because chances are, you haven't heard it
before, i know, in either case
not to my liking either -
but then the olympic flame was passed
between a thousand interlocking legs
that ran from one centre of the games
being celebrated, and onto another -
and if there were aquatic obstructions
along the way, the baton was still allowed
to run, on a ship, in circles, before landing
and unwound, allowed a straight line
once more - not straight in the strict
geometric sense, obviously zigzagging -
but let's say i found cross-generational points,
in each generation there are cross-generational
interests - should my own produce very little,
or of little interests, there's a back-catalogue
to delve into - who'd imagine the youth could
never die like that - but intact - even though
some could be asserted as being ancient -
a revision of their work years later only made
them however the revision was to understand it -
and yes, links, under a million and the chances
are you haven't, haven't heard it, you yet to be
a cross-generational - cronquist stick-seeds might
describe the writers born in the 1910s - and say
a rebellion against Wordsworth took pace -
or some other rebellion, or even an appropriation -
you have those from the 1980s too, minding
the literary output from the 1960s, anticipating a
future, a splinter group of hopefuls anticipating
something more - unlike in the current state of affairs,
where no longer the old moaning and groaning
cuckoo cranks - our's, youth's cultural arthritis -
we too complain, scaled to the nanometres of
metaphysics - our spiritual health has been dampened,
and if the timing was anything, although in agreement
it was: canto LXXXV - rock drill, well a drill assuredly,
a burning that implants a windy vacuum of gravity,
cf. (conferre, i.e. - id est - compare) with an article
in the style magazine (every sunday, religiosity of
newspapers, a weekly event, much anticipated) -
the article in question? generation viz / not to
be confused with viz. (videlicet - namely, that is to say),
rather generation viz as visual, a visual generation,
visuals only, censor all ****** words and have as much
******* and gore as you like, the offensive
u                c                  k               from fathering an oath,
so generation vista print, vista (the all pleasing generation),
no drink, no drugs, aloe vera water and cucumber
extracts - generation squeak - squeaky clean -
mother's failed rebel - generation mind the gap -
it's no longer a stoner, a mary and juan dipper -
'yeah man, far out...'
                                worse, it culminated in post-language,
and due to lack of intoxication, it's supposedly
serious... well... by god it is serious - post-language
is akin to a venture into the unknown acronyms -
acronyms and emotive chinese of :( -
the lesser form of computer coding - the tip of the
iceberg as they say - a champagne bottle splits
in the ratio 1:10 - that's one bottle and ten mouths -
during london fashion week also called an entrée,
in russia it's called a canapé - ah but the sober
eye that can explore further afield rather than raw
memoriam dimmed slightly - a rattler of cigarette
packets - more caffeine less gasoline -
and so, i too a hackelia nervosa, clingy to the past
in some way or other, not to mention attempting
an enticement to my palette - a storage room,
just there, lost & found - umbrellas, books and
other memorabilia - should any claimant come,
it's, just, there.

Molecules of two elements, nitrogen and oxygen, comprise about 99 percent of the air. The remaining hoity toity 1% includes small amounts celestial seasoning luxurious riches as argon and carbon dioxide. (Other gases such as neon, helium, and methane are present in trace amounts.) Oxygen is the life-giving element in the air.

Earth's atmosphere is 78% nitrogen, 21% oxygen, 0.9% argon, and 0.03% carbon dioxide with very small percentages of other elements. Our atmosphere also contains water vapor. In addition, Earth's atmosphere contains traces of dust particles, pollen, plant grains and other solid particles.

Even when the air seems to be completely clear, it is full of atmospheric particles - invisible solid and semisolid bits of matter, including dust, smoke, pollen, spores, bacteria and viruses. Some atmospheric particles are so large that you will feel them if they strike you. However, particles this large rarely travel far before they fall to the ground. Finer particles may be carried many miles before settling during a lull in the wind, while still tinier specks may remain suspended in the air indefinitely. The finest particles are jostled this way and that by moving air molecules and drift with the slightest currents. Only rain and snow can wash them out of the atmosphere. These tiny particles are so small that scientists measure their dimensions in microns - a micron is about one 25-thousandth of an inch. They include pollen grains, whose diameters are sometimes less than 25 microns; bacteria, which range from about 2 to 30 microns across; individual virus particles, measuring a very small fraction of a micron; and carbon smoke particles, which may be as tiny as two hundredths of a micron.

