A TYMPANI CLUSTER IN NGC 1808

In
the side
of Ngc 1808 a
major anomaly, a circle
as plain as day, a second partial arc
cutting through it. Orange red enhancement
at a high level has made the outlines clear. It
is possible the 'circle' is actually a tympani
resonator cluster seen too full on since
no cleaved hexagram cavity of a
resonator is obvious

NESTED TYMPANI RESONATOR CAVITIES IN M88

These
look like
three nested tympani
resonator cavities impacting
the right side of galaxy M88. The
cavities turned up in a study of
M88 here. Give your eyes a
moment to adjust, the
three cavities are
dim but formed
in the upper
right flank

ANDROMEDA

A tiny
tympani resonator
within a cluster of fractal
cavities is spotted. The rendering
in the highlighted window is not very
good, a better photograph
would help

   

   

TYMPANI RESONATORS ARE EVERYWHERE

Click for hexagrams and tympani resonators. Click here for quartz crystal rod in Eta Carenae.

TWO TYMPANI'S IN THE CHAOS OF NGC 2997

Zoom and
enhancement exposes
two tympani's (six sided geometry)
one partially bummed by the hots of the
bright yellow object the other cozied
deep down in a dark valley
of the wedge

The chaos of Ngc 2997 is covered at length here.

TYMPANI RESONATOR IN GIANT SPIRAL GALAXY M101

Click here for more M101 tympani details in context

On the
right outer
fringe, facing
part east at an angle, a
huge tympani form in residual,
note the different colored ribs splayed
at an angle, the different colored ribs
the telltale sign that a gravitic
formation exists here, in
this case the form
is a tympani.
The color
difference is
this - superimpose
the two M101 views above and
notice, that red hues on the left and blue
hues on the right (the tympani cavity) become distinct

Dusty galaxy Circinus has a blaring hornblower, (tympani) off the end of its core

Click here for dusty Circinus galaxy in detail

RUDIMENTARY TYMPANI RESONATORS AT THE BASE OF AN ATOMIC EXPLOSION

This image
is turned upside down


Click here for more

Tympani
resonator forms
can be seen in smoke from
large structure fires, even in the
base of a towering atomic explosion. The purpose
in showing Earth location tympani is in pointing out that
similar thermodynamic forces must be at work to produce
tympani in such diverse cosmic venues as the sides
of giant galaxies to hotly active star fields
to smoke on Earth. Tympani have been
seen in images of volcanos but
the images having them
have been too
grainy to
scan,
also, their
formation is very
brief in time so capture
of a volcano tympani on film or
video is serendipitous at best. It leads to a
belief that tympani in cosmic events are also very short
lived, which is why we do not see them everywhere we happen to look

As for
equations
for modelling tympani
formations in galaxies, star fields,
and smoke, not me, way out of my class. Whoever
produces them (equations) will claim the rights to show n' tell

3D VOLCANO DEMONSTRATES ABRUPT RIGHT ANGLE JOG IN KENETICS

3D volcano - view with red/blue 3D glasses



This 3D image produced by Nasa, appears here and here

HERE IS AN ASIDE

Volcano
smoke bothers me.
I can understand completely
how a tower of pyrotechnic heat and ash
can rise straight up to the stratosphere, then suddenly
veer at a right angle vectoring horizontally along in the flow
of prevailing atomospheric winds, it is when the kenetic heat in the
rise, plus the swelling of the ash/gas column in decreasing atmosphere
pressures, reaches a balance point in a change of kenetic state where
the angular momentum no longer has strength and the momentum
converts to equalibrium with the drift of the prevailing
high stratosphere atmosphere. Easily enough
said. How about a tympani arm
jutting out the side
of a galaxy and
taking an
abrupt
right angle
jog out in deep space.
To be honest, I just cannot seem
to put together all of the physics to explain
how. I can see that outward lateral thrust in the arm
reaches a point where the heat and gravitational density
arrive at a change in angular momentum state and the
arm jet stops thrusting outward, so that it
begins to form a long trail at the
point where the change in
state occurs. Gravity
then holds the
trail close
to the body of
the nearby galaxy hulk.
Its that abrupt change in state. Why
does not the arm jet keep shooting on out into
deep space indefinately forming a long trailing thin
arc. Gravity pullback (pulling back on the jetting
arm column), combined with decreasing gravity
pullback, combined with decreasing mass
pressure away from the gravity
main body of the galaxy,
combined with heat
loss in outer
space, all
combine
produce a
tranfer point
as an abrupt change in
state where the lateral thrusting
angular momentum no longer has force and the
arm matter events an abrupt jog to begin trailing along
in a growing tail in space. This is as much as I can
logically construct as a possible cause. As you
can see the complexities involve more
parameters then mere high
altitude volcano
smoke on
Earth.
For that
matter, the
above only concerns
one class of tympani, as seen
jutting out abruptly from the underside
of a galaxy. Other tympani, such as floating along
in a star field are not covered in the above tympani logics.
You can see what I mean in saying volcanos bother me. You
can see a logic in volcanos, and structure fire smoke,
that makes sense. How a tympani can form in an
atomic bomb mushroom cloud is more
sophisticated in the logic, and
how they form in cosmic
events even more
esoteric

