Dusty Plasma

The Eagle Nebula (M16). Credit: T.A.Rector (NRAO/AUI/NSF and NOAO/AURA/NSF) and B.A.Wolpa (NOAO/AURA/NSF)

  Jul 15, 2013 Spiraling filaments suggest electric currents in space. Dust at a temperature near absolute zero shows up in the image above as a blue fog deep in the heart of the Eagle nebula. The Eagle nebula, located in the constellation Serpens approximately 7000 light-years away, is supposedly an active…

Continue reading

Pulsar Wind Nebulae

The Vela supernova remnant

  Jul 12, 2013 Some so-called “neutron star pulsars” are said to create nebulae as they spin. The standard model of stellar evolution proposes that pulsars are neutron stars rotating at incredible speed. For example, PSR J1748-2446ad, in the globular cluster Terzan 5, is reported to be spinning at almost 43,000…

Continue reading

Electromagnetic Nebulae

  Jul 10, 2013 The Universe behaves according to the laws of plasma dynamics. In every science journal discussing the behavior of planetary nebulae, the prevailing opinion usually involves gases and dust “blowing” through them, as well as “winds” created by “shock waves” from exploding stars. In many cases, the…

Continue reading

Plasma Storms

Storms on Jupiter

  Jul 09, 2013 Why do planets farthest from the Sun have the fastest winds? Earth’s average wind speed is approximately 56 kilometers per hour, with a maximum of 372 kilometer per hour gust recorded on Mount Washington, New Hampshire in 1934. Some isolated wind phenomena, such as tornadoes and…

Continue reading

The Powers of Darkness

  Jul 08, 2013 Was the early Universe powered by “dark matter annihilation”? According to modern cosmologists, the Universe is composed primarily of dark matter. More than 95% of all that exists is unseen and undetectable by the most sensitive instruments yet devised. Many astrophysicists claim that the earliest stellar…

Continue reading

Super Exploding Double Layer

Jul 05, 2013 NASA’s Chandra X-ray Observatory recently discovered this object, which the dusty plasma near the center of the Milky Way obscures in optical light. X-rays penetrate the dust: low-energy signals are red, intermediate-energy signals are green, and high-energy signals are blue. The white dots are stars from the…

Continue reading