Presence, of an Absence: Beyond Vacuum (ft. Geckos, Ramanujan, Gauss-Bonnet, Zeno)

E

men

iiiiiiiiiiii.it's

8 8

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Pretentifan Absence EBe.FI

bringing more than just

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a

into life

Itit

If you liked

Ft

Iconectonottome Then between

more poem athical

you might enjoy

absurdities

L

of concepts and strange cerebral figmentations blending theline

imaginarymentalstructures and

the implications they may or maynot even have in correspondence to our

conceivablephysialreality.ee Perhaps lets start with

negative energy

the fluctuations of vacuum 9

Emina 0 It will contain

ffffifff.it I ii.IE i i iii iiiii fun fi

t

Geckos actually use this force in their ability

Tstick to Walls Its a story that

very deep dive into Mechanisms

have learned about it

as

entertains a

fiIiiiiiif t.ieitonema

It's called the Casimir Effect but you may VanderWaals or London dispersion intermolecularforces

i

zroprobabilitythatatan 2

there's s enon moment e 1 finds itself onthe left and e 2 given alsofinds itselfon the left and a momentary dipole

closedistence

at ms

forms generating an attractive force

This explanation never really satisfied me It is mostly patchedupanddeusex

machina'd

by Quantum spookiness

Because

well

youftp.tnheround

Of course eventually you accept

anddigest that e s are not charged

Point particles zooming around but are

it p

break

instead these smeared probability waves

But perhaps the Quantum Waves f

visualization of the CasimirEffect

is more helpful

feEffEf

Put 2 plates extremely close together

YET.it iffenm tfIaE

until the space between the plates is

so small

that it literally begins

to exclude the larger wavelengths This continues slowly and sequentially excluding shorter shorter and wavelengths Until eventually 1 theexternalpressureof waves resistive pressures of the overcomes the internal small 2 remaining inside

14

Voila Vacuum Energy Bringtwo

remaining

plates so close togetherthatthe

Silencing of Quantum fluctuations actually generates energy that sticks them together

f

f

to the end of it

enter

Ramanujan

I

51

2 3 4

whichyou'dthinkostensibly diverges

www.n ai

ii

i

iiiii iiiiii.fi S

t i h hjg iii it.pthgI Ein ffEnea't.it riate tgtni s.EE gfi

Isn't that absurdly fascinating to entertain That 1 2 3 4 couldequal fashion a negative fractionf In a not so factual but poetical it feels like the sentiment of

a massive object

overloading

into this negative

with so much substance that it collapses

attractive density

much like the chandraserhar limit in WhiteDwarf formation of a

blackhole

What about other non canonical representations of Mathematical justnaive

absurdities orperhaps weare

introduces a Interestingly enough when one

M

Forexample

Might have real yield

negative mass into physics

_m

m

attract

antitheft c

m takentownastorthbounded

o

Or perhaps something you thought to be even Like Distance i.e transportation

more trivial

Enter Zeno's Paradox say he fancies a walk to the park

Imileawa otcowse.tt

f iIIItm

But if hekeeps needing towalk to thenext halfway point then he'll nevergetthere

Zeno never reaches his destination

That can't possibly be

of course not because if I instead represent it in termsof lengthER

Areae R

Weknow just barely intuitively

1

I I

I

I 1

I

I

that irregardless of how many more

times I subdivide this square oily that the total area will converge to 1

I distinctlyrememberZeno in being an essentialkey ties S c fggi.fi

Estefan's

mentallydigesting

You think Maths is only forthe smartkids No Being able to doMaths is

I'm noteven a mathematician haha yet and I've neverbeen great at Maths I once wrote on Godel's axiomatic theorem

a humanbirthright

if

7

OfMaths and that the very ability for the

Human brain

to understand I I 2 is a postMathematical Miracle

Similarly the veryability to think of Miracle countingupfrom0 is a noncomputational

