Distance yourself from the things you like everyone else has the thing I need and I m happy to say neither have I
Picture myself as a thin white child
Back to the day
I
was born on
They slapped me into life
as it crossed My mind
...
Ive
felt better
Ive felt worse
this is my life
n its all very well
but never never again
oh oh oh
As they say
youve been wrong
dont you know where
this time
love
love
love
just love yourself
love no one else
love its enough
they can say what they like
they still cant take love
Distance I my self from
the things
I
like
Every one
has
some
thing
I need
When you wake up and find
all those lovers
leave we behind
Well if you dont
have a
clue about life
then Im
happy
happy
happy
to say
Uhohohoh
neither have I
Yaw then Im not
gonna shrug my shoulders
and suck my thumb
thiis time
is it something
I
said
Love
Love
Love
Just love yourself love no one else
love its enough
they can say what they like but they
still cant take that love
picture my house
in a post card town
picture a bomb
in the sky eye
History at your door
who could ask for more
Ive felt better
///
Ive felt better
\\\
so Kill me with love
Love
Love
Just love yourself
youre no one else
Love
its enough
cause they can say what they like
but they still cant take
your love
your love
your love
Just love yourself
youre no body else
Time so scarce
where
I
come from
They can say what they like
butt
They still cant take away the love
your love
your love
Just love yourself
youre no one else
its love
its love
its lie lielife
they can say what they like they
but they still cant take away your love
your love
your love
your love
Just love yourself
trust no body else
Golf in the Kingdom
.jpg) Cover of the 1974 UK first edition | |
| Author | Michael Murphy |
|---|---|
| Country | United States |
| Language | English |
| Subject | Golf Mysticism |
| Publisher | Penguin Books |
Publication date | October 1, 1971 |
| Media type | |
| Pages | 240 |
| ISBN | 0-14-019549-1 |
| Followed by | Jacob Atabet |
Golf in the Kingdom is a 1971 novel by Michael Murphy. It has sold over a million copies and been translated into 19 languages.[1] Golf in the Kingdom tells the story of Michael Murphy, a young traveler who accidentally stumbles on a mystical golfing expert while in Scotland.
Murphy was inspired to write the book after his time at the Sri Aurobindo Ashram. He became interested in the similarities between descriptions of successful athletes and people who said they had achieved the state of Zen. The novel spawned the Shivas Irons Society, an organization whose members combine golf and meditation.[2][3] In 1997, Murphy wrote a sequel, The Kingdom of Shivas Irons.[4]
Golf in the Kingdom is referenced in the fifth episode of season one of the television series Franklin & Bash.
Plot[edit]
While on layover on his way to an ashram in India, Michael Murphy decides to play a round of golf at Burningbush, a famous local golf course. There he meets the mysterious and charismatic golf pro Shivas Irons who over a 24-hour period teaches him about golf and spirituality.
Plato (/ˈpleɪtoʊ/ PLAYtoe;[2]
Greek: Πλάτων Plátōn; 428/427 or 424/423 – 348/347 BC)
428-348 = 80 years of gamma emission
...was a Greek philosopher born in Athens during the Classical period in Ancient Greece. He founded the Platonist school of thought and the Academy, the first institution of higher learning in the Western world.
Plato is widely considered a pivotal figure in the history of Ancient Greek and Western philosophy, along with his teacher, Socrates, and his most famous student, Aristotle.[a] He has often been cited as one of the founders of Western religion and spirituality.[5] The so-called neoplatonism of philosophers, such as Plotinus and Porphyry, greatly influenced Christianity through Church Fathers such as Augustine. Alfred North Whitehead once noted: "the safest general characterization of the European philosophical tradition is that it consists of a series of footnotes to Plato."[6]
Plato was an innovator of the written dialogue and dialectic forms in philosophy. Plato is also considered the founder of Western political philosophy. His most famous contribution is the theory of Forms known by pure reason, in which Plato presents a solution to the problem of universals known as Platonism (also ambiguously called either Platonic realism or Platonic idealism). He is also the namesake of Platonic love and the Platonic solids.
