Incredible Flying Saucer Materializes Next To The Sun - June 20, 2013

Incredible object caught by Soho, which clearly shows a flying saucer materializes next to the Sun.

Object is very well defined and clearly has rings or a protection shield around its exterior.

The right side of the object seems to be reflecting the sun rays.

 There are also five black dots around the sun. Maybe smaller craft?

 Video: Large Flying Saucer

Video: Five Small Flying Saucers

Strange activities around the Sun - June 15, 2013

Solar activity will continue to increase as the solar cycle progresses toward solar maximum, expected in the 2013 time frame.

Despite 4 X-solar flares last month and a M5.9 solar flare on June 7, the sun shows little activity at the moment.

The sunspot number may be low, but the sun is far from blank. Amateur astronomers monitoring the sun report a large number of magnetic filaments snaking across the solar disk.

Weird filaments are popping up all over the solar surface and each one has a unique shape and length.

The longest one, in the sun's southern hemisphere stretches, more than 400,000 km from end to end.

If any of the filaments collapses, it could hit the stellar surface and explode, producing a Hyder flare.

The two videos show remarkable and strange activities and unknown objects around the sun which may be related to the increased number of magnetic filaments. The recordings show activities of the past two weeks.

NASA is now predicting that the Sun may generate unprecedented solar storms for a lengthy period in 2013.

Calm before the ‘solar’ storm?

 

jps.gov.au , spaceweather.com

Aliens surround the sun with a flotilla of solar-cells 2013

Now, in search of extraterrestrial intelligence, a team of astronomers at the University of Hawaii's Institute for Astronomy are seeking funding from private funders as they have planned to build a $1 billion megatelescope.

The telescope — called Colossus — would be a massive 250-foot (77 meters) telescope, which is more than double the aperture of any telescope yet constructed.

The sensitivity of the ‘heat-seeking’ scope, though, could be enough to spot cities or other signs of aliens for planets as far as 60 to 70 light-years from Earth.

The team builds on a concept first proposed by British physicist Freeman Dyson in the 1960s. Humans can capture only a fraction of the energy sent out by the sun, but a more advanced civilization would want to grab as much as possible.

Photo: Freemason Dyson. Long Now Seminar, San Francisco, October 05, 2005

Already in 1959, Dyson reasoned as follows: since we seem to have an insatiable hunger for energy, it makes sense to assume that aliens have the same. To satisfy their craving for kilowatt-hours, extraterrestrials who are centuries more advanced than we are will surround the sun with an orbiting flotilla of solar-cells, allowing them to capture a large fraction of their star's energy output.

Is Dyson's statement unreal..

With the modern techniques, satellites (SOHO, Helioviewer), advanced telescopes and cameras, we have seen many solid objects near the sun. These objects have different shapes, sizes and have a material structure and they are in different points in space near the sun. Some objects remain on the same position for many weeks.

There is massive fleet of UFOs operating near the sun, which confirm the existence of a certain civilization whose spacecraft are capable of resting extremely high temperatures, using their shields or ‘solar-cells’ to capture the energy they need for their spacecraft.

Hopefully, the team gets the funding it needs.

More information about this project:: space.com
Videos and photographs of  objects near the sun:  UFOs near the Sun

The helical model - our Galaxy is a vortex

Our Galaxy is a Vortex.

Notes on the video below:

The Milky Way

1. The Milky Way itself travels through space at appr. 600 km/s.
2. The image used for texturing the Milky Way is NOT a picture of the 3. Milky Way. There are no pictures of the outside of the Milky Way.  4. There could either be a black hole or a central sun in the center of the Milky Way. I went with the texture image and made it shine.
5. A complete revolution around the galaxy takes 226 million years.
6. Do not confuse the Galactic Plane with the Galactic Equator: the Sun never "crosses" the Galactic Equator because the Sun is always on the Galactic Equator, by definition.

Precession Cycle

1. One precession cycle takes 25,920 years.
2. Since one revolution takes 226 mln years, this would mean that there are appr. 8692 precessional cycles in one revolution. In this animation there are only 60.

Scale and Distance

1. The Sun is 109 times bigger than the Earth. If this animation was to scale, the planets would be invisible.    2. Our Solar System should be a gazillion times smaller compared to the Milky Way. If this animation was to scale, you could not see the Solar System, the Sun or any of the planets.
3. The software used to create this animation is unable to work with extreme sizes and distances. djsadhu.com

 

Alien Craft Harvesting Energy From Sun's Corona? - June 3, 2013

Some very strange objects caught by Helioviewer, that seem to be harvesting plasma from the Suns corona.

