on a bunch of code changes i want to make sure work well locally before forcing everyone here
^^ good luck!
Hmm
Idk
test
test
test
test success
test
::socialmedia
::meda
::media
i love the survivability onion
!boymodewng
erm why is nobody here...
>>24899
im a boymoder >~<
>>24886
it’s a gud concept ^^
test
👍
test
test
test
recima time
perfect
!boymodewng
it's not perfect
!boymodewng
prove that it's perfect
i am libbin out
>>24917
mascot acquired
gaze upon your new god
>>24917
incredible
>>24922
\\tank
>>24922
\tank
>>24922
\car engine
!boymodewng
>>24923
test
!boymodewng
test
!boymodewng
test
!boymodewng
test
!boymodewng
test
!boymodewng
test
>>24934
test
tes
test
a
w
a
a
a
a
a
a
a
a
a
a
a
a
can't get it to work anymorer
!boymodewng
a
a
a
>>24922
\chocolate chip
>>24991
haiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii
>>24993
hi hey hoi
>>24994
uwu
what the
libpol's got a discord
why?