His own most decisive philosophical influences are usually thought to have been, along with Socrates, the pre-Socratics Pythagoras, Heraclitus and Parmenides, although few of his predecessors' works remain extant and much of what we know about these figures today derives from Plato himself.[b] Unlike the work of nearly all of his contemporaries, Plato's entire body of work is believed to have survived intact for over 2,400 years.[8] Although their popularity has fluctuated, Plato's works have consistently been read and studied.[9]
Socrates (/ˈsɒkrətiːz/;[1] Greek: Σωκράτης; c. 470–399 BC)
470 - 399 = 69 revolutions of the blue ball around the sun
was a Greek philosopher from Athens who is credited as the founder of Western philosophy and among the first moral philosophers of the ethical tradition of thought.[2] An enigmatic figure, Socrates authored no texts and is known mainly through the posthumous accounts of classical writers, particularly his students Plato and Xenophon. These accounts are written as dialogues, in which Socrates and his interlocutors examine a subject in the style of question and answer; they gave rise to the Socratic dialogue literary genre. Contradictory accounts of Socrates make a reconstruction of his philosophy nearly impossible, a situation known as the Socratic problem. Socrates was a polarizing figure in Athenian society. In 399 BC, he was accused of impiety and corrupting the youth. After a trial that lasted a day, he was sentenced to death. He spent his last day in prison, refusing offers to help him escape.
Plato's dialogues are among the most comprehensive accounts of Socrates to survive from antiquity. They demonstrate the Socratic approach to areas of philosophy including rationalism and ethics. The Platonic Socrates lends his name to the concept of the Socratic method, and also to Socratic irony. The Socratic method of questioning, or elenchus, takes shape in dialogue using short questions and answers, epitomized by those Platonic texts in which Socrates and his interlocutors examine various aspects of an issue or an abstract meaning, usually relating to one of the virtues, and find themselves at an impasse, completely unable to define what they thought they understood. Socrates is known for proclaiming his total ignorance; he used to say that the only thing he was aware of was his ignorance, seeking to imply that the realization of our ignorance is the first step in philosophizing.
Socrates exerted a strong influence on philosophers in later antiquity and has continued to do so in the modern era. Socrates was studied by medieval and Islamic scholars and played an important role in the thought of the Italian Renaissance, particularly within the humanist movement. Interest in Socrates continued unabated, as reflected in the works of Søren Kierkegaard and Friedrich Nietzsche. Depictions of Socrates in art, literature, and popular culture have made him a widely known figure in the Western philosophical tradition.
The allegory of the Cave is
an allegory of the mind body
system
a system based on the
same system that runs the blue ball
the same system that runs the solar system
the one that runs the galaxy
the one that runs the universe of universes
This is salt water redox
where water breaks up and makes up
causing two fields of flux
that result in the thrid
flux of fields
the visible
playing invisible
producing the precession
poking
cen tri pi tau
force field pole ward
playing keep the blue bal
from leaking
precious H^2O
while it flies
around itself at 24000 Mph
flying around the sun at an average of 66000 Mph
flying around the center of this galaxy at {fill in the blank here}
Flying around at the tip of that trap attached to the next level of big
ditto for the rest of the balls of no fire flying around the
sunny bunny that has too many names and not
enough understanding
The way to think about this story
is to picture your self as a thin white child
and remember at the moment
they slapped you into life
you had felt better
you had felt worse
as a frog like fluid breating fish
for the previous nine months
as the blue ball was ballin around
the yellow coin in the sky
under the watchful eye of Apollo
and the rest of the sky eyed
cousins you swap salt with
your systems had been
rolling out
building up
running simulations
monitoring levels
growing fiber optic
cable not yet tested
at full power
where aside from shadow
the orbs that are salt water filled
bags of salt water bags
of salt water bags
held together by electricity
communicated to by electricity
from other electric signals
ginned up at the other end
of the other end of
the salt bath
