Unravelling. Feynman'ian Fabrics, Birthing Life from Art-Art from Life

ing

eynman'ian Birthing Life Art

8

abrics

iiiiii.fi

i.iiiii.iiiiiii iiiiiiiiii.it iiiiiiiiiiii

iiiiiiiiii.it iiiii iiii.ie iiiii is Eii

iii

i

i ii.iiiiiii

ie

ii.iii.it iii

ii

ft DrNeriOxman GFP Dostoevsky

now

fdt overtime I've realized that Artists Scientists sharemuch

deeper

a relationship

I once made

then than that simply of being a subset Science Art ience.Math

e

gdacentinterfetat.org fff

feng.fi

dy

E

to converge on similar can besaid of Art

qqµfqy gg

ftp.ityuisgsaigaethgta they

Say The F

ÉÉ

E

Science

Particularities in

theNeurobiology of

É É ÉfÉÉ

ff

It

enough

p me

yfmyggiqyyfiifi

WI

ffÉÉf ÉÉÉ

ii i i i Tiiiii iiiiiiii

8th

f

f

tonot

ftp

iiiif

Usethosepatterns

togenerate surprises sayfor a beatdrop

Musicians

housedin the

ought to be

experimental Mathematicsdepartment

oxford.mathematics mTcusdusantoy

There is an underlying magic to this essence of Objectivity in

subjectivity WhileArts have subjective form

there is an undoubtedly Powerful setof thematicmechanisms thatevokes this sense of an Objectively beautiful painting songequationetc

What is not discussed as often isthattheretooexistsan

Art of Science fÉSciencetArt

but also

www.i

I've realized rather discretelyS literally that most of the Scientists I've been surrounded

by are really artists in disguise The MolecularBiologists Newobiologists etc that play literally with the console of Biochemical potential mixingn'matching geneticflavors of multigenerational

zi.IT

fffffTIijq

99

i

of extremely particularized strains of transgenic micezebrafishetc

Is this not a form of BiomolecularGenetic Artistry

The Scientist Artist Ought also to know notonly how to concoctextravagant mixtures and colorSyntheses for their palette

GE t.tt

fI

to project such art best onto Crafting the way

a

but also in meaningful Canvas

Say with Varying cohorts of microscopy techniques Palettes Immunohistochemistry antibody Paintbrushesetc

FluorescentMolecular

fffi ff Ilf

f

A

I SmalIworld

48htimelapse 1ˢᵗplace

Confocal Microscopy of Dr.Dumoulin

j

iii

This notion of not merely biomimicry but Bio actualized forms of Art aren't entirely new Whether it's designe breeds of Dogs Cats Ball Pythons Koi fish etc

So far as I can tell this Potential space

of natural Biological

have sought to beauty is something we since the very dawn of our augment and expand so far as to existence perhaps one may even humans

suggest that the anthropomorphic synthetic form of

go

18th

come art that we have

to grow obsessed with is really an emergent phenomena that comes from our drive to explore

and xp

map

strategies of proliferation

pqqq

iF E

ee

Proliferation

of the species In fact perhaps evolving pretty patterns a neotonous

face behavior or a cute fluffycoat may actually yield you a

of ecological potentiation It is an unconventional vector of optimization and accordingly it seems toimplyrequire some form of

greater rate external

energy to impose such tailored selectivity

What do I

mean

as opposed to

just regular artistic bio mimicry

by Bio actualized

Highly likely that you've seen this old study in which Researchers setup a growth medium plate for peephalum aslimemold proportionally

to thecity of Tokyo with corresponding foodsources proportional to the

region's travel density

The physarum networks ended up

improving the transportation efficiency by some margin

Civil engineers may may not have then gone out to bio mimic and implement the Natwo inspiration

But T.sk tent Bioarchitecture Materials ecology

Dr NeriOxman's Silk Pavilion which is MORE than simply woven silk extracted from worms

NI

She has taken the further step of boiling away those worms but instead to employ them

and harness their comprehensive weaving abilities too

This isn't art inspired

by silkworms

Itsliteff.n.fi t ti ii

a studied One

which bio engineers have long of the strongest known adhesives to keep them

qgyygqygy yqgggyyyyyyyyyy.gg

yf

Even mathematics comes out of Nature in

a

very Biomimicry esque way Biomimicry feelslike it's part of a larger more'Big neÉÉ structure For instance as I grow

to studythe planets I realized that Newton didnot invent Hediscovered Calculus out of studying the planets Thetangentline calculus

far

existed

before Newton

It's the same with Kepler Hedidnot inventelliptic systems to study the orbits Hediscovered Elliptic

systems out of studying the planets Mathematics is necessarily discovered usinvented that's not to saythat Godel'stheorem nexttime

Because in some sense sometimes

iffy man

It's interesting B c eventhen it is often apparent to phys maticians

Nature alsotends to inspire the invention of like DiracWeyl etc that Physics i.e new mathematics Naturehas a very fine taste for Marjewels she best only picks the prettiest and the

ÉÉÉÉÉÉÉÉ ÉÉÉ like the relationship between Art Science Maybe a dimension II Emergent sets

ThataboutmathMusic

f

up or down

orscales f eachother

Riemann once posited

that Music ought to be studied to discover invent new mathematics

I think equally fascinating is how classic

literature is too an excellentsource on studying

reality

the

p

it

Jan1ˢᵗ2024

Étykyk

I

Does

In

Shy

IEinstein'Dostoevsky gives me morethan any scientist more

fe

asemani interpretation

If

ii

a

ftp.Yphy

1 Plagiarism Inspirati

T.iiiiii.I.i.iiiii.in 2 citingsourcing Inspirati

L

P

it