Here are some downright chilling sounds recorded by several spacecraft. The sounds come from radio signals that are created by solar winds interacting with plasma that is wafting through our solar system.
This nebula is filled with intense winds from hot stars, churning funnels of gas, and energetic star formation, all embedded within an intricate haze of gas and pitch-dark dust.
This video begins with a ground-based view of the night sky, before zooming in on a NASA/ESA Hubble Space Telescope view of the Lagoon Nebula.
As always I live the conclusions up to you, my readers.
Strange things are happening in both outer and inner space.
Scientists are discovering that the Solar System, the sun, and life itself are mutating in totally unprecedented ways. They are reporting changes that are being recorded in space that have never been seen before.
Studies show that the Sun and the planets themselves are physically changing at
an accelerated pace. Most notably, they are undergoing major changes in their atmospheres.
Let’s begin with the Sun. The Sun is the center of our Solar System, and all life that is on this Earth came from the Sun. If there were no Sun, we would not be alive. This is simply scientific fact. And so any changes that occur in or on the Sun will eventually affect every person alive.
We know that the Sun’s magnetic field has changed in the last 100 years. There’s a study by Dr. Mike Lockwood from Rutherford Appleton National Laboratories, in California. Dr. Lockwood has been investigating the Sun, and reports that since 1901 the overall magnetic field of the Sun has become stronger by 130 percent.
Moon: Earth’s moon is growing an atmosphere . Around the moon, there is this 6,000- kilometer- deep layer of Natrium that wasn’t there before.
Mercury: Unexpected polar ice discovered, along with a surprisingly strong intrinsic magnetic field.
Venus: 2500% increase in auroral brightness, and substantive global atmospheric changes in less than 40 years.
Mars: “Global Warming,” huge storms, disappearance of polar icecaps.
Jupiter: Over 200% increase in brightness of surrounding plasma clouds.(Huge belts in the giant planet’s atmosphere have changed color, radiation hotspots have faded and flared up again, and cloud levels have thickened and dissolved, all while space rocks have been hurtling into it the gas giant.)
Saturn: Major decrease in equatorial jet stream velocities in only 30 years, accompanied by surprising surge of X-rays from equator.
Uranus: Big changes in brightness, increased global cloud activity (This planet used to have a very calm atmosphere. )
Neptune: 40% increase in atmospheric brightness.
Pluto: 300% increase in atmospheric pressure, even as Pluto recedes farther from the Sun.
Earth: Substantial and obvious world-wide weather and geophysical changes. Earth’s Axis has changed.
On Earth, the overall volcanic activity increased 500 percent from 1875 to 1975, while the earthquake activity has increased by 400 percent since 1973. Dr. Dmitriev says that comparing the years 1963 to 1993, the overall number of natural disasters, hurricanes, typhoons, mud slides, tidal waves, etc. — has increased by 410 percent.
The Earth’s magnetic field has been decreasing. This decrease actually began 2000 years ago, but the rate of decrease suddenly became much more rapid 500 years ago. Now, in the last 20 years or so, the magnetic field has become erratic.
A doubling of the Sun’s coronal magnetic field during the past 100 years.
Why do we explore space?
Here is what SpaceRip has to say in this matter…..
The Mars rover, Curiosity, is the latest in a long line of missions to Mars: landers sent to scoop its soil and study its rocks, orbiters sent to map its valleys and ridges.
They are all asking the same question. Did liquid water once flow on this dry and dusty world? Did it support life in any form? And are there remnants left to find? The science that comes out of these missions may help answer a much larger, more philosophical question.
Is our planet Earth the norm, in a galaxy run through with life-bearing planets? Or is Earth a rare gem, with a unique make-up and history that allowed it to give rise to living things? On Mars, Curiosity has spotted pebbles and other rocks commonly associated with flowing water.
It found them down stream on what appears to be an ancient river fan, where water flowed down into Gale Crater. This shows that at some point in the past, Mars had an atmosphere, cloudy skies, and liquid water flowing. So what could have turned it into the desolate world we know today?
One process that very likely played a role goes by the unscientific name, “sputtering.” Like the other planets in our solar system, Mars is lashed by high-energy photons from the Sun. When one of these photons enters the atmosphere of a planet, it can crash into a molecule, knocking loose an electron and turning it into an ion. The solar wind brings something else: a giant magnetic field. When part of the field grazes the planet, it can attract ions and launch them out into space.
Another part might fling ions right into the atmosphere at up to a thousand kilometers per second. The ions crash into other molecules, sending them in all directions like balls in a game of pool. Over billions of years, this process could have literally stripped Mars of its atmosphere, especially in the early life of the solar system when the solar wind was more intense than it is today.
Sputtering has actually been spotted directly on another dead planet, Venus. The Venus Express mission found that solar winds are steadily stripping off lighter molecules of hydrogen and oxygen. They escape the planet on the night side… then ride solar breezes on out into space.
This process has left Venus with an atmosphere dominated by carbon dioxide gas… a heat trapping compound that has helped send surface temperatures up to around 400 degrees Celsius. The loss of Venus’ atmosphere likely took place over millions of years, especially during solar outbursts known as coronal mass ejections.
If these massive blast waves stripped Venus and Mars of an atmosphere capable of supporting life how did Earth avoid the same grim fate? We can see the answer as the solar storm approaches earth. Our planet has what Mars and Venus lack – a powerful magnetic field generated deep within its core.
This protective shield deflects many of the high-energy particles launched by the Sun. In fact, that’s just our first line of defense. Much of the solar energy that gets through is reflected back to space by clouds, ice, and snow.
The energy that earth absorbs is just enough to power a remarkable planetary engine: the climate. It’s set in motion by the uneveness of solar heating, due in part to the cycles of day and night, and the seasons. That causes warm, tropical winds to blow toward the poles, and cold polar air toward the equator.
Wind currents drive surface ocean currents. This computer simulation shows the Gulf Stream winding its way along the coast of North America. This great ocean river carries enough heat energy to power the industrial world a hundred times over.
It breaks down in massive whirlpools that spread warm tropical waters over northern seas. Below the surface, they mix with cold deep currents that swirl around undersea ledges and mountains. Earth’s climate engine has countless moving parts: tides and terrain, cross winds and currents — all working to equalize temperatures around the globe.
Over time, earth developed a carbon cycle and an effective means of regulating green house gases. In our galaxy, are still-born worlds like Mars the norm? Or in Earth, has Nature crafted a prototype for its greatest experiment… Life?
This video explores two nearby moving groups. M67, also known as the King Cobra Cluster, was once pegged as the birth place of our solar system. The evidence now says it’s not, but astronomers have now detected planets there. The other is the Beta Pictoris group, with the most famous of all solar systems in formation, Beta Pictoris. Find out how a solar system is taking shape within the fold of this hot star.
Where do you look to glimpse the birth of a solar system like ours? Our sun is thought to have formed along with a range of stellar siblings. This star cluster likely moved out on its own, bound by gravity, in what astronomers call a “Moving Group.”