It is 1867, and twenty-three-year-old Shade McDonald is ready for a change. After spending the last few years serving in the Civil War, Shade has his sights set on marrying a good woman, settling on the family farm in Kentucky, and raising a family. Unfortunately, the only companions he has right now are a revolver, a rifle, and a strawberry roan named Rex. As he trudges along a hot, dusty road in southeastern Texas headed toward his future, Shade has no idea that trouble is not finished with him yet.

Happily reunited with his family on a Texas ranch, Shade busies himself with learning the business of working and raising cattle. Yet within the dark recesses of his mind, something is casting a shadow on all that is good, and it is as ominous as a squall line. As a threat lurks in the distance, Shade must learn to rely on his past experiences to prepare for the uncertain road that lies ahead.

Shade must leave all he loves to right a wrong. As he goes on a dangerous mission to find two culprits driven by evil intentions, he must summon the courage he learned on the battlefield to save not only his family, but also his own life.

Tomorrow's Science Today - A broad outline of future discoveries concerning the workings of Nature, and of science's reconciliation with religion. "If a complete unified theory was discovered, it would only be a matter of time before it was digested and simplified ... and taught in schools, at least in outline. We should then all be able to have some understanding of the laws that govern the universe and are responsible for our existence." ("A Brief History of Time" by Stephen Hawking, Introduction by Carl Sagan) I saw a video ("Hidden Dimensions: Exploring Hyperspace") in which it was stated that mathematicians are free to imagine anything while physicists work in a very different environment constrained by experiment, and that the American physicist Richard Feynman (1918-1988) said scientists work in a straitjacket. Well, Albert Einstein (1879-1955) said "Imagination is more important than knowledge" so let's see what happens when we throw away everyday tradition and conformity, let our imaginations fly (while trying to stay grounded in science and technology), and thus release science from its straitjacket In this book, we'll learn about intergalactic travel - we'll also learn how to travel into the future and the past (though neither can be changed). And we'll see that ESP (extra-sensory perception) and telekinesis (psychokinesis) are scientifically possible.

According to this brilliant or nonsensical (depends who's reading it) summary and essay, many of the present scientific mysteries become explicable. And this new science reaches into areas once reserved for religion and philosophy. While the conclusions are unbelievably fantastic by today's standards (we could travel to any point in the universe, or in time, instantly - we could achieve physics' holy grail of cosmic unification, and unify the large scale universe with small scale quantum mechanics - we could see eternal health for everyone who ever lived - and proper understanding of unification would not only show that a being called God must exist but humans would be unified with that God), I don't think the steps taken to arrive at those conclusions are irrational at all. They have their foundation in quantum mechanics, Einstein's Relativity, a recent demonstration in electrical engineering at Yale University and, of course, the inspirational work of Professor Stephen Hawking. Yes, I'm writing about science AND religion - my book has its beginnings in a cellular automaton (in mathematics and computer science, a collection of cells on a grid that evolves through a number of discrete time steps according to a set of rules based on the states of neighbouring cells) and grew into a belief that the universe has an electronic foundation. I've always been far more curious about the distant future than the present, and this is what my curiosity has revealed to me. Its conclusions are absolutely incredible at times ... which is why I felt the need to spend years (decades, actually) writing a long, detailed article explaining those conclusions, and making my article as perfect as my limited abilities permit. And I have the feeling that the distant future I've been thinking about is not so distant after all. It might be possible for much of the technology mentioned here to reach fruition in this century, or in the 22nd/23rd century. In the next 50 years, science could not only make the visions shown to us by Star Trek come true but it could surpass those visions, unimaginably by today's standards. If we can cast aside our emotional attachments to life as we know it, all this might happen within 50 years. If we cannot cast aside our attachments, we'll call the following "nonsense" and might have to wait hundreds of years to see it come true. I'll first summarise the steps leading up to (and beyond) exploration of all space-time then write a detailed essay showing how those paragraphs are consistent with the plausible nature of the universe and are therefore not science fiction.

It is 1867, and twenty-three-year-old Shade McDonald is ready for a change. After spending the last few years serving in the Civil War, Shade has his sights set on marrying a good woman, settling on the family farm in Kentucky, and raising a family. Unfortunately, the only companions he has right now are a revolver, a rifle, and a strawberry roan named Rex. As he trudges along a hot, dusty road in southeastern Texas headed toward his future, Shade has no idea that trouble is not finished with him yet.

Happily reunited with his family on a Texas ranch, Shade busies himself with learning the business of working and raising cattle. Yet within the dark recesses of his mind, something is casting a shadow on all that is good, and it is as ominous as a squall line. As a threat lurks in the distance, Shade must learn to rely on his past experiences to prepare for the uncertain road that lies ahead.