of ionizing redox reactions
where your wet ass happens to be
based on instructions
aka burning salt water
burning some other salt water
while not burning
up enough of said salt water in the immediate
vicinity
where the unfortunate
upgraded grade of dune
buggyin leaves
your sorry ass
beached
in the silicon desert of dead sea symmetry
where silicon
sits solom
silent small
sandy in a word
and after nine months of this
silent spin up
some stranger slaps your sorry ass
to prove that
When you wake up
you do find
all loved lovers
leave we behind
The Quezzie quine able quessie wize here is do all frog like
units have multiple
matrici of matrici
making motors mote
momentum momentarily
more movement more
move meant
along
alee
Well
if you dont
have a
clue about life
then Im
happy
happy
happy
to say
Uhohohoh
neither have
eye I Yawn
and Im not
gonn a
shrug my shoulders
and suck my thumb
theiis time
is it something
I
said
The solar wind is a stream of charged particles released from the upper atmosphere of the Sun, called the corona. This plasma mostly consists of electrons, protons and alpha particles with kinetic energy between 0.5 and 10 keV. The composition of the solar wind plasma also includes a mixture of materials found in the solar plasma: trace amounts of heavy ions and atomic nuclei such as C, N, O, Ne, Mg, Si, S, and Fe. There are also rarer traces of some other nuclei and isotopes such as P, Ti, Cr, 54Fe and 56Fe, and 58Ni, 60Ni, and 62Ni.[2] Superposed with the solar-wind plasma is the interplanetary magnetic field.[3] The solar wind varies in density, temperature and speed over time and over solar latitude and longitude. Its particles can escape the Sun's gravity because of their high energy resulting from the high temperature of the corona, which in turn is a result of the coronal magnetic field.
At a distance of more than a few solar radii from the Sun, the solar wind reaches speeds of 250–750 km/s and is supersonic,[4] meaning it moves faster than the speed of the fast magnetosonic wave. The flow of the solar wind is no longer supersonic at the termination shock. Other related phenomena include the aurora (northern and southern lights), the plasma tails of comets that always point away from the Sun, and geomagnetic storms that can change the direction of magnetic field lines.
History[edit]
Observations from Earth[edit]
The existence of particles flowing outward from the Sun to the Earth was first suggested by British astronomer Richard C. Carrington. In 1859, Carrington and Richard Hodgson independently made the first observations of what would later be called a solar flare. This is a sudden, localised increase in brightness on the solar disc, which is now known[5] to often occur in conjunction with an episodic ejection of material and magnetic flux from the Sun's atmosphere, known as a coronal mass ejection. The following day, a powerful geomagnetic storm was observed, and Carrington suspected that there might be a connection; the geomagnetic storm is now attributed to the arrival of the coronal mass ejection in near-Earth space and its subsequent interaction with the Earth's magnetosphere. Irish academic George FitzGerald later suggested that matter was being regularly accelerated away from the Sun, reaching the Earth after several days.[6]
In 1910, British astrophysicist Arthur Eddington essentially suggested the existence of the solar wind, without naming it, in a footnote to an article on Comet Morehouse.[7] Eddington's proposition was never fully embraced, even though he had also made a similar suggestion at a Royal Institution address the previous year, in which he had postulated that the ejected material consisted of electrons, whereas in his study of Comet Morehouse he had supposed them to be ions.[7]
The idea that the ejected material consisted of both ions and electrons was first suggested by Norwegian scientist Kristian Birkeland.[8] His geomagnetic surveys showed that auroral activity was almost uninterrupted. As these displays and other geomagnetic activity were being produced by particles from the Sun, he concluded that the Earth was being continually bombarded by "rays of electric corpuscles emitted by the Sun".[6] He proposed in 1916 that, "From a physical point of view it is most probable that solar rays are neither exclusively negative nor positive rays, but of both kinds"; in other words, the solar wind consists of both negative electrons and positive ions.[9] Three years later, in 1919, British physicist Frederick Lindemann also suggested that the sun ejects particles of both polarities: protons as well as electrons.[10]
