Cosmological Ice Ages

I plotted our sun's course through space to discover that our sun was born in the constellation Orion. After the planets were formed Earth was covered with a five-mile-thick coating of ice one billion years. We eventually drifted near the Sirius multiple star system and little Sirius B (1.5 solar masses) grabbed hold of our sun putting it in orbit around Sirius A. During the rein of the dinosaurs the atmospheric pressure was around 30 pounds per square inch. Now it is 14.5 pounds per square inch. Before our sun was captured by the Sirius system earth had an atmosphere of 750 pounds per square ...

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I plotted our sun's course through space to discover that our sun was born in the constellation Orion. After the planets were formed Earth was covered with a five-mile-thick coating of ice one billion years. We eventually drifted near the Sirius multiple star system and little Sirius B (1.5 solar masses) grabbed hold of our sun putting it in orbit around Sirius A. During the rein of the dinosaurs the atmospheric pressure was around 30 pounds per square inch. Now it is 14.5 pounds per square inch. Before our sun was captured by the Sirius system earth had an atmosphere of 750 pounds per square inch. Such an atmosphere extended 2,500 miles above the planet. There was no way sunlight could thaw out mile-deep ice over the oceans. It took the power of a white dwarf to get life started. Our sun does not have enough power to keep us out of the ice ages otherwise we wouldn't have them! Cosmological Ice Ages Solved: the greatest mysteries of all time! Where was our sun born? What took Earth out of a billion year ice age? What made all the coal, oil and limestone? How did Earth get a 20.8% oxygen atmosphere? Where did the energy come from to make all the coal, oil and limestone? Who, what, when and why was the moon brought into orbit around Earth? By Henry Kroll 384 pages 8.5 by 11; quality trade paperback (soft cover); Catalog #08-0164; ISBN 1-4251-7062-5; US$31.35, C$31.35, EUR21.42, £16.19 About the Book I plotted our sun's course through space to discover that our sun was born in the constellation Orion. After the planets were formed Earth was covered with a five-mile-thick coating of ice one billion years with an atmospheric pressure of over 750-pounds per square inch. Sunlight could not penetrate such an atmosphere extending 2,500-miles above the planet. We eventually drifted near the Sirius multiple star-system. Little Sirius B (1.5 solar masses) grabbed hold of our sun putting it in orbit around Sirius A. Earth has lost 98% of its atmosphere (AKA radiation shield). Our sun does not have enough power to keep us out of the ice ages. The additional light and heat from Sirius star system that melted the ice caps and got life started in the oceans. Over time the 750 PSI carbon dioxide atmosphere was laid down as coal, oil and limestone using photosynthesis and light from Sirius A and B. Dinosaurs couldn't live in today's atmosphere because their lungs were too small. 65-million years ago the atmosphere was 30 to 60 PSI. Earth has lost 98% of its atmosphere. It is now 14.5 pounds per square inch. We have a limited time to get our act together and get off the planet to seed life in other biospheres. www.GuardDogBooks.com Wholesale orders (20 or more): www.Trafford.com www.AlaskaPublishing.com Also: www.Amazon.com www.AmazonUK.com www.Barns&Noble.com www.GuardDogBooks.com www.AlaskaPublishin.com

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