Shade must leave all he loves to right a wrong. As he goes on a dangerous mission to find two culprits driven by evil intentions, he must summon the courage he learned on the battlefield to save not only his family, but also his own life.

Tomorrow's Science Today "If a complete unified theory was discovered, it would only be a matter of time before it was digested and simplified ... and taught in schools, at least in outline. We should then all be able to have some understanding of the laws that govern the universe and are responsible for our existence." ("A Brief History of Time" by Stephen Hawking, Introduction by Carl Sagan - Bantam Press 1988, page 168) So let's give credit where credit is due and encourage the scientists to pursue the mathematics and measurements which we may find boring and tedious, but let's remind them occasionally that maths and measures are nothing unless they give everyone understanding which can show the way when scientists get lost in their details and competing theories. I saw a video ("Hidden Dimensions: Exploring Hyperspace") in which it was stated that mathematicians are free to imagine anything while physicists work in a very different environment constrained by experiment, and that the American physicist Richard Feynman (1918-1988) said scientists work in a straitjacket. Well, Albert Einstein (1879-1955) said "Imagination is more important than knowledge" so let's see what happens when we throw away everyday tradition and conformity, let our imaginations fly (while trying to stay grounded in science and technology), and thus release science from its straitjacket This article has its beginnings in cellular automata (in mathematics and computer science, collections of cells on a grid that evolve through a number of discrete time steps according to a set of rules based on the states of neighbouring cells) and grew into a belief that the universe (electromagnetism, gravitation, space-time and, as we'll see, 5th dimensional hyperspace) has a digital (electronic) foundation. It logically leads to assertions of instant intergalactic travel, time travel into the past as well as the future (neither of which can be altered), of unification of the large-scale universe with small-scale quantum particles, that the universe is a computer-generated hologram, that everyone who ever lived can have eternal life and health, that motion is an illusion caused by the rapid display of digitally generated "frames," that the entire universe is contained in (or unified with) every one of its particles, that the terms "computer-generated" and "computer" do not necessarily refer to an actual machine sending out binary digits or qubits, that we only possess a small degree of free will, that humanity could have created our universe and ourselves though unification physics says a being called God must nevertheless exist and likewise be Creator, and that Einstein's E=mc2 equation could be modified for the 21st century, reflecting the digital nature of reality. Though these things may be unbelievable in 2011, we should not ignore the possibilities of their being true or of their showing that reality is indeed digital because they are the logical product of already demonstrated electrical engineering and trips into space, science is investigating time travel and unification, the notion of motion has been suspect to some ever since the ancient Greek philosopher Zeno of Elea (490?-420? B.C.) argued that motion is absurd, and many religions worldwide speak of God and have some concept of survival of bodily death.

I saw a video ("Hidden Dimensions: Exploring Hyperspace" - http: //www.worldsciencefestival.com/hidden-dimensions) in which it was stated that mathematicians are free to imagine anything while physicists work in a very different environment constrained by experiment, and that the American physicist Richard Feynman (1918-1988) said scientists work in a straitjacket. Well, Albert Einstein (1879-1955) said "Imagination is more important than knowledge" so let's see what happens when we throw away everyday tradition and conformity, let our imaginations fly (while trying to stay grounded in science and technology), and thus release science from its straitjacket This little book has its beginnings in cellular automata (in mathematics and computer science, collections of cells on a grid that evolve through a number of discrete time steps according to a set of rules based on the states of neighbouring cells) and grew into a belief that the universe (electromagnetism, gravitation, space-time and, as we'll see, 5th dimensional hyperspace) has a digital (electronic) foundation. This belief can be supported by 11 steps that begin with an experiment in electrical engineering at Yale University in the USA. These steps logically lead to assertions of instant intergalactic travel, time travel into the past as well as the future (neither of which can be altered), of unification of the large-scale universe with small-scale quantum particles, that the universe is a computer-generated hologram, that everyone who ever lived can have eternal life and health, that motion is an illusion caused by the rapid display of digitally generated "frames," that the entire universe is contained in (or unified with) every one of its particles, that the terms "computer-generated" and "computer" do not necessarily refer to an actual machine sending out binary digits or qubits, that we only possess a small degree of free will, that humanity could have created our universe and ourselves though unification physics says a being called God must nevertheless exist and likewise be Creator, and that Einstein's E=mc squared equation could be modified for the 21st century, reflecting the digital nature of reality. Though these things may be unbelievable in 2011, we should not ignore the possibilities of their being true or of their showing that reality is basically digital because they are the logical product of already demonstrated electrical engineering and trips into space, science is investigating time travel and unification, the notion of motion has been suspect to some ever since the ancient Greek philosopher Zeno of Elea (490?-420? B.C.) argued that motion is absurd, and many religions worldwide speak of God and have some concept of survival of bodily death.