This book is a concise and amusing presentation of some of the results of Dr. White's research in Observer Physics. The development of quantum mechanics has brought about the discovery that our physical world can no longer be considered separate from the observer. The very act of observing phenomena influences the way events unfold -- not to speak of proactive engagement in creatively shaping the future. Dr. White explores the logical implication that the observer is the prime mover that shapes the universe. Using simple mathematical techniques that generally require no more than high-school level geometry and algebra, Dr. White takes the reader on a voyage of creation in which you learn the magical technique of manifesting coherent physical universes from nothing other than a playful creative imagination plus a few simple and logical procedures. To order a copy of this 100-page monograph, click HERE and go to the Delta Point Educational Technologies Book Store.
Exercises for Playing with Your Universe:
How to Create Your Own Universe, Workbook 1
by Douglass A. White, Ph. D.
If you have read How to Create Your Own Universe and would like to practice making particles, forces, and other phenomena appear in your universe . . . . this little workbook will get you started. Answers to the sample problems based on the model for "our universe" are worked out, but you are encouraged to do the operations on your own so you get the feel for the procedures. Then you can begin exploring the possibilities of alternate universes. You may also discover other ways to build universes. Click HERE to order the workbook from the Book Store.
*** THEORY OF OBSERVER PHYSICS. The answers to the following questions appear in the series of points in this article outlining the Theory of Observer Physics. The numbers after each question tell you where to find the answer. If you want the answer to the question, go directly to the point in the theory where the answer appears. Where does the Universe come from? (2) What is the Unified Field? (3) What is information? (8) What is time? (12) What is energy? (13) What is space? (15) How is information stored? (16) What is motion? (17) What is light? (24) What is mass? (25) What is gravity? (26) What is quantum spin? (27) What is electric charge? (28) What is magnetism? (29) Why does light seem to form a traveling wave that vibrates in two orthogonal transverse directions? (30) Why are protons much fatter than electrons? (32) What are photons? (33) What is the fundamental energy flow circuit? (34) Why are protons and electrons stable, and why do all protons and all electrons seem to look alike? (35) Where is the missing anti-matter? (36) What is inertia? (37) If you really want to know, here are the answers. You may not like them. You may not agree. But at least here is a coherent theory that gives a reasonable answer to each of these questions that standard physics thoroughly fails to address. If you have a better answer, let's hear it. You will also know the answer to how light travels through a vacuum, and you will pretty much be able to figure out the rest on your own or with some help from other articles on this site. To order a copy of this paper, click HERE and go to the DPEDTECH Book Store.
*** SOME PRINCIPLES AND DISCOVERIES OF OBSERVER PHYSICS: Brief Summaries to get a quick overview of recent findings. Regularly updated. Check document date. Latest version: April 19, 2007 with new material (see example of Moessbauer effect in discussion of nonlocality and details of relations among quarks and leptons in discussion of neutrinos and charge.) To order a copy of this paper, click HERE and go to the DPEDTECH Book Store.
*** Some Helpful Tools for exploring materials on this website or upgrading your own life in terms of ideas and experiences.
*** Some Criteria for Evaluating Tools
*** THE BASIC APPROACHES OF OBSERVER PHYSICS. To order a copy of this paper, click HERE and go to the DPEDTECH Book Store.
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