You awoke with a headache on the left side;
unusual for you to have a headache. It still throbs, though not so much an hour
and a half later. The car tire held its air overnight, so you are pleased with
this. Carol is still reading the morning paper after reading the local, which
you have not read. – Amorella
0904
hours. There is never much in the local paper. I don’t know but a couple people
in Mason Schools today. I don’t know any of the students; too many people in
the district these days. I assume there are about ten thousand – though that
seems a bit high – 10,865 k-12 students according to their website. Amazing.
Mid-afternoon on a Saturday. You are waiting
for Carol at Kroger’s outside Half Price Books (for the free WiFi) on
Mason-Montgomery Road. You had Potbelly sandwiches in the shade at Pine Hill
Lakes Park first. – Amorella
1539
hours. I am still thinking about how it would be if next to Nothing-at-All
there were distortions of gravity waves. I try to imagine a visible even though
light would not have been created yet.
From
my, the Amorella’s perspective, light need never exist. What do you think?
1543
hours. I think it would be easier for you to remain consistent. I return to ‘Form’.
Over the years I have used the image you drew of yourself but that form is
after entering the dimensions in which we, the Living, exist. What comes to
mind is I have thought of you as a ghostly sort of form, but . . . anyway, it
is difficult to imagine you without a form when obviously, from my perspective,
you have a function.
Humans cannot imagine what they are not
(that is, all of physics). Even spiritual aspects (heart and soul) are imagined
lightly. So, let’s begin with heart images. See what’s online. – Amorella
** **
[WB].
Heart 1
[WB].
Heart 2
** **
These are two online heart images your sense of William
Blake picks up on. Now, look for soul images. – Amorella
1725
hours. I cannot find any suitable image – the closest would be a female nude photographed in black and white or a classical Greek sculpture of a nude female form. I can only imagine a soul anticipating a physical form embodied with
heart and mind. I prefer my soul in a female in form. If I were female I would
prefer my soul male in form. I prefer you, Amorella, female. However,
what form would you prefer? (I imagine a leaf of grass.)
A
very small drop of natural (unpolluted) water; a dewdrop will do. – Amorella
1745
hours. This is a surprise. I would not have thought of something so simple yet so
extremely important to life as we know it.
You asked. Something to think about, huh? –
Amorella
1749
hours. I agree. I have learned something, if not about you, Amorella, then
about myself.
Either way, you better realize what
it is to be a human being. Post. – Amorella
Simplification is a key. - rho
2112 hours. What
to be; a dewdrop of natural water. I am taken in by the purity of the concept. Tonight
on either ABC or NBC News a reference was made to the discovery of Clathrate
Ices in Comet 67P.
** **
From Wikipedia:
Clathrate hydrates, or gas clathrates, gas hydrates, clathrates,
hydrates, etc., are crystalline water-based solids physically resembling
ice, in which small non-polar molecules (typically gases) or polar molecules
with large hydrophobic moieties are trapped inside "cages" of
hydrogen bonded, frozen water molecules. In other words, clathrate hydrates are
clathrate compounds in which the host molecule is water and the guest molecule
is typically a gas or liquid. Without the support of the trapped molecules, the
lattice structure of hydrate clathrates would collapse into conventional ice
crystal structure or liquid water.
Selected and
edited from Wikipedia
** **
ScienceNewsline
Space & Planetary
SwRI-led Team Identifies Clathrate Ices in
Comet 67P
Published:
April 9, 2016.
Released
by Southwest Research Institute
San Antonio
-- April 8, 2016 -- For decades, scientists have agreed that comets are mostly
water ice, but what kind of ice -- amorphous or crystalline -- is still up for
debate. Looking at data obtained by ESA's Rosetta spacecraft in the atmosphere,
or coma, around comet 67P/Churyumov-Gerasimenko, scientists at Southwest
Research Institute (SwRI) are seeing evidence of a crystalline form of ice
called clathrates.
"The
structure and phase of the ice is important because it tells us a lot about how
and where the comet may have formed," says Dr. Adrienn Luspay-Kuti, a
research scientist in SwRI's Space Science and Engineering Division. She is the
lead author of a paper titled "The presence of clathrates in comet
67P/Churyumov-Gerasimenko" published in the April 8 issue of the journal Science
Advances. "If the building blocks of 67P were predominantly
crystalline ices and clathrates, then 67P likely agglomerated from chunks of
ice closer to the Sun. The protosolar nebula closer to the Sun experienced
higher temperatures and more turbulence where crystalline ices could form as
the nebula cooled. More pristine amorphous ices likely dominated the colder
outskirts of the rotating disk of dust and gas that surrounds the core of a
developing solar system."
Amorphous
water ice efficiently traps large amounts of volatile compounds, which are
released simultaneously upon warming. Water clathrates are crystalline
structures containing gas molecules. The volatiles locked inside the water
actually create the stable clathrate structure. These structures release gases
at characteristic temperatures, dependent on the gas-phase volatile locked
inside the clathrate. Luspay-Kuti led an international team of cometary experts
that interpreted Rosetta spacecraft data, and found that the observed
outgassing pattern indicates the nucleus of 67P contains clathrates.
"Without
direct sampling of the nucleus interior, evaluating the composition of the coma
provides the best clues about the ice structure and, as a result, the possible
origin of cometary nuclei," said Luspay-Kuti. "Thought to closely
reflect the composition of the building blocks of our solar system, comets
carry important information about the prevalent conditions in the solar nebula
before and after planet formation. These small icy bodies help us understand
the big picture."
The multi-institute
team of cometary scientists analyzed mass spectrometer data from the southern
region of 67P from September to October 2014, before equinox. 67P is a Jupiter
family comet thought to originate from the Kuiper Belt. Scientists are
comparing these new data with data from the flyby of Hartley 2 -- considered
cometary kin in family and origin to 67P -- and finding correlations. If these
comets formed closer to the Sun than originally thought, these data could help
refine solar system formation models.
Selected and edited from -- http://www.sciencenewslineDOTcom/news/2016040918200019.html
** **
2225
hours. This is becoming an evening of quiet reflection – imagination and
contemplation on the understated simplicity of Amorella being as a thoughtful dewdrop.
Let the thought be as it is, boy. Watch the
thought settle in the quiet. No need for imagination and contemplation. Let the
‘dewdrop imagery’ be. Post. – Amorella
2241
hours. Tennyson comes to mind.
Flower in
the Crannied Wall
Flower in the crannied wall,
I pluck you out of the crannies,
I hold you here, root and all, in my hand,
Little flower—but if I could understand
What you are, root and all, all in all,
I should know what God and man is.