Particles are frequently found in concentrations of more than a million per cubic inch of air. A human being's daily intake of air is about 450,000 cubic inches. This means that we inhale an astronomical numbers of foreign bodies. Particles larger than about 5 microns are generally filtered from the air in the nasal passages. Other large particles are caught by hairlike protuberances in the air passages leading to the lungs and are swept back toward the mouth. Most of the extremely fine particles that do reach the lungs are exhaled again - although some of this matter is deposited in the minute air sacs within the lungs. From these air sacs, particles may go into solution and pass through the lung walls into the bloodstream. If the material is toxic, harmful reactions may occur when it enters the blood. Fine particles retained in the lungs can cause permanent tissue damage, as with Coal workers' pneumoconiosis (black lung disease), caused by buildup of coal dust in the lungs, and with silicosis, which is caused by the buildup of silicon dust.

If the air is still, given sufficient time, all but the smallest airborne particles will settle to the ground under their own weight. Their rate of fall is closely proportional to particle size and density.
For example, vast amounts of fine volcanic ash were thrown into the air by the eruption of the Indonesian volcano Krakatoa, in 1883, and again by the Alaskan volcano Katmai, in 1912. In both instances, the finer dust reached the stratosphere and spread around the world high above the rains and storms that tend to cleanse the lower atmosphere. In fact, many years elapsed before these volcanic dusts entirely disappeared from the atmosphere. Since a two-micron dust particle may require about four years to fall 17 miles in the atmosphere, the lingering effect is not in the least surprising.
Dust storms are also prolific producers of airborne debris. Europe is sometimes showered with dust originating in the Sahara. In March 1901, for instance, an estimated total of two million tons of Sahara dust fell on North Africa and the Europe. Two years later, in February 1903, Britain received a deposit estimated at ten million tons. On many occasions, Sahara dust has fallen in muddy rain and reddish snow over much of southwestern Europe. During North America's droughts of the 1930s, dust storms blew ten million tons of dust at a time aloft in the heart of the continent. Occasionally, high winds swept the dust eastward 1800 miles to darken skies along the continent's Atlantic coast.

When the wind strikes the crest of an ocean wave, or a calm sea is agitated by rain or by air bubbles bursting at the surface, the finer droplets that enter the air quickly evaporate, leaving tiny salt crystals suspended in the air. Winds carry these salt crystals over all the Earth. Normally, airborne salt particles from the sea are less than a micron in diameter. It would take a million of them to weigh a pound.
Salt particles play an important part in weather processes because they are hygroscopic - they absorb water. Raindrops usually form around tiny particles that act as nuclei for condensation. Generally, each fog and cloud droplet also collects around a particle of some type at its center. Tiny crystals of sea salt make better condensation nuclei than other natural particles found in the air. Thus, salt particles in the air help make rain.

Dust from meteor showers may occasionally affect world rainfall. When the Earth encounters a swarm of meteors, those meteors that get to the upper reaches of the Earth's atmosphere are vaporized by heat from friction. The resulting debris is a fine smoke or powder. This fine dust then floats down into the cloud system of the lower atmosphere, where it can readily serve as nuclei around which ice crystals or raindrops can form. Increases in world rainfall come about a month after the Earth encounters meteor systems in space. The delay of a month allows sufficient time for the meteoric dust to fall through the upper atmosphere. Occasionally, large meteors leave visible trains of dust. Most often their trails disappear rapidly, but in a few witnessed cases a wake of dust has remained visible for an hour or so.
In one extreme instance-a great meteor that broke up in the sky over Siberia in 1908-the dust cloud traveled all the way around the world before it dissipated.

