... A planet, on the other hand, can be at any distance from its star. ... while you can have positive and negative electricity (and north and south magnetic poles), gravity only has positive mass ...
... One giveaway is that stars/planets/etc. are round in the image (they cover several ... these are particles from the Sun, accelerated during a coronal mass ejection ... A bright star may bloom over several vertical pixels, so you get many rows of ...
... The solar wind is electrically charged . Comets don't lose mass, they gain it . Comets are huge, not dinky . ... A cooler star has a slightly different spectrum, as does a hotter one. ...
... the room with you, if you look up you can see much farther; you could even see airplanes flying overhead, or the stars at night ... It is about 1/4 the mass of our own Milky Way, making it a pretty big galaxy, yet it wasn't discovered until 1994! ...
... simultaneously, and it would take a massive coordinated effort among the hoaxers to ... the rigors of space travel between stars would need protection that would probably ...
... My daughter is just four years old, but like her dad she loves to look at the stars and the Moon. ... increase in the particle speed from the Sun indicated a massive event, and hours later a shock front of particles washed over ...
... nitpicky (an example: in one shot, they showed stars in the night sky, and Polaris was obviously the brightest star in the view ... Amateurs can keep track of lots of transient astronomical phenomena like comets, variable stars and double stars. ...
... Also, uranium and other fissile materials are created when stars explode, so the first generation of stars at the very least didn't have fission to help their fusion. ...
... Proof that comets lose mass, not gain it . My series of webpages debunking James McCanney's nonsense . ... WMAP sees influence of first stars . A somewhat more poetic rendering of WMAP's results . ...