Looking at Weather.com on Hughesnet satellite internet

The internet is a very important component of my everyday life. Every morning before I drink my morning coffee, I make sure to check out the local weather report at weather.com. This site is one of the most well known sources for weather, so it has a great history of providing accurate forecasts.
I usually check out the current day’s weather report as well as the rest of the week’s future forecast. Weather.com also has a cool little radar feature that allows its users to pin point the exact area of the storm and the direction that it is heading. Because I connect with my lightning fast Hughesnet internet satellite internet satellite, the radar report always streams smoothly without having to take time to load.

The radar tool generally shows the fronts history for the past three hours. So it shows the direction that the storm has taken up until the current time and is updated on a frequent basis. This way, users can track the storm and plan their activities around it.

Note that it is very important to have a high speed internet connection like satellite internet satellite internet in order to use the radar tool, and the Hughesnet packages hughesnet packages I found in my area work very well for my needs . It probably would not be able to function with a slow dial up internet connection.

Author: Kaysi Willinson

Vortexes are caused by Energy Anomalies

The above image represents a time vortex. At the time I began drafting this article it was scheduled to be published on April 10, 2010- which is the date shown on this post. A strange thing happened whenever I made three attempts to schedule this post for a future date. It published it today, March 28, 2010 at about 2 am. I found that to be very interesting given the nature of my blog post. I was setting up different posts for this blog so they will publish automatically in case I get busy with other writing. This was not the first entry that I scheduled, but it is the only one that appeared immediately when I set the time and date. Mysterious indeed, isn't it?

My curiosity and awe over this incident was so peaked that I decided to conduct a little research into the topic of space time vortexes. I found some fascinating research by NASA into Einstein's theory on the space time "dimple" vortex theory. You can read the entire article here.

Still captivated by this event, I searched for more answers about tonight's strange occurrance, or wrinkle in time. I turned to space news to find out if there are any electromagnetic storms. I found an image taken by NOAA of a 3-Day Estimated Planetary K Index, which shows satellite fluxes due to electromagnetic storms.

The spike for today is only one level below the reading that measures the onset of a major space electromagnetic storm. My mind is still racing with possibilities and the desire to find the meaning behind this time flux today. So I searched the internet for news from NASA or official sites on known anomalies that they might be watching. I found this report NASA Baffled by Unexplained Force Acting on Space Probes. 


What does it all mean?

Hold on...it gets better. 

I searched space weather to find out about today's solar storms or flares and found this information. We are in the midst of a storm and a meteorite came close to the earht recently before it burned up.
Here are the reports for today taken directly from their website.

AURORA WATCH: A solar wind stream is buffeting Earth's magnetic field and causing some geomagnetic activity around the Arctic Circle. High-latitude sky watchers should be alert for auroras.

SUNSPOT MOVIE: Sunspot 1057 is crackling with C-class solar flares. Yesterday, amateur astronomer Michael Buxton of Ocean Beach, California, saw one with his own eyes. "I was trying out a new solar filter on my 4-inch refracting telescope," he says. "My girlfriend and I watched in amazement as magnetic filaments whipped around the sunspot and triggered an eruption." Click on the image to see the flare in action:

 

Photo details: Lunt 75mm H-alpha filter, 0.55 Angstroms, Takahashi TSA102

"I made the movie from a sequence of 1-minute images taken between 1755 and 1845 on March 27th," says Buxton. "What a great day to test our new system."

Today could be good, too. C-flares are continuing at a rate of one every 3-to-6 hours, and NOAA forecasters estimate a 20% chance of even stronger M-flares. Readers with solar telescopes are encouraged to monitor developments

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

I believe all this information is connected in some way. Perhaps we can post follow ups and toss some theories around to help digest the data. I'm keeping an open mind in the meantime about vortexes and anomalies in the space time continuum. See you next time, what ever day it happens to be.