Large forest fires are among the more spectacular producers of foreign particles in the atmosphere.
Because these fires create violent updrafts, smoke particles are carried to great heights, and, being small, are spread over vast distances by high altitude winds. In the autumn of 1950, forest fires in Alberta, Canada produced smoke that drifted east over North America on the prevailing wind and crossed the North Atlantic, reaching Britain and continental Europe. The light-scattering properties of this dense smoke made the Sun look indigo and the Moon blue to observers in Scotland and other northern lands.

Wind-pollinated plants are the most prolific sources of foreign particles in the air. This is a problem for people with allergies.

Spores are closely related to pollens. Spores are the reproductive bodies of fungi, which include molds, yeasts, rusts, mildews, puffballs and mushrooms. Tiny spores are adrift everywhere in the air, even over the oceans. Although they resemble pollens in general appearance, spores are not fertilizing agents. Instead, they are like seeds, and give rise to new organisms wherever they take hold. Spores have been found as high as 14 miles in the air over the entire globe. Most fungi depend on the wind for spore dissemination. Once airborne, spores are carried easily by the slightest air currents.

Once, physicians were taught that infectious microorganisms quickly settle out of the air and die. Today, the droplets ejected, say, by a sneeze, are known to evaporate almost immediately, leaving whatever microorganisms they contain to drift through the air. Only a relatively small fraction of microorganism’s human beings breathe cause disease. In fact, most bacteria are actually helpful. Some, for example, convert atmospheric nitrogen into usable plant food. Pathogenic, or disease-producing, microorganisms, however, can be very dangerous. Most propagate by subdivision-each living cell splits into two cells. Each of the new cells then grows and divides again into two more cells. Provided with ideal conditions, populations multiply quickly. Fortunately microorganisms do not thrive very well in the air. Unless there is enough humidity in the air, many desiccate and die. Short exposure to the ultraviolet radiation of the Sun also kills most microorganisms. Low temperatures greatly decrease their activity, and elevated temperatures destroy them rapidly. Still, many microorganisms survive in the air, despite these hazards. Among the tiniest of airborne particles are viruses, which are on the borderline between living matter and lifeless chemical substances.

Earth is the only planet we know of that can support life. This is an amazing fact, considering that it is made out of the same matter as other planets in our solar system, was formed at the same time and through the same processes as every other planet, and gets its energy from the sun. To a universal traveler, Earth may seem to be a harmless little planet in the far reaches of one of billions of spiral galaxies in the universe. It has an average size star of average brightness and is joined by seven other planets — which support no known life forms — in its solar system. While this may be fitting for a passage from The Hitchhikers Guide to the Galaxy, by Douglas Adams, in the grand scheme of the universe, it would be a fairly accurate description. However, Earth is a planet teeming with vitality and is home to billions of plants and animals that share a common evolutionary track. How and why did we get here? What processes had to take place for this to happen? And where do we go from here? The fact is, no one has been able to come close to knowing exactly what led to the origins of life, and we may never know. After 5 billion years of Earth’s formation and evolution, the evidence may have been lost. But scientists have made significant progress in understanding what chemical processes that may have led to the origins of life. There are many theories, but most have the same general perspective of how things came to be the way they are. Following is an account of life’s beginnings based on some of the leading research and theories related to the subject, and of course, fossil records dating back as far as 3.5 billion years ago.

The solar system was created from gas clouds and dust that remained from the Sun's formation some 6-7 billion years ago. This material contained only about .2% of the solar system's mass with the Sun holding the rest. Earth began to form over 4.6 billion years ago from the same cloud of gas (mostly hydrogen and helium) and interstellar dust that formed our sun, the rest of the solar system and even our galaxy. In fact, Earth is still forming and cooling from the galactic implosion that created the other stars and planetary systems in our galaxy. This process began about 13.6 billion years ago when the Milky Way Galaxy began to form. As our solar system began to come together, the sun formed within a cloud of dust and gas that continued to shrink in upon itself by its own gravitational forces. This caused it to undergo the fusion process and give off light, heat and other radiation. During this process, the remaining clouds of gas and dust that surrounded the sun began to form into smaller lumps called planetesimals, which eventually formed into the planets we know today.

