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In this continuation of Dreamland for subscribers, we go into detail about Ralph Steiner’s interview with General Exon and learn for the first time what, exactly, he told Whitley and Ralph, and the secrecy that surrounded what he did. There are some extraordinary revelations in this interview about why General Exon was not in favor of disclosure, and what he thought about ‘the July problem,’ which is what he called the Roswell Incident. AND listen as Whitley Strieber explains why he AGREED with General Exon, and, above all, why his position is now changing.
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General Arthur Exon, former commanding officer of Wright-Patterson Air Force Base, spoke to Whitley Strieber about the Roswell Incident. It turns out that he also gave a rare interview to Ralph Steiner. Listen as they compare notes for the first time! Why did General Exon open the door to Whitley, and what happened to him after Whitley introduced him to Stanton Friedman and an interview with him ended up being published? Don’t miss this revealing exploration of what one of the most powerful insiders had to say to those of us on the outside.
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The subject of time travel has intrigued both scientists and science-fiction writers alike for centuries, but now scientists are suggesting that the concept is theoretically sound.

Back in September of this year, UK physicist, Professor Brian Cox, declared that time travel was certainly possible, but only to the future and not to the past.

"The central question is, can you build a time machine? The answer is yes, you can go into the future," the University of Manchester professor told the audience during a speech given at the British Science Festival. "You’ve got almost total freedom of movement in the future."
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More than 5 million years ago, the evolutionary path of humans split from that of other primates. And now – after a mere 25 years of intensive research – scientists in Dresden, Germany have identified the gene responsible for creating this divergence and leading the human brain to become the most complex structure in the known Universe.

The gene, which is known as ARHGAP11B, is a modified version of a common DNA strand that is found in yeast as well as mice. The modification is evidently responsible for the proliferation of neurons in the neocortex.
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