a se samo nama klele, al se še komu zadnje 3 dni net sesuva? iz sekunde v sekundo?

nekaj oreng dogaja...

to, da sonce 3 dni bruha, vemo

to, da je blo v zadnjih 2 dneh po svetu več kot 10 potresov čez 5 stopnjo, vemo

to, da mayevski elderji opozarjajo, vemo

Tko da, v pričakovanju najboljšega,

MITAKI




http://www.n3kl.org/sun/noaa.html



to se vid sam dons, k se v real tajmu skos spreminja, jst pa ne znam s svojga računalnika sejvano slikco uloadat (mogoče lahko kdo pomaga, da bomo meli zabeleženo);

hotla sem rečt, a še kdo opazi male zelene možice?

Mae wrote on 19.01.2005 at 20:25:25:



aha, zanimivo

je še kdo kaj opazil?

kaj pa internetne linije ti delajo?

namreč sama to opažam, ker delam stvari, ki so povezane z internetom, in nisem edina, so tud drugi rekli, da se nekaj net sesuva

ker se to dogaja iz sekunde v sekundo, čist čudno 117055

A t oje tista od Henčkov


Zeleni možici
prišli so po žici
.
.
.



nanana


??

Quote:

temu pojavu Hrvati recejo 'pijavica', kako se rece pa drugac pa ne vem. Nastane zaradi nekih razlicnih pritiskov med plastmi zraka. Pred 3 leti, ko sem bila na Hvaru je bilo eno cudno vremensko poletje in smo jih vidli v dveh tednih kakih 25.     Full dobro zgleda, ko se zacne zrak iz oblaka vrtincit, Od spodaj nastaja pa tak vrtinec vode in pol vlece enga proti drugemu. samo nisem videla nobenega, ki bi se zdruzil, vedno je bilo par metrov razlike med spodnjim in zgornjim.

Sem pa govorila z enim, ki so bli na jadrnici, jih je pa ta zadeva preletela. baje je bilo tako, da so uleteli notri, jih je v sekundi obrnil za 360 stopinj, pa takoj spustil. Jim ni bilo nic jasno. Drugace pa mislim, da naj bi na ta nacin tud tornadi nastajal.

Lep dan!!!!

http://www.space.com/scienceastronomy/solar_flare_031029.html

A major solar flare unleashed Tuesday punished Earth's protective magnetic field early Wednesday, but the planet and its high-tech communication systems appear to have largely weathered the worst of the storm.

The storm shut down and possibly crippled an experimental communications satellite owned by the Japanese Aerospace Exploration Agency (JAXA), officials said.

The satellite, called Kodama, went into a protective safe mode this morning. It is still able to communicate but officials left open the possibility that the craft is permanently damaged [Full Story].

The space storm, perhaps the third most powerful on record while in space, packed the potential to have more effect than one in 1989 that knocked out power to an entire Canadian province.

"This is one of the largest space weather events I've seen in 30 years," Joe Kunches, lead forecaster for NOAA's Space Environment Center, said in a telephone interview.

The brunt of the storm, a coronal mass ejection (CME), hit at around 1 a.m. EST Wednesday, reaching Earth about 19 hours after it left the Sun -- several hours sooner than expected.

"This makes it one of the fastest CME's we have recorded and comes close to a record superstorm in 1859," said Paal Brekke, deputy project scientist for the SOHO spacecraft, which first spotted the event.

Forecasters had feared the cloud of charged particles might fuel one of the worst geomagnetic storms in recorded history. The outcome depended on the whether the storm's magnetic orientation was the same or different than that of Earth's magnetic field. For the most part, it appears the alignment did not favor the worst outcome.
As of 11:30 a.m. EST the storm was still buffeting Earth's environment but the strength had waned slightly.

A giant magnet

Earth can be thought of as a giant magnet. Invisible magnetic field lines emanate from the planet's poles and extend out into space, beyond the atmosphere, to create a giant sphere of protection against solar particles. The Sun emits a constant stream of these particles, a so-called solar wind. Storms vastly enhance the output.

"The magnetic cloud slammed into the Earth's magnetosphere and created a G5 geomagnetic storm, the strongest category," Brekke explained. "However, the storm seems to weaken already and this is probably caused by the fact that the CME had a northward pointing magnetic component."

Brekke said the setup may have prevented a much more severe and long-lasting geomagnetic storm.

"We were quite lucky I would say," Brekke said.

Kunches noted that the magnetic direction of the storm could change before it is over, causing a burst of problems.

In addition to threatening satellites in space and power grids on Earth, the storm was expected to generate colorful Northern Lights well into mid-latitudes of the United States and Europe today into early Thursday.

The NASA-run web site Spaceweather.com reported today that aurora had been spotted as far south as central California, New Mexico, Texas, and Oklahoma, signaling the storm's swift arrival and strong potential.

Residents of high latitudes, such as Alaska, may enjoy enhanced aurora activity for several more hours. It is not clear if tonight will bring more aurora for mid-latitude skywatchers, though early forecasts have suggested that would be the case. Experts say it can take a day or more for a big storm to blow completely past the planet.

Auroras, also called the Southern and Northern Lights, are created when the charged solar particles stream down Earth's magnetic field lines and excite oxygen and nitrogen atoms in the atmosphere, near the poles. Normally the auroras are only visible from places near the poles, like Alaska. But when Earth's magnetic field is overwhelmed, the aurora can dip will into the United States and Europe.

"If this continues, there might be good aurora tonight," Brekke said in a telephone interview just before Noon EST. "But its hard to tell how long this cloud is and how dense it is."

Communication worries

A severe space storm can effect any sort of surface transmission lines -- from power to phone and even pipelines -- as extra current is induced, potentially overloading wires or switches.