Around the 1930s, scientists had concluded that the temperature of the solar corona must be a million degrees Celsius because of the way it extended into space (as seen during a total solar eclipse). Later spectroscopic work confirmed this extraordinary temperature to be the case. In the mid-1950s, British mathematician Sydney Chapman calculated the properties of a gas at such a temperature and determined that the corona being such a superb conductor of heat, it must extend way out into space, beyond the orbit of Earth. Also in the 1950s, German astronomer Ludwig Biermann became interested in the fact that the tail of a comet always points away from the Sun, regardless of the direction in which the comet is travelling. Biermann postulated that this happens because the Sun emits a steady stream of particles that pushes the comet's tail away.[11] German astronomer Paul Ahnert is credited (by Wilfried Schröder) as being the first to relate solar wind to the direction of a comet's tail based on observations of the comet Whipple-Fedke (1942g).[12]
American astrophysicist Eugene Parker realised that heat flowing from the Sun in Chapman's model, and the comet tail blowing away from the Sun in Biermann's hypothesis, had to be the result of the same phenomenon which he termed the "solar wind".[13][14] In 1957, Parker showed that although the Sun's corona is strongly attracted by solar gravity, it is such a good conductor of heat that it is still very hot at large distances from the Sun. As solar gravity weakens with increasing distance from the Sun, the outer coronal atmosphere is able to escape supersonically into interstellar space. Parker was also the first person to notice that the weakening influence of the Sun's gravity has the same effect on hydrodynamic flow as a de Laval nozzle, inciting a transition from subsonic to supersonic flow.[15] There was strong opposition to Parker's hypothesis on the solar wind; the paper he submitted to The Astrophysical Journal in 1958[15] was rejected by two reviewers, before being accepted by the editor Subrahmanyan Chandrasekhar.[16]
Observations from space[edit]
In January 1959, the Soviet spacecraft Luna 1 first directly observed the solar wind and measured its strength,[17][18][19] using hemispherical ion traps. The discovery, made by Konstantin Gringauz, was verified by Luna 2, Luna 3, and the more distant measurements of Venera 1. Three years later, a similar measurement was performed by American geophysicist Marcia Neugebauer and collaborators using the Mariner 2 spacecraft.[20]
The first numerical simulation of the solar wind in the solar corona, including closed and open field lines, was performed by Pneuman and Kopp in 1971. The magnetohydrodynamics equations in steady state were solved iteratively starting with an initial dipolar configuration.[21]
In 1990, the Ulysses probe was launched to study the solar wind from high solar latitudes. All prior observations had been made at or near the Solar System's ecliptic plane.[22]
In the late 1990s, the Ultraviolet Coronal Spectrometer (UVCS) instrument on board the SOHO spacecraft observed the acceleration region of the fast solar wind emanating from the poles of the Sun and found that the wind accelerates much faster than can be accounted for by thermodynamic expansion alone. Parker's model predicted that the wind should make the transition to supersonic flow at an altitude of about four solar radii (approx. 3,000,000 km) from the photosphere (surface); but the transition (or "sonic point") now appears to be much lower, perhaps only one solar radius (approx. 700,000 km) above the photosphere, suggesting that some additional mechanism accelerates the solar wind away from the Sun. The acceleration of the fast wind is still not understood and cannot be fully explained by Parker's theory. However, the gravitational and electromagnetic explanation for this acceleration is detailed in an earlier paper by 1970 Nobel laureate in Physics, Hannes Alfvén.[23][24]
The STEREO mission was launched in 2006 to study coronal mass ejections and the solar corona, using stereoscopy from two widely separated imaging systems. Each STEREO spacecraft carried two heliospheric imagers: highly sensitive wide-field cameras capable of imaging the solar wind itself, via Thomson scattering of sunlight off of free electrons. Movies from STEREO revealed the solar wind near the ecliptic, as a large-scale turbulent flow.
The Voyager 1 probe reached the end of the solar-wind "bubble" in 2012, at which time the detection of solar wind dropped off precipitously. A similar observation was made six years later by Voyager 2.