Are they extraterrestrial craft, living beings or light anomalies...

The objects seem to disappear and reappear and then how the objects remain in the same position.  If it was a planet type object wouldn't it move left or right in the time that it sat there?

It's not first time strange objects caught by SOHO or Helioviewer which apparently use the sun as an energy source. In 2012 a giant object appears next to the sun, harvesting energy from the sun.

Despite the recording dates back to 1996, this unique phenomenon is so interesting that again the question arises whether these objects using the sun as an energy source, or perhaps it's a form of space weather control undertaken by these objects.

Video 1: Short version. Video 2: Detailed 21 minutes version.

 

The Sun Rips off a Comet's tail - May 15, 2013

Comet Lemmon (C/2012 F6), which is receding from the sun not far beyond the orbit of Earth, has just experienced a "disconnection event."

A cloud of dusty plasma is propagating down the comet's tail, shown here in a photo taken by Paul Mortfield on May 15th:

Disconnection events can be caused by CME impacts. A famous example is that of Comet Encke in 2007.

Comet Lemmon, however, is not on the same side of the sun as active sunspot AR1748. It's hard to see how the recent X-flares can be responsible. Nevertheless, solar activity is high and comets are very sensitive to stormy space weather.

Comet Encke

On April 20, 2007, the comet Encke had just dipped inside the orbit of Mercury, perilously close to the sun, when a solar eruption struck and literally tore the comet's tail off.

NASA's STEREO-A probe recorded a fantastic movie of the collision.

The eruption that hit Encke was a CME or "coronal mass ejection.

CMEs are fast-moving and massive, packing billions of tons of solar gas and magnetism into billowing clouds traveling a million-plus miles per hour.

Actually, it is a little surprising that a CME succeeded in ripping off a comet's tail. For all their mass and power, CMEs are spread over a large volume of space.

The impact of a CME exerts little more than a few nanoPascals of mechanical pressure.

The ripping action must have been something else.

"We believe the explanation is 'magnetic reconnection,'" says Vourlidas of the Naval Research Lab in Washington, D.C. Magnetic fields around the comet bumped into oppositely directed magnetic fields in the CME. Suddenly, these fields linked together--they "reconnected"--releasing a burst of energy that tore off the comet's tail.

Comet ISON

I wonder what would happen if an earth directed CME rips off comet ISON's tail.

source: science.nasa.gov , spaceweather

Solar Activity: Powerful X1.7 and X2.8-Class Solar Flares - May 14, 2013

A sunspot on the sun's eastern limb is crackling with powerful X-class solar flares.

It announced itself with an X1.7-class eruption on May 13th at 0217 UT. Associated with this event was a strong R3 Level Radio Blackout.

Quickly followed by an X2.8-class flare at 1609 UT. These are the strongest flares of 2013, and they signal a significant uptick in solar activity. More eruptions are in the offing.

Both of today's flares have produced strong flashes of extreme ultraviolet radiation. The explosions also hurled coronal mass ejections (CMEs) into space. the CMEs appear to be on course to hit NASA's Epoxi and Spitzer spacecraft on May 15-16.

When the flaring began, the sunspot was hidden behind the sun's eastern limb, but now solar rotation is bringing the active region into view.

The next 24 to 48 hours should reveal much about the sunspot, including its size, magnetic complexity, and potential for future flares.

For the moment, there is no reason to expect the explosions to stop.

Update:

A X3.2-class Flare on May 14, 2013.
This is the strongest flare this year so far. NOAA estimate a 40% change of more X-flares during the next 24 hours.
Earthquake update: A M7.0 quake 39km W of Agrihan, Northern Mariana Islands on May 14, 2013.

 

Eric Dollard: The sun is a converter from another dimensionality

Eric Dollard has done over 4 years of research on the Sun at Sonoma State University before his lab was taken from him.

Here he reveals astonishing truths about the sun never before heard in such frank and straight speak.

Note: Eric's story... an answer to the question, why so many UFOs are reported near the Sun?   

source: techzombiescave

NASA Wise Telescope Mission: Sun May Still Have Low-Mass Solar Companion

Our sun may indeed have a far-flung gravitationally-bound companion — just not with the size or orbit that could have triggered periodicity in earth’s paleontological record, say astrophysicists now actively searching data from NASA’s WISE (Wide-field Infrared Survey Explorer) spacecraft.

For decades astronomers and paleontologists have debated whether our sun has a stellar mass M-dwarf companion dubbed “Nemesis” that could have caused a 26 million-year periodicity in earth’s asteroidal and cometary impact record.