A large number of small objects, called planetesimals, began to form around the Sun early in the formation of the solar system. These objects were the building blocks for the planets that exist today. The Earth went through a period of catastrophic and intense formation during its earliest beginnings 4.6-4.4 billion years ago. By 3.8 to 4.1 billion years ago, Earth had become a planet with an atmosphere (not like our atmosphere today) and an ocean. This period of Earth’s formation is referred to as the Precambrian Period. The Precambrian is divided into three parts: the Hadean, Archean and Proterozoic Periods.

The Earth formed under so much heat and pressure that it formed as a molten planet. For nearly the first billion years of formation (4.5 to 3.8 billion years ago) — called the Hadean Period (or hellish period) — Earth was bombarded continuously by the remnants of the dust and debris — like asteroids, meteors and comets — until it formed into a solid sphere, pulled into orbit around the sun and began to cool down. Earth's early atmosphere most likely resembled that of Jupiter's atmosphere, which contains hydrogen, helium, methane and ammonia, and is poisonous to humans. (Photo: NASA, from Voyager 1). As Earth began to take solid form, it had no free oxygen in its atmosphere. It was so hot that the water droplets in its atmosphere could not settle to form surface water or ice. Its first atmosphere was also so poisonous, comprised of helium and hydrogen, that nothing would have been able to survive.
Earth’s second atmosphere was formed mostly from the outgassing of such volatile compounds as water vapor, carbon monoxide, methane, ammonia, nitrogen, carbon dioxide, nitrogen, hydrochloric acid and sulfur produced by the constant volcanic eruptions that besieged the Earth. It had no free oxygen. About 4.1 billion years ago, the Earth’s surface — or crust — began to cool and stabilize, creating the solid surface with its rocky terrain. Clouds formed as the Earth began to cool, producing enormous volumes of rainwater that formed the oceans. For the next 1.3 billion years (3.8 to 2.5 billion years ago), the Archean Period, first life began to appear and the world’s land masses began to form. Earth’s initial life forms were bacteria, which could survive in the highly toxic atmosphere that existed during this time. Toward the end of the Archean Period and at the beginning of the Proterozoic Period, about 2.5 billion years ago, oxygen-forming photosynthesis began to occur. The first fossils were a type of blue-green algae that could photosynthesize.

Earth's atmosphere was first supplied by the gasses expelled from the massive volcanic eruptions of the Hadean Era. These gases were so poisonous, and the world was so hot, that nothing could survive. As the planet began to cool, its surface solidified as a rocky terrain, much like Mars' surface (center photo) and the oceans began to form as the water vapor condensed into rain. First life came from the oceans. Some of the most exciting events in Earth’s history and life occurred during this time, which spanned about two billion years until about 550 million years ago. The continents began to form and stabilize, creating the supercontinent Rodinia about 1.2 billion years ago. Although Rodinia is composed of some of the same land fragments as the more popular supercontinent, Pangea, they are two different supercontinents. Pangea formed some 225 million years ago and would evolve into the seven continents we know today. Free oxygen began to build up around the middle of the Proterozoic Period — around 1.8 billion years ago — and made way for the emergence of life as we know it today. This increased oxygen created conditions that would not allow most of the existing life to survive and thus made way for the more oxygen-dependent life forms. By the end of the Proterozoic Period, Earth was well along in its evolutionary processes leading to our current period, the Holocene Period,  or Anthropocene Period, also known as the Age of Man. Thus, about 525 million years ago, the Cambrian Period began. During this period, life “exploded,” developing almost all of the major groups of plants and animals in a relatively short time. It ended with the massive extinction of most of the existing species about 500 million years ago, making room for the future appearance and evolution of new plant and animal species. About 498 million years later — 2.2 million years ago — the first modern human species emerged.

Did You Know? The first modern human being was called **** habilis, the first of the **** genus. This species developed stone tools for use in daily life. **** habilis means “Handy Man.” He existed from about 2.2 to 1.5 million years ago. There are earlier species related to modern man, called hominids. The images show the skull shape and probable appearance of **** habilis.

