tacked on when randomly bored
applied thoughts in a scribblebook
open for the world to look who passes by
so fast to see like a needle in a haystack we
safely stash those innermost secrets thought to be
at least you see languishing up and into pristine
blossoms for you to pick and sniff and hope
they don't make you sick.
1/4/25
proto-humans (definition of)
6/13/24
Mother Sun (a theory)
by Shaun Lawton
I am a creative writer and an amateur astronomer
without a telescope. Here's my poetic
idea I like to refer to as the Organic Supposition of Planet Formation (as
opposed to the standard gravitational theory and alternative conjectures such
as the recently posited electrical theory of planetary formation). In my organic hypothesis, our local star
produces all the planets, birthing them like seeds. Over epochal periods of time, they gradually
(indiscernible to our mayfly-like existences) move farther and farther away
from their stellar mother...each one eventually replacing the spot formerly
occupied by their elder sibling. It’s a straightforward premise which I don’t
believe has been ruled out as of yet.
This proposition
would offer one reason how Mars now contains traces of evidence for life that
may have once flourished back in time when it formerly occupied the space
Earth currently does; and furthermore, it may clarify how all the spat-out
and spent "planet-husks" end up as plutinos and twotinos, etc.,
arriving into the vast scattered disc and Kuiper belt, eventually to culminate
in the planetary graveyard comprising the Oort Cloud. In this hypothesis, Earth
itself is destined to take the place of Mars. Then, after passing through the
remnants of the asteroid belt, it eventually undergoes the celestial transmutation
into its “Jupiter-phase,” the first of four gas-giant developmental stages.
I
speculate that at this chapter of our organic and fourth-dimensional evolution,
the planetoids our Sun gives birth to begin to develop the various intervals of
their hydrogen/helium atmospheres, which invariably pass through Saturn's state,
Uranus's stage, and finally, after reaching Neptune's glorious, frozen apotheosis,
they are destined to complete their considerable and immense mortality and join
Pluto (in its “hospice stage,” if you will) and then the inevitable termination
– to be ejected into the graveyard of hundreds of thousands of planets our
local star has spawned and will continue to for as long as it remains fertile. This
speculation is one of the reasons why I think of the Oort Cloud as a sort of
inverse eggshell; because it signifies the epochally formed exterior of the
cosmic mausoleum being built even while we live and breathe here on Earth
during this tertiary stage of our first trimester of celestial emergence.
On Being
by shaun lawton
We must all strive to share a mutual
perspective on the fecundity of the question "Is there any such thing as
alien life?" If our own ideas of
where we stand on the great cosmic scale of existence were to expand themselves
to consider our home as being merely identified as the greater set of the entire
universe, then all life within said parameters might suddenly become not so
alien to us, after all. We should each
be able to see that the question of *whether or not* there is alien life out
there and *what* it might be are indeed two separate and thorny questions, and
our situation here seems to be in the habit of lumping them together as if they
were one and the same. Ah, "To be, or not to be..."
The spirit of this question then becomes an integral consideration in our guesswork of not only what the true nature of the so-called "alien" might actually be, but also our own true nature in the context of all creation. It renders the meaning of the term "alien" with the caveat that it must then define something truly separate from us, in the sense that it may not even share our DNA(!), or even not be of this universe at all(!?).
And as some of us are already beginning to
suspect, our existence may in fact be an aspect of a singularity. These perspectives
become crucial for us to keep in mind when defining life itself and our
universe. If you ask me, the very fact
we are still struggling with (and on different pages of) our own explanations for life and our place in the universe itself renders any discussion on the search for
extraterrestrial intelligence all the more challenging. At this stage of our
comprehension of the universe around us, I often suspect it is ourselves who are
being more effectively searched for, and not the other way around. Unless, perhaps, the universe is like some strange game where we
must first lose ourselves in order to then begin the search all over again...
3/26/24
The Great Attractor
by Shaun Lawton (roving reporter for the Oscillating Oculus).