In 2018, NASA launched the Parker Solar Probe, named in honor of American astrophysicist Eugene Parker, on a mission to study the structure and dynamics of the solar corona, in an attempt to understand the mechanisms that cause particles to be heated and accelerated as solar wind. During its seven-year mission, the probe will make twenty-four orbits of the Sun, passing further into the corona with each orbit's perihelion, ultimately passing within 0.04 astronomical units of the Sun's surface. It is the first NASA spacecraft named for a living person, and Parker, at age 91, was on hand to observe the launch.[25]
Acceleration[edit]
While early models of the solar wind relied primarily on thermal energy to accelerate the material, by the 1960s it was clear that thermal acceleration alone cannot account for the high speed of solar wind. An additional unknown acceleration mechanism is required and likely relates to magnetic fields in the solar atmosphere.[citation needed]
The Sun's corona, or extended outer layer, is a region of plasma that is heated to over a megakelvin. As a result of thermal collisions, the particles within the inner corona have a range and distribution of speeds described by a Maxwellian distribution. The mean velocity of these particles is about 145 km/s, which is well below the solar escape velocity of 618 km/s. However, a few of the particles achieve energies sufficient to reach the terminal velocity of 400 km/s, which allows them to feed the solar wind. At the same temperature, electrons, due to their much smaller mass, reach escape velocity and build up an electric field that further accelerates ions away from the Sun.[26]
The total number of particles carried away from the Sun by the solar wind is about 1.3×1036 per second.[27] Thus, the total mass loss each year is about (2–3)×10−14 solar masses,[28] or about 1.3–1.9 Million tonnes per second. This is equivalent to losing a mass equal to the Earth every 150 million years.[29] However, since the Sun's formation, only about 0.01% of its initial mass has been lost through the solar wind.[6] Other stars have much stronger stellar winds that result in significantly higher mass-loss rates.
well neither have
eye I Yawn
and Im not
gonn a
shrug my shoulders
and suck my thumb
theiis timE
is it some thing
I
said?
If you have not lived under a rock for the last few moon cycles
you see what is happening and know what is not happening
your knowledge is always limited to what you can
see in each eyeball separately
two distinct and
two similar images
fed along fiber optic cable
just above the roof of your mouth
just below the nasal
salt sniffer translating
salt content data from ambient
gas
to the control center
along fiber optic cable
running in the same
substrate the salt water bath
at various densities
that is your lymbic system
that is the cell walls define cell
that is the nerve fiber optic cable define nerve
that is the blood vessel of any diameter define vessel
that is the process which processes every thing define war
That is the process of processes of the republic of reality define
mind
body
system of mindbody
government
whence the this does this
the that does that
like two ships passing
in the night
sometimes war breaks out
It rains more ginning up the salt dance
It rains less ginning down the salt sauna
There is food
There is less food
There is food of quality
There is food of virtue
movement creates electric charge
where the body minds the mind
and the mind Bodhi Zattvas the bucket of salt water
with the two big goden ration cornu
copian funnels spinning the weight of the salt water
for analysis in the vibratory jello not always mello
concomitant with the smellow and the yellow
and well
oh it looks like
the sound of the
color in the
pi
parks a bumber next to a number
which can be deciphered by three
regulating various flow rates
at various frequencies
dictated by the
sound of the redox
as your clockz tick za tock zzzz
And so as the shiny pennies say after joke time is timed
out now for the really confusing stuff that I get paid the big bucks to tell you that you do not understand and as with all legal arrangements we do not discuss what we do not discuss when the discussion is discussing the discussable including your salary and future occupation where occupation is the source of the shiny pennies that put the skinny suits on the slender men selling salty solutions to a sea worty salt of the earth for a mere pittance when little miss muffet no longer sits on a tuffet eating anything other than salt pork curds and watery whey we begin where the end is connecting the beginning to the ending and so first to the end of the beginning then to begin the ending early you start at the beginning here we come
Therefore, of this matter itself, there must be a craft of some kind, which would be a most efficient and effective means of transforming the soul. It would not be an art that gives the soul vision, but a craft at labor under the assumption that the soul has its own innate vision, but does not apply it properly. There must be some kind of means for bringing this about. Glaukon: Yes. Such a craft must exist.