The PreCambrian Period — accounts for about 90 percent of Earth’s history. It lasted for about four billion years until about 550 million years ago. About 70 percent of the world’s land masses were created in the Archean Era, between 3.8 and 2.5 million years ago. Rodinia, widely recognized as the first supercontinent, formed during the Proterozoic Era, about 2.5 billion years ago. It is believed that the oldest human family member was discovered in Ethiopia and lived 4.4 million years ago. It was named “Ardi,” short for Ardipithecus ramidus.

i could tell you how certain stations on the London underground
smell, but i can't capture you this smell...
a bit like in that film Perfume: scents are lost over time,
with regards to places -
                            unlike the eternal pine forest...
or the zest of lemon...
                                         those are universal scents...
one could and humanity has: created a synthetic answer
and copied these scents... made synthetic tastes
a whole chemistry of a posteriori scents and tastes...
Kant and chemistry are a perfect combination...
given the classical schematic:

analytical                         analytical
a priori                             a posteriori
apples grow on               tomatoes:
trees and                          categorised as fruits          
carrots grow                    yet used as vegetables
in the earth                      the analysis being
since apples                     even though they grow
are a fruit                         on something: trees,
while carrots                    bushes, vines...
are a root vegetable,       analysis has found that
ergo?                                 they are better treated
all vegetables                   as vegetables rather than
grow in the earth            fruits, since one rarely cooks
while all fruits                 savoury meals with fruit
grow on trees                  yet the tomato is used
or shrubs                         plentifully in savoury cooking


synthetic                          synthetic
a priori                           a posteriori
■, ▲                                   in light of the given examples
(geometry)                        in the realm of the analytical
and the propositions       a priori: that fruits grow on
that come with                 trees or bushes
them:                                  there's the pineapple
e.g. c² = a² + b²                   anomaly:
or physics:                         pineapples grow on the ground
e = mc²                                (in the ground) like cabbage-heads
                                            grow in much the same fashion...

i always struggle with the a posteriori conceptualization...
in the original i wrote as can be seen above...
are tomatoes the byproduct of
analytical a posteriori knowledge?
i.e. they are fruits that are used as vegetables (used,
hell, even treated as such)... because you will not find
a tomato desert as such...
the classification of a tomato as a fruit:
given how it grows... would also invoke the cucumber
to be treated as a vegetable:
vegetables are not as juicy as fruits...
the flesh of the fruit is usually softer and certainly
more juicy... while the flesh of the vegetable
is more bulky and requires cooking and salt
to extract the juices oh a higher carbohydrate
concentrate of the fibrous nature...

pineapples... a fruit that grows like a vegetable
in the earth...
i like this "confusion" in my head...
i'm not going to clarify it...
            i leave this curiosity in my writing on purpose...
analytical a posteriori facts:
well... first having categorised the tomato as a fruit:
upon analysis... true: the tomato behaves like
a fruit... but upon analysis: after the fact:
it is better used as a vegetable...

         and the synthetic a posteriori truth about
the pineapple? then again: i know where i might be going wrong...
isn't synthetic a posteriori knowledge possible?
it's not as simple as the pineapple example
based on: fruits grow on trees while vegetables grow in
the earth... i can only find questions
on the possibility of synthetic a priori knowledge...
ergo? of course synthetic a posteriori knowledge
is possible...
    it's ingrained in chemistry...
what does synthetic a posteriori knowledge look like?

a chemist tastes a lemon... and he tries to replicate
the taste of lemon using chemicals...
he breaks down the chemistry of the lemon...
and? with due course... replicates the taste of lemon
without actually using a lemon!
he breaks the lemon to the basic components
of citric acids and whatever else is needed to replicate
the taste of lemon and grind it into a powder:
chemistry is synthetic a posteriori knowledge...
isn't it?

the examples i cited with the pineapples:
it doesn't matter that the pineapple behaves like
a vegetable when it grows...
apart from that sick idea of a Hawaiian pizza toppings...
pineapple? ham?! you what?!
that's not synthetic a posteriori knowledge:
that's just a ******* whim of bad-taste...
there's no actual synthesis of the pineapple growing
as a vegetable and the "ingenuity" of treating
it like a bad idea for a pizza topping...
the tomato: however... is a pristine example
of analytical a posteriori knowledge:
sure... it's categorised as a vegetable...
because of the way it grows... compared to actual vegetables:
but? you wouldn't allow the tomato
to be bitten into like an apple... you wouldn't bake
a tomato cake as you might bake a banana cake...
the analysis concludes: our knowledge of fruits is this...
and we have this vegetable: the tomato
that's a fruit... but it would be better suited
in being used like a vegetable...