Tympani
where an arm
bursts laterally from
the underside of galaxy Ngc 4414.
A similar but different expose is at this click. Below,
combined with the 'click' expose, should give you enough to
leave you scratching your weaving head in a bit of awe that a
tympani can so be a dominant powerful form in a galaxy
sitting there right out in full view without any
prior history in astronomy describing it.
The galaxy itself (Ngc 4414) is
interesting enough to
warrant its
own page

Notice
that the extreme
high level enhancement in
blue tone has revealed, in the dim outer
flanges in the upper right, a vertical round, which may
be a low radiating residual of a former major galaxy collision

I have
to confess
something. I get
into tympani(s), then into
editing and proofing tympani pages,
and end up back at Ngc 4414. It keeps coming
back, getting more links, I suspect, because of the
awesome tympani jutting out the side and it is
argueably the single most informationally
dense image Hubble has produced to
date. Also, the two tympanis
in the strawberry in
Triangulum keep
coming back
up front

Another
tympani formation
(of sorts) has turned up further
around the rim to the left, short thick
ribs thrust into the arm telling us something
strong is below the rim here causing a fuss. Note
how much 'missing mass' has been exposed by
color toned enhancements





Tympani (dynamic version) floating along in a Triangulum galaxy star field

A tympani cleaves into the side of M101,
where an intruder has punched the galaxy.
Ribs of a different color spray out in
the event's tympani aftermath

Image 1



A histogram
image of M101 shows
a band of amplified density
waves extending east from the
region where the impact
created the tympani


Image 2

Images 1
2 combined in
realization of cause
and effect, that the event which
caused the tympani also 'amplified' gravity
waves at that region of M101, the amplified waves
appearing thicker, farther apart, bolder,
and shorter.

A TYMPANI RESONATOR SONIC CAVITY IS SPOTTED IN CENTAURUS A

An
incise
cavity with
sharp edges in a basic
hexagram shape is spotted shown
next in a zoom. This incise cavity has all
of the parameters of a 'tympani resonator' which
are revealed in many different forms   here,   here,   and here.

PARTIAL HEXAGRAM HALF-SHELLS ARE SEEN IN ORION AND THE ROSETTE NEBULA

There
is a vague
partial hexagram
in the upper left. This
shape is illusive, all of these
Rosette views came about in attempt
to enhance the image to see if a
Tympani object was forth
coming, none seemed
evident. The
partial
hexagram
seems to be a
drift in the folds
of the gas clouds, a similiar
hexagram shape is seen in folds of Orion.

TYMPANI RESONATOR IN M51

Tympani
in folded
hexagram cavity
in M51. Patching errors
cross the image cutting off the lower
portion of the hexagram. The inner chamber of
the tympani is filled with circle segment goodies
at odd angles, the resolution is too low to see
if these might be accretion disks for
minor black holes

 

 

A TYMPANI CLUSTER IN THE WHIRLPOOL'S SWOOSHING ROOSTER TAIL ?