Therefore
of this matter
itself
there must be
a craft
of some kind
which would be
a most efficient
and effective means
of transforming
the soul
The soul is clearly an idea surrounding knowledge of knowledge with an angular edge chamfered at the degree to which one is evidenced to have di angularized said set K over the gamma radiating range of each hominid zapped into formation at any set of identified moments of momentum beginning before one is slapped into life aka born with a set of natural instructions this is how your are built in the salt water bag instructions passed along with each component from the loving
mother happy to pass along the long and the short of it
as put in the Hello Language:
but a craft
at labor
under the assumption
that the soul
has its own
innate
vision
but does not apply
it properly
the bag of electric salt water
simmering inside a bag of salt water
inside a bag of salt water
inside a bag of salt water
inside a bag of salt water
Future hominid Fetus
Placenta
Womb
Mommy
Atmosphere
solar system
That bag of salt water was able to figure it out
for the first nine months as systems were spinning up
once dropped on a dime
the prodding poking pointing pouting
pertinent parenting puts permanent ant like
marks on the bag of jello
belatedly belabeled brain matter
yes the bag of relative to to take an example
tubes of salt water termed Arteries
nothing more than themselves relatively doubly
dense bottomless
bags of red dye#2 colored
salt water
a bigger bag of relatively denser
salt water glued together
folded up ferociously
fondling filtered
fuzzy flicks
festooned
fire
Burning brightly as bright burning light
beckoning Basis
baleful
bold
bad
Then some shiny penny slaps you into the game and the brainwashing
begins everything is monitored and the unit either gets consistent feedback which is verified and fed back in to the back door along the Tau road of sweet sorrows salty tears lubricating the lane for the Jesus rolls...
It would not be an art that gives the soul vision, but a craft at labor under the assumption that the soul has its own innate vision, but does not apply it properly. There must be some kind of means for bringing this about
It would not
be an art
that gives
the soul
vision
but a craft
at labor
under the assumption
that the soul
has its own
innate
vision
but does not apply
it properly
There must be
some kind
of means
for bringing
this about
And so the definition of Art
as a
giver of Vision
concomitantly as
a kind of ME ans
such as as we shall see
when the crowd gets into the details of
Arithmetic the Art of knowledge of the odd and the even
and Geometry the Art of knowledge of shapes
the relation between shapes
the manipulation of shape
the thinking in number set
concomitantly looking at reality
as the bag of electric salt water
spent the first nine months
of the hunt for red october
practicing at 24000 miles per hour
24 hours per day
with no vacation
no coffee breaks
no trips to the
diaper store
Now, would it be at all surprising for one who has been engaged in the contemplation of holy things, when he ventures into ways of degenerate humanity, to appear ridiculous in his actions? What if, for example, while his eyes were still adjusting to the mundane gloom, he would be forced to appear in court to hold forth about the mere shadows of justice or the other shapes that flitted across the wall? And to engage in debate 517e about such concepts with the minds of others who has never beheld the Ideal Justice? Glaukon: It would not surprise me the least. Socrates: 518a But one who has his wits about him would remember that there are two things that pain the eyes: being brought from darkness to light, and transitioning back from light to darkness. Now, considering that the soul experiences the same discomfort, this man would not make light of another when he met with a confused soul. He would take the time to understand if that soul was coming from a luminous realm and his eyes were Copyright © 2016 Plumbstone Books blinded by darkness, or 518b whether journeying from the darkness of ignorance into an illuminated state had overwhelmed his eyes. One, he would consider fortunate. He would pity the other—and if he laughed at either, it would be less justified if he laughed at the expense of the one who was descending from the light above. Glaukon: That’s a fitting way to put it.