synthetic a posteriori does exist... it just doesn't apply
to pineapples for the simply reason that they
grow like vegetables... they're still going to be fruits...
synthetic a posteriori knowledge is chemistry...
it has to exist because a pineapple is
not a synthetic a priori "idea" of TASTE let alone
virtue or however Kant framed it...

ugh... my first day back at Craven Cottage...
little ****** steward: i hate these hierarchies...
it's a petty army of high-viz. jackets...
   i wasn't the supervisor but i had some colts under
my "supervision"... i tried to smooth things over:
i did... in the end i wanted to see Fulham play
Liverpool... i spread the word around:
this is *******... they should have put us inside
the stadium...
   but... the weather was the loveliest and the Thames
was tide-out... two seagulls arguing...
in the shade: this part of London is truly mesmerising...
i love the smell of the Thames with the tide out...
in the shade under these mammoth-esque splendours
of foliage...
hell... i even managed to spot my first KONIK
(little horse)... that's slang for... those ******* that buy
tickets at the regular price... then hang around the stadium
and try to push the tickets at a hyper-inflated price...
the ****** was selling the tickets for £250 for two!
and this was after the first half finished!
i told one of the guys with a radio:
call this in...
                          i had to repeat myself about 3 times
before the management agreed to my concern...
they sent two spare police officers to the person in question...
he almost sold those ******* tickets...
one minute i see him pretend to tie his shoelaces
(he wasn't pretending) - his black cap
disappearing under the bushes... next minute:
wh'ah where?! ****** did a runner...
so he wasn't tying his shoelaces "on a whim":
he was about to do a runner...

                  that's ******* exploitation...
that's like: stealing... capitalism at its worst...
the ingenuity of crime: oh... but it's innocent crime...
it's i buy something for £30 but...
i'll sell it for you for £250...
                             now... it's not antiques! it's not a *******
van Gogh painting that has been lying around
for quite some time... gaining a repertoire and a reputation
as something good, worthwhile:
it's a ******* football match ticket!
hyper-inflation like under the Weimar Republic...
money good as "gold": "gold" as in winter fuel,
timber the new platinum!

after all: there was no real synthetic a priori knowledge:
chemistry is hardly a question of appearance,
water is clear, but so is hydrochloric acid...
what else is clear? sodium hydroxide...
                 chemistry was born from synthetic a posteriori
knowledge...
how many chemical experiments came as a surprise
a sort of anti-Eureka of synthetic a priori knowledge?
champagne springs to mind... lysergic acid comes
to mind: no one was actually trying to find these things...
e.g. they did not come about through analytical
a posteriori knowledge: they arose from
a dimension of the synthetic a posteriori knowledge:
by chance: by accident...

sure... i might be doing a ******-low-skill job right
now: and it is... i'll admit...
it's super **** sometimes:
most of the time my coworkers are either
over-bearing ego-maniacs fixated on hierarchy,
or they're lazy Somali youths...
or just plain-sighted Nimrods...
i sometimes leave my mind to wander...
that when i get the jerks in the feet like
i'm about to fall over... like for bearskin hatted
soldiers on parade...
but i leave my mind to wander:
it's not an insult if it's true...
                  no: when i was a roofer and fiddling
with inanimate things there was more focus
on the work to be done... dealing with people
is a crass differentiation from perfecting how an inanimate
ought to behave under your hands...
to turn a roll of felt into a water-insulated roof
with a roll of fleece and enough tar...
people are different: i'm sort of studying people...
gearing myself to hover in on children in schools...