First you start at 1 even find where to 2

3

0.000000000000000000000 0.000000000000000000000 0.000000000000000000000

I can never

701 begin 702

3

2

1

wait

0

1 11111 11111 11111 111j1111

femfme.to ous

convergingelectronspectra

bone

Nuffefortable

uncountableinfinities

Theinfinity weneatly think of is actually thesmallestone Aleph

infinity

seehow you can utilize veryneat intuitionistic popular thought experiment to cardinalitiesof a to solve interestingproblems TheinfiniteHotel paradox

different

Theinfinity for example in between every real number is even larger and uncountable There's a

I remember learningabout allthisstuff on VSancethe

andwhatnot I distinctly

Banach Tarskiparadox

wit

efoodingba

studying Calculus divergencesconvegence.babrie.is

IIf i ff

FYI willkeepgoingup

ftw.fi

A

positivederivative

ifyouwill

growitasterthmyonanamf

ff

m.Inmmgyeny

É

É F ÉÉ

weapons we can create an impossibly

fascinating object

Gabriel's Horn an object with innite

area but finite volume

i

iiii

One might imagine being able to use such an object to transport some volume of fluid but you'd effectively be unable to evercoatit

I want to move on to a cooler narrative to Geometry Topology

The thing is almost everythingforms somesortof beyond just the study ofShapes shape ideasquiteliterallyarrangethemselves in such geometricalfashion

But first let's expand on how fascinating Zero 0 really is What do

consider.IE

t.fii

There's a symbol that represents nothing

you mean nothing

that Darkness isfasterthanlight

ethifuewagieonafwmnightmgay projected

enlargement

shadow

tfd

fun

dgge ed one

o holepunchers Afterthinkingaboutthat for a while I realizedNo I haveverymanyoholepunchers Almosteverything is a zerohole laptop puncher

t.EE

isgoingaround punching 0 holes ineverything

E

7 Feels

g

My

E Infinity but

they instead

self

is of singinto

disorder entropy

iq gI a_ok

itiommEEe

Themay phrase that a lot something like if theparticles were moving backwards Perspectivist in time Semantically

Further what does it even

mean

to have

f

a

Curvate

Gaussian

hole

0

GaussianCurvature

I Isn't that interesting Beyond Tepysicalconstraints visualizable

reality of what topological properties can be rendered into are theretoo mental constraints Does thetopological architecture ofthe Mathematician's

neural functions dictate what possible structures they can imagine

This neverseems to halt the Mathematician's progress in the same way that

dim2 paper does not prevent one from thinking of dim4 e ei.esé

It's almost as if you can

retend to

imagine

spacesobjects

imagine

There

is an abundance of these neat pockets of Pseudo poetic negative spaces which I might argue serve as the more fundamental

Pillars upon which

great ideas synthesize

and

synapse onto themselves

iiii.it iti

i

ii iiiiii but that further the

in forming cross discipline synapses

I i ii i iiiiiii

i iii iiiiiiiiiiiii ii iiiiiii.IE iit

i

ve

i.ie

i

i

i

i

ii

scientific institutional fragility is NOI so much that that we are

The

issue

gatekeeping Discoveries

is

that

we

this is notthe primary issue

are

M ystery

Gate keeping

I think that any self respecting Scientist Dreamer etc has an overwhelmingly nearly crippling

If

Mountainous burden

of ten.LY

ff

debt

where ostensibly there is this idealogical hydra of sorts

Forevery n Answer Quenched 3N Questions take its

place

In this manner it is more than obvious that each seeker of truth

and that each blurity discretized field category of study must pride itself upon fundamental principle Mysteries Questions

I find that one

must

dive incredibly deep

in immersing and involving themselves illusorily disparate fields to grasp on

within all of these

Interestingly

Okay what are all of the gaping fundamental holes of which this and furthermore

fembraced

tizf.gg

and silently ack

Why is it that we scientists are so incrediblychildish

and selfish in this seek for glory that we refuse to communicate and share our elephants of Mystery

I

amongst one another

I

1

11

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