Best value overview of our core content. This 209-page digest of Apocalypse Prophesied and Mystery of Tammuz 17 focuses on the prophesied events leading up to the Second Coming of Jesus Christ in the context of God's Plan for Humanity in history and prophecy. Its many Bible verses are supported by Herbert Stollorz's analogies from natural science to provide sound insights into what God is doing on earth today and why all peoples will soon endure the Apocalypse.

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Product Description

2012 and the End of Institutional Evil is an edited digest of Herbert R. Stollorz' two books, Apocalypse Prophesied and Mystery of Tammuz 17. Its 209 pages provide the core discoveries and reasoning found in the 1,000+ pages of those two books. A projected calendar of events describes the key players in the biblical Last Days: Satan, Antichrist, and the Mahdi. The books use science and mathematics to uncover extraordinary information in the Bible that theologians routinely miss. This unique approach presents a revolutionary new way of looking at the universe. The first book focused on God’s Plan for Humanity from before time into eternity. The second book detailed Herbert R. Stollorz’ research methodology and thinking in an expanded discussion of the Last Days and the book of Revelation. His third book, Asteroid Answers to Ancient Calendar Mysteries, presents a hypothesis that explains why confirmation to the dating of key events in Bible prophecy may be found in the calendars and clocks of ancient cultures located around the world. It also explains other ancient mysteries by resolving apparent discrepancies between science and the Bible.

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Product Details

• Amazon Sales Rank: #458723 in Books
• Published on: 2008-09-17
• Released on: 2008-09-17
• Original language: English
• Binding: Paperback
• 210 pages

About the Author
Herbert R. Stollorz is a retired hi-tech inventor who was born grew up under the Nazi regime in what became East Germany. He fled the Communist area as a youth eventually coming to the USA where he repaired hi-tech instruments. Then he began to invent various hi-tech devices for Stanford's particle accelerators and the first wave of personal coomputers. For example, he invented the miniature disc drive head assembly that flies less than a hair’s width on top of the original 5-inch mini-disk used in a PC.