Satellite operators and power grid managers had prepared to endure a potentially damaging event when forecasters on Tuesday announced the storm's impending arrival. It is not yet clear if any other damage has been done. Commercial satellite operators are loathe to admit problems, however, and are not required to do so.

The Japan Aerospace Exploration Agency (JAXA) also said it had lost contact with its Advanced Earth Observing Satellite II, Midori-II, on Oct. 25. The reason is not known. A series of solar storms began late last week, but there has been no connection made between any of the storms and the Midori-II.

Astronauts aboard the International Space Station took cover from heavier radiation sent out by the flare. They were not expected to be in any serious danger, but they retreated to the Zvezda service module -- the most heavily protected -- several times Tuesday and again Wednesday.

Engineers can put some satellites into hibernation modes and reduce the operations of others to reduce the risk of electrical disruption or destruction. The storm, however, can also swell Earth's upper atmosphere, creating drag that can pull a satellite out of orbit.

Power grid operators arrange for less switching and fewer large-scale power swaps.

While apparently not a catastrophic event at Earth, the storm as it left the Sun remains historically interesting.

Comparing strength

Kicked up at about 6 a.m. EST (1100 UT) Tuesday, the major solar outburst came on the heels of four other flares late last week and over the weekend. All were considered fairly severe, but the latest eruption makes the others seem like solar sneezes.

Tuesday's blast was classified as an X17, where X denotes a major flare and larger numbers are stronger. That compares to two flare-ups over the weekend that were rated less than X2.

"The flare [Tuesday] may be the third strongest X-flare on record," Brekke said.

A slightly stronger flare on April 2, 2001 was not pointed at Earth. This week's storm was headed directly at us.

The space storm is intrinsically stronger than one on March 6, 1989 that tripped a power grid in Quebec, Canada.

Lesser storms have caused satellite problems. In 1997, an AT&T Telestar 401 satellite used to broadcast television shows from networks to local affiliates was knocked out during a solar storm. In May 1998 a solar blast disabled PanAmSat's Galaxy IV. Among the casualties: automated teller machines; gas station credit card handling services; 80 percent of all pagers in the United States; news wire service feeds; CNN's airport network; and some airline weather tracking services.

The greatest solar storm on record occurred in 1859, shorting out telegraph wires and starting fires in the United States and Europe. Brekke told SPACE.com that if this week's storm had hooked up with Earth in just the right way, it could have been about one-third as strong as the 1859 tempest and possibly stronger than the 1989 event.

The coronal mass ejection is one in a series sent out by two huge sunspots, the largest pair to grace the Sun at one time in recent memory. Sunspot 486 was responsible for this blast.

More major flares and space storm are possible in coming days, forecasters said.

http://sohowww.nascom.nasa.gov/

Petra. wrote on 22.01.2005 at 02:00:08:

Why Backward Time Travel Is Not Possible
By Bill Lang, Useless-Knowledge.com

Many people have a desire to be able to travel back and forth through time.

There are many reasons for this, from making bets on horses, to changing life-altering events, to just being able to observe historical events.

Many science fiction programs talk about the paradox that would happen under certain circumstances. The grandfather paradox, where a person ventures back in time and kills their grandfather as a child. The paradox - if you kill your grandfather you couldn't be born to go back in time to kill your grandfather. There are many other circumstances that can cause a paradox, and they are treated with great special effects by Hollywood(ville).

The most popular method of handling a paradox is to create an alternate time line. For the grandfather paradox, that means that the original timeline where you went back to kill your grandfather continues without you along the same path as if your grandfather was never killed. At the point you kill your grandfather, an alternate time line is created where your grandfather dies and you are never born. Indeed, without some special mind games, backward time travel seems to require very unusual things to happen.

In order to understand why backward time travel isn't possible, we need to understand what time is. Time is a man made measure of movement. The pendulum of the grandfather's clock, the electrons in your digital watch, the shadow on a sundial, the decay of radioactive elements in an atomic clock. There is no measure of time that is not also a measure of movement.

So, to put it in perspective, in order to move back in time, you need to undo the movement of the universe. Not just make the universe move back to where it was at the time you want to go back to, because that would be nothing more than movement in a different direction. You would need to undo, as if it never happened, the movement of the universe.

Some may say that traveling faster than light has the potential to allow people to travel back through time. The speed at which someone moves cannot have any effect on backward travel through time because speed and time are both movements that always move forward in 'time'. Is it logical to think that you can use a movement (traveling faster than light) to somehow make another movement (time) simply undo itself? The best one can hope for is to travel fast enough to be instantaneously moved from one place to another.

Now it may seem that it has been proven that time travel is possible because of the twins effect. Twin astronauts who both refrain from shaving, one orbiting in space and one left on earth, the one orbiting will have less beard growth after weeks on the mission. It actually has been proven that speed can slow time by taking 2 synchronized atomic clocks and placing one in an orbiting spacecraft and leaving the other on Earth. Yes, the clock on the spacecraft will measure less time than the clock on Earth. What has happened here is nothing more than the slowing of one time relative to another time due to speed and distance. Taken to the extreme, if a person could travel fast enough and long enough, they could slow their time down relative to someone else's time. A twin that could travel 20 light years in a second could travel out and back with only 2 seconds of time elapsing for them, and 40 years elapsing for their twin on Earth. Even if one considers this to be time travel, it is still traveling only forward in time.

Finally, if one twin could travel fast enough to instantly cross the galaxy and then instantly return to Earth so that the same relative time transpired for BOTH twins, that would still not allow backward time travel.

There simply is nothing that can undo the movement of the universe and thus allow travel backward in time.