Sun Watch Options

[lunk]

i was wrong about the mega-filament, (my sun serpent)
it hasn't collapsed, but is appearing again,
as the suns' surface rotates.

http://spaceweather.com/archive.php?view=1...1&year=2010

RETURN OF THE MEGA-FILAMENT: Remember that spectacular mega-filament of magnetism sprawling across the sun's southern hemisphere in October? It's back....almost. For the past 10 days, the filament has been out of sight transiting the farside of the sun.

The crescent seen on the C2 (again) has vanished, but
the sun still has some waves around it.

And the outer magnetic field of the Earth has been reversing (responding to magnetic fluctuation from the sun?), sometimes for hours.

Oct 31,2010
http://www.youtube.com/watch?v=6i1L8r18btY

Nov 1, 2010
http://www.youtube.com/watch?v=7-fY0E8ekBo

Nov 2, 2010
http://www.youtube.com/watch?v=kddQyVhClH8

[lunk]

http://spaceweather.com/

(IMG:http://spaceweather.com/swpod2010/14nov10/sundiver_anim.gif)

Another, formally thought of as, very rare, "sungrazer" comet, targeting the sun.

(can't help but notice all those "cosmic rays" flitting about the sun, like cosmic moths.)

[lunk]

My long lost filament has slithered back,
from around the sun.
(IMG:http://spaceweather.com/images2010/04dec10/darkfilament.jpg)

A dark magnetic filament more than 400,000 km long is snaking around the sun's southeastern limb. NASA's Solar Dynamics Observatory photographed it rotating into view during the early hours of Dec. 4th:

http://spaceweather.com/

[lunk]

(IMG:http://sohowww.nascom.nasa.gov//data/REPROCESSING/Completed/2010/c2/20101220/20101220_1648_c2_1024.jpg)

Great balls of fire!

(edit) added:
That's another comet flying in!

There are spectacular things happening around an with the sun, these days.
i haven't seen anything like this before.

The lake of fire,
is coming to a boil.

[DoYouEverWonder]

With this eclipse tonight, makes you wonder if the Mayans were 2 years off?

(IMG:http://pilotsfor911truth.org/forum/style_emoticons/default/blink.gif)

(Maybe they forgot to adjust for leap year? Just kidding)

This post has been edited by DoYouEverWonder: Dec 20 2010, 06:21 PM

[lunk]

With this eclipse tonight, makes you wonder if the Mayans were 2 years off?

(IMG:http://pilotsfor911truth.org/forum/style_emoticons/default/blink.gif)

(Maybe they forgot to adjust for leap year? Just kidding)

There are some who figure,
it could be next year, just before Halloween.
When most think it wont happen for another year after.

So far, many, perhaps all,
of Patrick Geryls predictions/readings have played out.

Lack of sunspots, and short lived, highly active sunspots,
high latitude eruptions, on the sun.
With warming of the poles, and cooling of equatorial areas, on Earth,
caused by the sun.
Also there seems to be strange earthquake activity,
in areas that don't usually get Earthquakes.
There should be more precipitation happening,
and deeper and more powerful earthquakes,
to look forward to, too.

Of course, none of this may be true,
or could be subject to huge exaggeration.

So it's really good to have a plan,
if nothing happens, too.
...just in case.

[lunk]

Seeing spots?



(you may need to full-screen this)

i think, that the stationary spot, must be something in the camera,
probably for tracking the sun.

As for the other moving blips around the sun...

Random cosmic rays?

It looks like there are "things", flying in, and out, of the sun,
followed by solar eruptions!

The background sound, is the Induction magnetometer daily audio fluctuations in the Earths magnetic field, over about 2 weeks, taken from last spring.

[lunk]

i've been watching this story for a few days now.
Then i saw a link at George Ures' site.
http://urbansurvival.com

http://www.dailymail.co.uk/sciencetech/art...celerating.html

The sun rises two days early in Greenland

...

No, the Earth is not shifting it's rotational angle to the sun. (yet)

The theory is that the local horizon is lower because it is made of icebergs, that are smaller this year.

Excess methane changing the refractive index of the atmosphere, was also suggested.

My take?

i think, (and this is just an undocumented guess),
that the Earth is becoming more round,
and losing its' oblate-ness, or trimming down its' equatorial bulge.
This would cause the area around the rotational poles,
to change their angle to the sun, causing the sun, to appear to rise up earlier, in the year.

The equatorial bulge means that the poles, are flatter than the surface, of the Earth, at the Equator.
For the Earth to lose its' equatorial bulge, means that the arctic and the antarctic would have to change their general shape, too, to compensate. This would cause the arctic (and antarctic) circles to move closer to the poles as the Earth became rounder. As the sun would reach further north and south, if the Earth was rounder, in its' spin.
Wouldn't it?

