It would appear that Stonehenge was built about 400 years earlier than originally estimated—albeit on a site in western Wales, 225 kilometers (140 miles) from Wiltshire, England, where the iconic megalithic formation stands today. When Stonehenge was first erected sometime around 2,900 BCE it looked vastly different from the familiar
The past month has seen a startling increase in activity by the Sun with four powerful X-class solar flares recorded; including one that measured as a X9.3, the strongest since 2005. Coronal mass ejections (CME) – huge arcs of plasma that erupt from the Sun’s surface – interfered with GPS, and high-frequency radio transmissions, and generated spectacular aurora displays. But, in addition to the sudden intensity of these events, this recent burst of activity has left scientists scratching their heads.
In the music of the universe, one of the most important sounds to us here on Earth is the song the Sun sings: every system has a resonance, and especially large and energetic ones like the Sun produce sounds that rebound back and forth though its vast sphere. These sound waves can be studied to glean information about the interior workings of our spheres that we would otherwise not be able to access, and recent changes in the Sun’s music has researchers that pay attention to this tune concerned.
In 2012, Whitley Strieber released an ebook titled Solar Flares: What You Need to Know, that explained the potentially disastrous effects on our civilization that a large-scale coronal mass ejection, or solar flare, could have. In 1859 a large flare resulted in the Earth being hit by a massive geomagnetic storm, dubbed the Carrington Event. The storm was strong enough to knock out telegraph systems in Europe and North America, and would have had far more dire repercussions if it were to occur today, in our more electronically-dependent civilization.