Such a small M-dwarf star has long been ruled out by WISE data, since observers would surely have spotted an object larger than roughly five Jupiter masses.

However, John Matese and Dan Whitmire, two astrophysicists at the University of Louisiana in Lafayette, continue to scour the spacecraft’s data for the signatures of “Tyche,” a totally different type of solar companion. Unlike Nemesis, Tyche (or Nemesis’ good sister), is a hypothetical 1 to 4 Jupiter-mass object that would lie about a third of a light year away, on a very long four million-year nearly circular solar orbit inclined roughly 45 degrees to the plane of our solar system.

“Physically, it would be a captured planet from another star in the complex of stars and clouds from which the sun formed, We don’t think it formed like a star. But the door is definitely still open for a companion of mass less than about two Jupiters, said Whitmare. Read more

Professors Whitmare and Matese first proposed the existence of Tyche (Hercolubus, Planet X, Nibiru) to explain why many of these long-period comets were coming from the wrong direction. In their paper, published in the February 2011 issue of Icarus, the international journal of solar system studies, they report that more than 20 percent too many of the long-period comets observed since 1898 arrive from a band circling the sky at a higher angle than predicted by the galactic-tide theory. And Prof Daniel Whitmire wrote (article February 2011) that he believes the data may prove Tyche's existence within two years.

During the years 2010 and 2011 there was a lot of media attention to this unknown planet and even some believe proof has already been garnered by Nasa with its space telescope, Wise. Scientists have known about this planet since 1983 and they've been using WISE and IRAS to monitor it.

It's now 2 years later...

It's time for NASA and scientists to inform us about this planet (Tyche, Planet X, Nibiru) approaching in the short term.

Even they say that they continue to analyze the data for the signatures of this planet, we may assume that they already know everything about this planet and it will be impossible to hide for more time.

 

Incredible UFO Spaceship Orbiting The Sun - Mar 27, 2013

A huge UFO-like object near our Sun captured by Helioviewer on March 27, 2013. Time: 20.20.55 AIA 304.

The object moves at a tremendous speed and is only visible in a split second (0.08 seconds in the video).

As usually, there is almost always an official response like it is a blip in the camera sensor or it is a cosmic ray, but these images show a large solid object and does not look like a cosmic ray or a malfunction of the camera.

Here is the video:

 

Source: ufovni2012

Mars Rover Curiosity in Safe Mode after M1 Solar Flare? - Mar 5, 2013

Curiosity went into Safe Mode Wednesday after the sun unleashed a powerful blast that raced toward Mars.

NASA's Curiosity rover has powered down to wait out a Mars-bound solar blast, complicating efforts to bring the 1-ton robot back from a computer glitch.

Curiosity's handlers put the rover on standby after the sun unleashed a medium-strength flare in the Red Planet's direction Tuesday (March 5).

It's the second recent shutdown for Curiosity, which had just come out of protective "safe mode" Saturday (March 2) as engineers work through an issue with its primary computer system. Read more

The coronal mass ejection sent out an M1 class, or medium, solar flare from the north-east of the Sun that will hit NASA's Solar-Terrestrial Relations Observatory (STEREO B) spacecraft, the Spitzer space telescope and the rover, as well as possibly glancing off Venus and Mars, according to SpaceWeather.

Is a M1 Solar Flare the real reason to turn Curiosity into Safe Mode?

Solar flares are classified as A, B, C, M or X according to the peak flux. Within a class there is a linear scale from 1 to 9.n (apart from X), so an X2 flare is twice as powerful as an X1 flare, and is four times more powerful than an M5 flare.

With all the recently discovered Mars Anomalies as seen on photos captured by curiosity, I wonder whether the M1 class flare is the real reason to turn the Curiosity into Safe Mode. Let us wait and see when NASA publish new photographs captured by Curiosity.

 

The Sun was eclipsed by Huge Unidentified Object on February 2, 2013

Between 7:05 and 7:25 UT, on 03-02-2013, the Sun was obscured partially by the Earth from the satellite SDO (Solar Dynamics Observatory).

This should be repeated until early next month. Indeed, we approach the spring equinox and the satellite is in geosynchronous orbit at 36,000 km above the American continent.

This means that every day around 7:00 UT, the Sun will be obscured because the satellite, the Earth and Sun are perfectly aligned.

This phenomenon also occurs in autumn equinoxes. An eclipse can last up to 72 minutes. (via videovax).


But.. was it a sun and earth eclipse, it does seem rather quick, with unusual shape involved.

You can see that the object that covers the sun has not even edges and contours.