If this turns out to be the case, that the Earth is becoming rounder,
(i hope i am way wrong)
we should see an earlier end, (and beginning?), to the southern winter too, later this year.

[elreb]

Not only does the Earth become rounder…so does its orbit…

As in being less elliptical…

It is the natural thing to do…

[lunk]

The more i think about this, the more...!!!

Parliament - The House of Lords
Co-ordinated Universal Time Bill - Second Reading
House of Lords: Wednesday 11 June 1997 8.20 pm (20:20 GMT)
Co-ordinated Universal Time Bill
(snip)
Like mechanical clocks before them, atomic clocks revealed another problem with using the sun to set our timescale. Because of the irregular motion of the earth, International Atomic Time moves out of step with Universal Time. To get round this difficulty, leap seconds are occasionally added or subtracted from International Atomic Time to keep it within 0.9 seconds of one of the three forms of Universal Time. The timescale created in this way is Co-ordinated Universal Time--the timescale selected by the noble Lord. As he told the House, to date, 30 leap seconds have been added from the reference point for the beginning of International Atomic Time since 1st January 1958. Another will be added at the end of this month.

BOLD text mine
http://wwp.greenwichmeantime.co.uk/time-zo...ading-lords.htm

If the Earths' spin is physically slowing,
then its' equatorial bulge, is going to be going.
The north and south circles, where winter is night,
Will retreat to their poles, and bring earlier light.
The result of the Earth changing its' general shape,
will cause more volcanoes and frequent earthquakes.
If the rate of rotation is beginning to fall,
then our oblate spheroid, springs back into a ball.

[lunk]

To keep the Coordinated Universal Time synchronized with the rotation of the Earth , a leap second is occasionally added or subtracted at the end of the month of June or December (in English "leap second"). So far these leap seconds have been added, never subtracted: UTC time delay so the TAI time. These insertions are not systematic, they are determined by the International Earth Rotation and Reference Systems Service (IERS), based in particular at the Observatoire de Paris, in the light of developments in the Earth's rotation.

Bold and italicized text, by me.

http://e-gli.com/coordinated-universal-time

They only add seconds,
they haven't had to subtract a second,
based on Earth's rotation?!

There was another report from last year about Inuit elders noticing that the sun seems farther to the North.

"We still have a daylight and there's still blue, green, red down there — there's sun sign still," said Zipporah Ootooq Aronsen, who lives in Resolute Bay, Nunavut. "It's not usually like that."

People in Resolute Bay now sometimes see a distant island that in the past was only visible during daylight hours.

"It never happened like that before," Aronsen said. "Now we can see it once in a while, when it's a clear day."

http://www.cbc.ca/canada/north/story/2010/...ate-change.html

The Earth weighs tons, if it's slowing down, even a few seconds,
this will cause gravity to readjust Earths' general shape,
from a slightly flattened sphere,
to a rounder orb.

... i think this means we're going into deflation.

[lunk]

ka-boom!

(IMG:http://sohowww.nascom.nasa.gov//data/REPROCESSING/Completed/2011/c2/20110128/20110128_0212_c2_512.jpg)

The white circle shows the size of the sun.

[IslandPilot]

ka-boom!

(IMG:http://sohowww.nascom.nasa.gov//data/REPROCESSING/Completed/2011/c2/20110128/20110128_0212_c2_512.jpg)

The white circle shows the size of the sun.

If your "KABOOM" is a CME (Coronal Mass Ejection), as opposed to a "solar magnetic flare" (like your former "filament"), then it doesn't "appear" to be headed in our direction; is this correct?

Yet with that "blocking disc" between the "observer" and the Sun, we would not be able to determine when a CME does occur, that IS headed in OUR DIRECTION... (using this method of observation); is this correct?

I understand there is a significant time delay for the effects of a CME to reach earth. Yet, the "radiation" products of "sunspots" (x-rays, ultraviolet, maybe magnetic fluxuations) travel to Earth at the speed of light. Is this correct?

I glad you are keeping a "close eye" on our "erratic" Sun's activity, to keep the "rest of us" up to date.

It's a dirty job that needs to be done, and someone has to do it. Thanks for "volunteering"! (IMG:http://pilotsfor911truth.org/forum/style_emoticons/default/salute.gif)

[lunk]

There is much more going on around our sun then i've seen.
When a solar flare or CME "goes off" on the sun, there is usually an electromagnetic pulse
with light to x-rays, this reaches the Earth in about 8 minutes.
Then there is the physical sun stuff, that also gets blasted off, too.
Like positively charged protons and negatively charged ions, as well as neutrons and other non-interactive particles. The bigger the particle, and the size and direction of the solar eruption, the longer it takes to get to Earth, it seems.