if Leibniz preferred the profession of librarian
and a private intellectual life of par excellence...
i wouldn't think twice about becoming a primary school
teacher than being a secondary school
teacher of chemistry...
**** me: if drag queen hour is about to be imported
from America: i best (better) step in...
i just imagine: well... unlike a barren woman...
who has no children...
who goes into a profession akin to primary school
teaching... but then i'd arrive...
i know the obvious stereotype to battle:
PEDOHPILE! ha ha...
           Ava Lauren: just my type... plump...
full-bodied... probably the age of my mum by now...
that's my type...
i need something rounded of:
a 5.9 = a 6... just an example...
                
             but i let my mind wander... when roofing
you couldn't leave your mind to wonder...
i could... tell you of the specific scents in certain
underground stations... Baker Street? is that the one
with the Victorian arches, a station under the bridge?
i don't remember...
Putney Bridge is a beautiful station...
but today i took the route:
Romford via train... got off at Stratford... waited for a minute
for the central line...
(i love meditating on the topic of tubes maps...
there are only two important lines
in London... why? based on how many times
they intersect... the Central Line and the Piccadilly
Line... they only intersect at Holborn)...
travelled to Holborn... not sitting...
at each carriage there are these half-seats...
you're leaning back... standing-sitting...
i felt so relaxed... i gave way to the momentum
of the tube...
i was moving backwards and forwards...
head nodding... shoulders doing the mr. plastic-fantastic...
i almost tried to remember the remaining
tension in my body... the grip i had on a bottle
of water and a packet of tortilla wraps...
the rest of me was: freed...

when it comes to scents... that's one thing:
everyone knows it's a stupid idea to change tube
lines at Bank... why? well... Bank it connected
to Monument...
it's a city within a city: a London 2.0... oh oh:
yes it ******* is... never change at Bank...
anyway... as i was relaxing having closed my eyes...
i can tell you where the best sounds of
machinery exist in London?
between Liverpool St. - Bank - and Chancery Lane...
mind you... i cycle the route from time to time...
what's above? is not, what's above...
compared to cycling... this route is like:
watching the original Dune movie...
i'm strapped to a ******* earthworm...
or: being digested by one while listening to
the clag glug and clamour iron biting iron...
i sometimes do the "twirl" of the tube above
ground... just after Aldgate...
i head towards Brick Lane... toward Liverpool St.
prior to reaching Bank St.:

all the Piccadilly Stations between Holborn and
Earl's Court have this sickly sweet stench
about them... it's sickly sweet... it's: sickly sweet...

i remember back in St. Augustine's we had one
female primary school teacher...
some ****** proverb speaks the words:
woe unto you for having to care for the children
of others...
while i'm thinking: that would be a worthwhile challenge...
i don't want any of my own:
the fear of ******* them up more than
i was ****** up wears me down...
at least with the genes of strangers
i can send in an auxiliary covert party of my psyche...
who would i send in? the usual suspects...
Kant, Heidegger, Newton, Ezra Pound...
oh... the list is pretty long...

most probably Rumi hanging around with
Zhuangzi... Ovid and Horace...
ooh... terrible idea to start drinking whiskey
after binge-eating a watermelon...
the burps i'm getting back:
******* postcards from Uan Muhuggiag (Libya)...
i'm seeing camels double the number of their humps!
not good... absolutely no good

burp... ooh... this watermelon will not go down
so good... while i worry about *******
myself come tomorrow morning...
unlike the Red Hot Chilly Peppers singing
the fames of California:
what do i have? i have the countryside of Essex
and the incursions in the concrete staccato
of London... i can mediate this...

              burp: well... at least it's whiskey mingling
with the juices of a watermelon...
i much prefer that to the half-digested acidic
meat of any sort...
                 that's healthy burping and healthy farting
for your...
hmm... investing in children... that's an idea...
i once remarked to a boy in a supermarket:
you know... how a while i thought animals
were incapable of seeing 3D objects
in a 2D canvas: i.e. why wouldn't animals
watch television with men?
today i had a "Fred" pester me for a bite
of my tortilla roll...
i would have given it to him freely:
i wasn't that hungry...
   so i asked his owner: so... what's his diet like?
oh... Fred has had pretty stomach upsets...
he spent the past three days eating mulberries
from a tree...
ooh! i love mulberries: who couldn't be more upset?
the dog or the mulberries?
ugh: these kind of people:
that have their dogs on a ******* vegan diet...
hey! Fred! bite into this tortilla wrap!
i have learned that the food man eats
if also eaten by a dog tastes better:
after it was eaten by man!

