The Secret Radar Pixels Of Venus / By Brad Guth

Q: Are we being afraid of whatever's dark and scary, or in the case of Venus being bright and a little hot from the inside out?

A: I don't have the programs to do what you suggest. How about just posting the images so I can take a look. When I get the right program for my new Mac I'll try to duplicate. So what do you say??? Apparently, perfectly natural but impressive looking geological features that exist nowhere else in our solar system, along with more than a few extremely artificial looking items of a most likely bridge, a definite tarmac, nearby township or merely commercial/industrial looking structures, an airship or two and multiple revisions or modifications to their local terrain that seem entirely rational, for that of having accommodated some kind of intelligent other life, as such still has our mainstream folks doing as much tactical obfuscation and media damage-control as possible. Sorry about that. Of course it doesn't help that the regular laws of physics and best available science is also backing up my observationology and the subsequent deductive interpretation of all this. Sorry about that too. Too bad our DARPA and NASA are simply way too busy at covering their butts and otherwise preying like Muslims that BHO doesn't pull their plug. Not that I didn't inform our civilian wizards and countless others as supposedly having "the right stuff" from the very get go, as to something of great interest and potential reward that needed to be reviewed, as to what the planet Venus had to offer. Unfortunately, I might as well have reported all this to a brick wall. If you can't do the digital enlarging thing without making a mess of it, then answer the following: What's hot from the bottom up? (certainly not a hot water tank) Why exactly does a fully insulated tank of electric element heated water remain cool below the element? This vertical thermal dynamic analogy by rights should apply to that thick atmosphere of Venus. However, it's just the opposite taking place, whereas the bottom or surface is by far hottest, and it gets progressively cooler as one goes higher and higher, and that's even by the season of daytime with <2650 w/m2 arriving from the top. So, what's stopping the penetration of all that solar energy from reaching below those thick acidic clouds, much less getting anywhere near the otherwise geothermally heated surface of Venus?

Discuss It!

Most Popular Articles

More