Now
would it be
at all surprising
for one who has been engaged
in the contemplation
of holy things
when he ventures into ways
of degenerate humanity
to appear ridiculous
in his actions?
What if
for example
while his eyes were still adjusting to the mundane gloom
he would be forced
to appear
in court to hold forth
about the mere shadows
of justice or the other shapes
that flitted across the wall?
And to engage in debate
517e about such concepts
with the minds
of others who
has never beheld the Ideal Justice?
Glaukon: It would not surprise me the least
Socrates: 518a But one who has his wits about him
would remember
that there are two things
that pain the eyes:
being brought from darkness to light
and transitioning back from light to darkness
Now
considering that the soul
experiences the same discomfort
this man would not make
light
of another when he met
with a confused soul
He would take the time to understand
if that soul was coming from
a luminous realm
and his eyes were Copyright © 2016 Plumbstone Books blinded by darkness
or
518b whether journeying from the darkness of ignorance
into an illuminated state
had overwhelmed his eyes
One
he would consider fortunate
He would pi ty
the other
—and
if he laughed at either
it would be less justified
if he laughed
at the expense of the one
who was descending
from the light above
Glaukon: That’s a fitting way to put it.
Herer is another one
but yeah, it has been a minute since Euclid explained how to do it so don't worry, The family squabble over there in the dark puddle is not going to end before this dog digs the dirt up on that joke. Let us start where this ends. Probability of a possibility is to be found on the belT curve of the set distribution. Popp ability of a probability is probably probable only if the popp is the poop and the popp ability is the possibility because the possibilities of not all the possibilities is not the complete set and the possibilities of the possibilities is the complete set.
The Belt curve is not designed to determine the size of the belt. That is determined by Pi and so
When the set of possibilities is the belt curve aka the baby . that becomes the big O whe Pi it gets a little Pi Faced or faces up to Pi
Suddenly we are back to the belt of Orion and the cats in the box or the box in the cat and the this and the that and someone is going to need to watch MIB backwards again and make sure that the Mrs. And QUERTY is still the typing teacher in the yearbook and not that woman who looks so frighteningly like her and Rip Torn takes it so non Chalantly. Off to You Tube for an education again.
Clarity already
Both bis dann and bis später mean “see you later”, but bis dann more literally means “see you then”.
Toroidal polyhedra
For any number of holes, the formula generalizes to V − E + F = 2 − 2N, where N is the number of holes. The term "toroidal polyhedron" is also used for higher-genus polyhedra and for immersions of toroidal polyhedra
Look
and you will
also see
other people carrying objects back and forth
along the partition
514c things of every kind
images of people
515a and animals
carved in stone and wood and other materials
Some of these other people speak
while others remain silent
Glaukon: A bizarre situation for some unusual captives
Socrates: So we are!
Now, tell me if you suppose it’s possible that these captives
ever saw
anything
of themselves or one another
other than
the shadows
flitting across the cavern wall
before them?
sets of ideas
encounters with others
encounters with self
Door #3 sounds right to me
is it time to get up
is it time to go to bed
is it time to get food
is it time to eat food
Can the mind know the self
and the not self when the
self is not running the
conversation and potentially
not running the show as the
show runner is not always
the one in the know before
being born brought the knower
from the known to the unknown
This is the conversation in all of these conversations
there are clearly conversations being had between more
than one voice in the mind of the conversator the conversation is clearly
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Have something to say? Say it See it Feel it Live it then take It apart until you know what It is and As you were before you were born, feel the sound of it rattling around in the outbox smell the sight of it as the juices in your brain bag are fed little light waves of electric combinatory discombinatory salty sea solution sliding stealthily supplying the juice for the other end of the switch turned on by the turn on that turns on the on like one is when one is on and one is when one is idling on as the slumber soothes silky roads of well traversed travelers traipsing trails of tuned toned teeny tiny twirls of primes pumping nines into sixes and threes like humming honey bees evens evening out the odds as the unknown unknowns puddle sing a shiny bling and bring the ear funnel Z as close as eyeball close can see...z.z..z...