"Does a pie sliced into 14 unequal pieces even feel the knife that sectioned it? It's a trick question, since the Great Attractor balances out our whole life."
The Great Attractor is the apparent central gravitational point of the Laniakea Supercluster of galaxies which includes the Milky Way as well as about 100,000 other galaxies. Lanieakea is part of the Pisces-Cetus Supercluster Complex, which itself can be described as a galaxy filament, the largest known structures in the universe. These galactic filaments are massive, thread-like formations that function like dividing walls forming the boundaries between voids (also known as "dark spaces"). These dark spaces or voids contain very few if any galaxies, because the vast majority of galaxies remain gravitationally bound together forming galaxy filaments. Most of these "void pockets" are between 10 and 100 megaparsecs in diameter (30 to 300 million light years) and even larger ones are referred to as supervoids.
The observed attraction (of the Great Attractor) suggests a localized concentration of mass on the order of ten-quadrillion solar masses. However, it is somewhat hidden from our view by the Milky Way's galactic plane, lying behind the Zone of Avoidance ("ZOA"). It turns out that the Great Attractor is difficult to observe directly in visible light wavelengths. (The attraction itself is observable by its effect on the motion of galaxies and their associated clusters over a region of hundreds of millions of light-years across the universe).
To be clear, these galaxies are observable above and below the Zone of Avoidance; yet all of them are redshifted in accordance with the Hubble flow, indicating that they are receding relative to the Milky Way and to each other, but the variations in their redshifts are large enough and regular enough to reveal that they are slightly drawn towards the attraction.
These variations in their redshifts are known as "peculiar velocities", and cover a range from about +700 km/s to −700 km/s, depending on the angular deviation from the direction to the Great Attractor.
What's interesting to know, is that the Great Attractor itself is moving towards the "Shapley Supercluster", and furthermore, recent astronomical studies by a team of South African astrophysicists have revealed that in the Great Attractor's theorized location lies a supercluster of galaxies known as the "Vela Supercluster."
The Shapley Supercluster appears as a striking overdensity in the distribution of galaxies in the constellation of Centaurus, itself located 650 million light years away from us. It is the largest concentration of galaxies in our nearby universe that forms a gravitationally interacting unit (therefore appearing to be pulling itself together rather than expanding with the universe).
The Vela Supercluster is even farther away from us (at a distance of about 870 million light years) and is thought to be within the vicinity of the Zone of Avoidance, itself centered on the constellation Vela. *
*to be (or not to be) cont.
12/7/23
Atmospheric Macrolensing
12/6/23
Toward vs. Towards
by shaun lawton
Web search results display blogversations which indicate that with the 's' is the British way, and without it, the American way. I don't know for sure, but personally, I don't think that gets to the bottom of it.
I think (or like to pretend at least) that it's finer than that.
(I need help from experienced, language professionals, on this issue.)
These words, man...they are some volatile, dangerous stuff.
If you ask me, I think we should be using the 's' when the word being modified is plural, and drop it when it's singular.
Case in point:
You wouldn't say "a thousand arrows rained down toward me" unless you specifically meant to point out that they were all launched at the same time. Thus raining down all at once, in one fell swoop. That would indicate a singular mass of arrows--falling toward me.
Another example. Take the rain (for instance):
"A million rain drops fell toward me" vs. "a million rain drops fell towards me."
The former would indicate the rainfall as a frozen moment in time: you know how, if you stare out at the rain, you can slow down and even momentarily freeze sections of falling raindrops, as your eyes glance downward at matching rates of speed? It's sort of like that, when using the singular, without the 's'. But if you wanted to indicate the continuing or rather, constant fall of rain drops, you would use the plural form, with the 's': "A million rain drops fell down from the sky towards me."
A couple more examples, to rest my case:
"What looked like three street thugs working together began ambling over towards me."
vs.
"The police officer walked directly toward me."
Look, I realize what I'm pointing out here probably isn't even a thing. I am just working toward understanding towards. Any help would be vastly appreciated. . .
9/16/23
Droplet of Infusoria
by Shaun Lawton