From this we may assume that it is an unidentified object (or the shadow of it) right in front of the camera, and not a planet!




 

Original video from Helioviewer -delphi.nascom.nasa.gov / Videovax

Related articles: 

Something unexpected is happening on the sun 2013 

Mini Solar System Entering Our's, Says Astrophysicist Jim McCanney

Something unexpected is happening on the sun 2013

Something unexpected is happening on the sun.

2013 is supposed to be the year of Solar Max, the peak of the 11-year sunspot cycle. Yet 2013 has arrived and solar activity is relatively low. Sunspot numbers are well below their values in 2011, and strong solar flares have been infrequent for many months.

The quiet has led some observers to wonder if forecasters missed the mark. Solar physicist Dean Pesnell of the Goddard Space Flight Center has a different explanation: "This is solar maximum," he suggests. "But it looks different from what we expected because it is double peaked."

Conventional wisdom holds that solar activity swings back and forth like a simple pendulum. At one end of the cycle, there is a quiet time with few sunspots and flares. At the other end, Solar Max brings high sunspot numbers and solar storms. It’s a regular rhythm that repeats every 11 years.

Reality, however, is more complicated. Astronomers have been counting sunspots for centuries, and they have seen that the solar cycle is not perfectly regular. For one thing, the back-and-forth swing in sunspot counts can take anywhere from 10 to 13 years to complete; also, the amplitude of the cycle varies. Some solar maxima are very weak, others very strong.

Another curiosity of the solar cycle is that the sun's hemispheres do not always peak at the same time. In the current cycle, the south has been lagging behind the north. The second peak, if it occurs, will likely feature the southern hemisphere playing catch-up, with a surge in activity south of the sun's equator.

Given the tepid state of solar activity in Feb. 2013, a maximum in May now seems unlikely.

"We may be seeing what happens when you predict a single amplitude and the Sun responds with a double peak," comments Pesnell.

Incidentally, Pesnell notes a similarity between Solar Cycle 24, underway now, and Solar Cycle 14, which had a double-peak during the first decade of the 20th century. If the two cycles are in fact twins, “it would mean one peak in late 2013 and another in 2015.”

No one knows for sure what the sun will do next. It seems likely, though, that the end of 2013 could be a lot livelier than the beginning. Source: science.nasa.gov

Related article: A major drop in solar activity predicted leading possibility to a new ice age - The next ice age - an introduction to a possible shift soon

 

Black Cube and Incredible Strange UFO Light near Sun - Feb 23, 2013

Unknown objects are visible during a solar flare / prominence on February 23, 2013.

First, an incredible bright light is observed, like it is some sort of plasma-based alien craft, and a second unknown object, similar to the familiar Black Cube is visible during the solar flare/prominence.

Dust or a scratch on the lens, a comet or are these objects large space craft hovering close to the sun?

 

The Electric Sun: A dark gap in the sun's atmosphere - Feb 24, 2013

The Electric Sun
X-ray Solar Flares
6-hr max: B9 2020 UT Feb24
24-hr: C2 1435 UT Feb24

CORONAL HOLE: A dark gap in the sun's atmosphere--a "coronal hole"--has opened up, and it is spewing a stream of solar wind into space. NASA's Solar Dynamics Observatory (SDO) photographed the opening during the early hours of Feb 24th:

Electric Universe

The most important issue separating the Electric Universe from conventional views is that evidence based in laboratory experiments can be used to support EU theories of cosmogony and cosmology. The mainstream sinks its foundations in ground where computer models and complex equations are used for support. It is this philosophical divergence that inhibits the general acceptance of plasma and electricity as active agents in space

Electric Sun

The Sun may be powered, not from within itself, but from outside, by the electric (Birkeland) currents that flow in our arm of our galaxy as they do in all galaxies. This possibility - that the Sun may be externally powered by its galactic environment - is the most speculative idea in the ES hypothesis and is always attacked by critics while they ignore all the other more obvious properties of the ES model.

In the Plasma Universe model, cosmic sized, low-density currents create the galaxies and the stars within those galaxies by the electromagnetic z-pinch effect. It is only a small extrapolation to ask whether these currents remain in place to power those stars. Galactic currents are of low current density, but, because the sizes of the stars are large, the total current (Amperage) is high. An Electric Sun's radiated power is due to the energy delivered by that amperage. As it travels around the galactic center the Sun may come into regions of higher or lower current density and so its output may vary both periodically and randomly.



Video below: Excerpt from Wal Thornhill's presentation at the 2012 Electric Universe Conference, The Human Story.