Between 18 and 72 hours, from what i've read.

The Earths' magnetosphere shields the Earth, from these negatively or positively charged particles, from the sun, i think.


spaceship earth

On September 1–2, 1859, the largest recorded geomagnetic storm occurred. Aurorae were seen around the world, most notably over the Caribbean; also noteworthy were those over the Rocky Mountains that were so bright that their glow awoke gold miners, who began preparing breakfast because they thought it was morning.

Telegraph systems all over Europe and North America failed in some cases even shocking telegraph operators. Telegraph pylons threw sparks and telegraph paper spontaneously caught fire. Some telegraph systems appeared to continue to send and receive messages despite having been disconnected from their power supplies.
(snip)
From August 28, 1859 until September 2, numerous sunspots and solar flares were observed on the sun. Just before noon on September 1, the British astronomer Richard Carrington observed the largest flare,[3] which caused a massive coronal mass ejection (CME) to travel directly toward Earth, taking 18 hours. This is remarkable because such a journey normally takes three to four days. It moved so quickly because an earlier CME had cleared its way

http://en.wikipedia.org/wiki/Solar_storm_of_1859

[lunk]

Good news, i think, we did not get another crescent around the sun this January.

I thought i would go back a few years and see what was happening when a comet, twice the size of Jupiter flew in through the inner solar-system back in February of 2003.

I didn't even hear about it until years afterwords.
(this is from 2003.)
(IMG:http://sohowww.nascom.nasa.gov//data/REPROCESSING/Completed/2003/c3/20030218/20030218_1854_c3_512.jpg)

Anyhow, if you do a search query at SOHO:

http://sohodata.nascom.nasa.gov/cgi-bin/data_query

select, C3
Resolution, 512
Display, movie
Start date: 20030216
End date: 20030220

Click search

You should see a HUGE comet fly by the sun.

The interesting thing i observed is that the sun pulsed a dark area around it's equator as the comet flew by, almost like it turned on a force field of some kind.
Nassim Haramein says that this was the widely prophesied Niboru or planet x.

If, this is a rare, but recurring event, this comet probably caused huge devastation to the inner planets in the past.

Now, if you do the same search except for C2, you can't see the comet,
but you can see the same solar flares,
and there appear to be stationary objects around the sun,
that you can see if you zoom in.

Perhaps they are just glitches in the camera...
...glitches that only appear when cosmic events happen.

[GroundPounder]

Good news, i think, we did not get another crescent around the sun this January.

i probably missed something somewhere, what is the significance of the 'crescent'?

[lunk]

i probably missed something somewhere, what is the significance of the 'crescent'?

Ah, yes, the crescent around the sun.
it happened twice last year,
at first i thought it was a camera problem, but looking closer, and when it happened again, it appeared to be caused by some sort of gravitational waves that, like the sun was vibrating, or shaking, possibly from a previous CME.

However, the symbol of the crescent around the sun seems to be everywhere in ancient belief systems, and is even used on national flags.
i used to think that it was the crescent moon,
but the moon is in front of the sun,
and would obscure it!?

Anyhow, the idea is that this crescent is caused by gravitational wave interference by the vibration of the sun in reaction after a huge CME.

(IMG:http://i412.photobucket.com/albums/pp210/rongrite/solar-harmonics.jpg)

[lunk]

(IMG:http://137.229.36.30/data/scmag/images/2011/2011_02/gkn20110204_Bz.gif)
http://137.229.36.30/cgi-bin/scmag/disp-sc...By=on&Bz=on

up/down fluctuations in the magnetic field.

[lunk]

(IMG:http://137.229.36.30/data/scmag/images/2011/2011_02/gkn20110206_Bz.gif)

"clap on. clap off, the clapper"
A little too much like clock work.

[DoYouEverWonder]

Lunk,

You're going to love this.

Stereo satellites move either side of Sun

6 February 2011

(IMG:http://news.bbcimg.co.uk/media/images/51125000/jpg/_51125336_sun_nasa.jpg)

Two US spacecraft have moved either side of the Sun to establish observing positions that should return remarkable new information about our star.

Launched in 2006, the Stereo satellites have gradually been drifting apart - one in front of the Earth in its orbit, the other lagging behind.

On Sunday, Nasa said the spacecraft had arrived at points that put the Sun directly between them.

It will give solar physicists the first 360-degree view of our star.

Stereo is short for Solar Terrestrial Relations Observatory.

The mission is studying the Sun's great explosive events that hurl billions of tonnes of charged particles at Earth - events that can disrupt power grids and satellites.

BBC