Image
limitations
(not enough photons)
make it impasse to proceed
further with enhancements to see if
the cavitous cluster glimpsed real enough in
the shadows of the rooster tail are actually
a cluster of six sided cavitous hexagrams.
At this point I like to think they are, at
this point I cannot say they are

TYMPANI RESONATORS ARE CHARACTERISTIC

Tympani resonators are actually thermo vents, where one stream of flowing gas/dust/matter/stars/clusters is travelling faster then, and on a different vector, than matter surrounding through which the higher thermo stream is passing. When then the stream exits the surroundings and is suddenly exposed to great temperature gradients between the surrounding matter and the cold emptyness of deep space, thermodynamic activities in the stream have to change. One of the most noticable changes are the formation of six sided structures (herein called 'tympani's' around vent port where the stream exits). The tympani have three basic formations, two of which can be seen in the smokes of strong fires or even a nuclear bomb blast on Earth. A simple tympani form (no matter it's size) has cooling fins. Another form seems to be the backside of a cooling fin, where the backside is exposed. And the third form are huge resonant cavities, six sided, modelled more or less exactly as to be found in any crystaline six sided structure found in atomic nature and crystals thereof on Earth, except, rather than solid with hexagram and fractal geometry the outlines (as in crystals), the cosmic form (herein called tympani resonators) have their crystaline structures outlined by galactic and star field material, and are the sockets left when crystals fall out of a rock cluster, for instance crystal sockets left when quartz crystals are removed from a cluster. There is one example of a tympani which has all three forms visible, seen on its side floating eerily along in a Triangulum starfield, the all purpose tympani model is described as this

TYMPANI RESONATORS ARE MANY

I have been keeping a sharp eye out for the match piece tympani form, which would be a crystal rod (for instance quartz crystal) which when pulled from a clump of quartz crystal leaves the 'tympani's' folded six sided cavity, and have seen nothing to yelp about - no quartz crystal rod, except, in the Hubble 5 nebula a snowflake blade juts forth into forespace and this perhaps is as close to 'quartz' crystal rod that cosmic dynamic crystal rods get - an outline of the rod, with transparency taking the place of a solid quartz crystal rod such as held in hand by new age vibrators on Earth. 'Snowflake blade' means exactly that - snowflake crystals are formed of fractal geometry 6 and 12 sided long blades formed around 6 sided hexagram crystals, this link a geometry statement depicting the fundamental matrix upon which all snowflakes are formed.

SONIC CAUSES

It has to be assumed that sonics play a major part in typmani formations, just as sonics (sound wave interference pattern combinations) can form tympani's in strong fire smokes where two strong flows of heat meet in sharp gradients between temperature and velocities at different vectors. Why the thermodynamic dis-equalibrium takes six sided forms is not immediately clear, except sonic research during the early 1990's revealed strong clues that sound such as sonics from any recording or stereo system are entirely existent in hexagram and fractal geometry (including Penrose) patterns when the sound fills the room and all surrounding environments even long distance, through an open window and across the park outside kind of distances. The sonics examined, included resonance and return resonances in solids, liquids (such as water), and of course air. Another aspect most extensively explored was how to disrupt and even eliminate destructive standing waves which typically impact back on loudspeaker driver cones, snuffing their fuller capacity to generate pure sound. In the sonic experiments linked above under 'sonics', ways were found to suppress destructive standing waves such that the speaker cones performed with such efficiency that no motion in the cones could be seen whatsoever even at loudest volume and the only way to tell the speaker was actually working was to touch a cone with a finger resulting in a sudden mighty abrupt RRRRRAPPP!

I do
not see
tympani(s) as the
action of sonic booms from
novas or supernove chain reactions.
Tympani(s) are too big, even in nebulas. I
see tympani(s) as resulting from stupendous sonic
booms caused by the power of impacts. Concider the
mighty blow delivered Earth if a meteor or
comet only 10 kilometers across struck
a continent, as seen repeatedly on
science channel impact models.
Concider what happened
to Jupiter when
relatively
small
comet
fragments
caused massive impact
explosions going deep into Jupiter,
far beyond any impact powers astronomers had
previously predicted for comet impacts on a gas body.
Since galaxies are gas bodies, just two and two together comes
up with one - tympani(s) are caused by stupendous slow motion
sonic booms caused by fast travelling intruders and by
the slower motion of collisions

In the
case of a major
tympani in a Triangulum
star field, the intruder was a seeming
sideswipe collision with Andromeda, striations
along the whole underflank of Andromeda, and wrinkled
collapsed arms with an incise and ghost arms underneath
in Triangulm, all tantalizing evidence that Andromeda
and Triangulum once upon a time collided

Web site/display/designs/image enhancements - Greydon Moore World's largest cosmic teaching site - Ottawa 2001/2004         form   A & O 3 3