o.k., fair enough Fred... you have an owner that
deserves having you: but no children...
i'd put you in the same category as a child...
children, dogs, cats...
things that might stir in man the unusual:
certainly not Darwinistic / genetic investment
that might reduce a man's hormonal balance...
mate... you look at me that dumb-***** eyed way
one more time... let me pat you on the head
like i have... you're coming with me to the land
of eternal tortillas wrapping around chicken
and bacon: there's no "yes" as there's no "no"...

but that's London for you...
            and that's also Essex for you...
i spent an entire day in London?
where did i find those cheap-*** beauties of womanhood?
i didn't find them in London:
i had to travel back to Romford to find...
i sat down to eat a snack bucket in a chicken shop:
three spicy wings, some chips...
mayonnaise and some chilly sauce...
a 7up... £3.50... i enjoyed the meal
and thought about: nothing...
nothing is usually hard to "think" about...
you get into geometry: to prolong your time at pretending
to look "cool"... when eating alone...

i hopped on the bus... watched two hunchbacks
of an elderly couple "manage" their way own:
what cruel fate... the extension of mortality
via science... may i never see myself
that old... reduced to being the child of Atlas...
no... i don't care for the sensibility of secularism
and science...
old age transcends both of these:
it's the reality of old age...
prolonged old age is best renowned
and celebrated by lizards: turtles most in fact...
mammals look weird...
mammals look weird when their life is prolonged:
unnaturally: via the basis of science!

start giving out re-prescriptions to people
with a a faith in science but no hope in hope...
start selling them hopes of eternity...
this materialistic "eternal life": is drawing us closer
to no closure...
there comes a life: there coms a death of said life...
it's not fair to pretend that the inevitiable
is "not" going to happen: it will...
the tyranny of old age...
                  by the standards of the Benelux:
i'm more than willing to bow out...

who knows! i am not willing to simply live
for the awkward presence of strangers
on a basis of anomalies and non-intrusions
of some freaked-up formalities...
to hell with that: i have no evolutionary-existential
plight of  "conscience" that might make me suppose:
on racial grounds: that the human "effort"
will disappear: outright: completely:
sure... chances are... humanity will be governed
by more people willing to ***** cities of death via
the pyramid... people engage in the magic carpet
flights of Islam and pseudo-Islam from regions
akin to Somalia and Bangladesh:
my problem? i can't live forever! can i?

et scriptum est...
i like being toyed around as being the idiot...
it helps me grow...
and it was so written...
                ergo? ut necesse sit!
(and so it must be)
  ha ha! ah ha ha h ha ha!
vulnus ferrum:
                  sanguis respiratio
scratch of iron:
breathing blood!
            
mortuus est mori: the dead must die!
vivos debet mori /
vivos non sunt exceptio!

i work among people that make my intellect:
CLOWN!
   i entertain them... i must...
but their intellect is about as much:
grappling as... i don't know what!
i'm out of metaphors and aphorisms...

                        intelligence is discouraged when it comes
to a working environment...
           i'm like Leibniz... i'm unlike Newton...
my ambitions a "cowering" in a personal enterprise...
i like the individualism of m own enterprise:
i don't hope to solve or save the problems of
a common man... nope!
                
last time i heard? the train has arrived:
i also heard: the train is leaving...
well... i'm i geared up:
what do i care for the famines in Ethiopia?!
i don't care for claiming responsibilities for
people who don't take responsibilities for
themselves!
starve?! **** it... why not?"
oh right... one of the Somali types?!
pretend it's work by hiding behind the bushes?!
ergo? behind the bushes i pretend to shower you
with free bread and pork? don't like pork?
eat dirt instead!

i'm done: free-loaders: i'm done with them...
i'm so ******* with these Somalis that you can't even begin to comprehend!