Astral Projection

Book Reviews:

It helps detective works.,

Reviewer: Jeff McGinn (CA) - See all my reviews

I am a detective. I got this book and it does help my career a lot. One chapter of this book teaches you how to solve a murder case by Time Travel.
I absolutely love reading books that incorporate Time Travel or English history. I had recently read the series of books written by Sapphire, and I was desperate to find another series of books that would take me back into time again. It was by accident that I came upon Sapphire's series of books in a bookstore one day as I was browsing. I wasn't quite sure which book was the first in the series, but by luck I picked up "Mastering Time Travel:Voyages Through Time". After reading the blurb on the back of the book, I wasn't sure whether this was what I was looking for as I'm really attracted to the medieval times. But I took it anyhow. I'm so glad I did! I could not put the book down. Before I even finished the book, I went back to the bookstore to buy the second installment (I didn't know which title was the 2nd book). As I was standing in the store going from book to book and back again trying to figure it out, a woman had been watching me. She approached me and raved about the series, and told me that "Successful astral projection to the space and universe" was the next installment I was looking for. She was a member of a book club that had read the entire series, and they had voted the series the best they had read, and in fact Mastering Time Travel:Voyages Through time had been her favorite. Great! I couldn't wait to begin to read the second book!
I just finished the book, and I absolutely loved it! Sapphire is bold and a sensual characters, and the historical accounts, locations, and adventures are fantastic!!!
I'm definitely looking forward to the remainder of the series.

Great book way advance of its time.,

Reviewer: Jack, Robert- See all my reviews

No one clearly understands what is Time Travel, within our present technology yet scientists are able to explain the phenomena. This book is so far advance of its time. All scientists would think - after 100 years which is next generation ... we might have an explanation of Time Travels.
Author defies the Time, and breaks the Time barrier. And able to give general readers a precise-and-comprehensive explanations about time travel.
It is a great book if not the greatest book on earth. Because it offers explanations --where we are from and where we are heading to. The book is beyond human imagination, and it defines: there is an order in the universe, nothing can escape the eye of the 'truth.'
And it has various ways of how to do it yourself.
Read it with opened mind, read it as if you were in year 2107. Just by reading the contents of the book, you can tell how good it is. Great book, I recommend it.
First and best Time travel book ever!, March 13, 2007
Reviewer: Joseph Francis (New York, USA) - See all my reviews
If you are trying to find time travel books, you will find none but those Science fictions book, this book is the first book on earth that teaches you how to do it yourself. It is precision and compact.
It is beautifully written from cover to cover, and it has records since the beginning of time.
The Einstein and the German Nazi were not able to figure out what is Time Travel. But now, we do have the answers, this book reveals the greatest mystery of all human time.

Sapphire made it.,

Reviewer: Doctor of Physic (Columbia University) - See all my reviews

In technical papers physicists generally avoid the commonplace language of "moving" or "traveling" through time ('movement' normally refers only to a change in spatial position as the time coordinate is varied), and instead discuss the possibility of closed timelike curves, which are worldlines that form closed loops in spacetime, allowing objects to return to their own past. There are known to be solutions to the equations of general relativity that describe spacetimes which contain closed timelike curves, but the physical plausibility of these solutions is uncertain.Physicists take for granted that if one were to move away from the Earth at relativistic velocities and return, more time would have passed on Earth than for the traveler, so in this sense it is accepted that relativity allows "travel into the future" (although according to relativity there is no single objective answer to how much time has 'really' passed between the departure and the return).
But Sapphire found the answer, he is ahead of all of us.
Sapphire and I work in the same university, I can prove his work is genuine.
Congratulation, Sapphire!

Nobel prize winner potential!,
Reviewer: Dr. Edger (Los Angeles, CA) - See all my reviews

This book is so unique of its kind, that no other time travel book is able to compare with it. Forget about the scientists, forget about Einstein. If Einstein is so great, he would create a Time machine for us. No human yet, I mean YET able to solve the mysteries about Time travel. But author did. Author broke all the barriers and found the genuine mystery about Time travel. I do have to agree, it so advanced of its time. This book is from the future. And you can check the back cover of the book from the share-images (on this site)has a rare ancient coin written, "Veni, Vidi, Vinci" (I came, I saw, I conquered) quotes by Julius Caesar when he celebrates his victory in Pontus. It is well written and eye catching from cover to cover. It has Nobel prize winner ability.

Great book way advance of its time!,

By an unknown author

Don't take my words for it!

By Joseph Lee

I really love this book, everything about it was perfect! The storyline, the characters, the descriptions and Sapphire (the author)!!
I think that all claims that this book is poorly written is incorrect. This book made my imagination go wild. I could imagine every single character in depth, I felt for each character and I thought that the main character, Sapphire, was an excellent choice. I had the book read to me over the phone by my friend and I was hooked from the first few minutes. I have now read it by eye.
Sapphire, the main character, is fantastic. I think the fact that he is such a normal human being makes him all the more special (although some people have criticized his choice of writing). Author to me gives the hidden message that even a normal looking person, can be special. he has great qualities and we can see all of this in the book. I like the book because I can identify with the author. We all have insecurities and it demonstrates maybe it is just what we think, not others.
Author is so idea and I think every girl who has to read this, believe that this book is the key to time travel. He is so quirky and is genuinely lovely. I think that the way that he has to adjust himself to this book makes all of the contents so romantic and some of the things that he says!!! I can't help but get all teary when I read this book!
It is so exciting the whole way through, especially at the part when everything comes to a head. I admit I was shaking that I had become so involved. I had the reassurance that he lived all these past lives, all these detail descriptions about the methods of time travels, still I was shaking with nerves.
I definitely recommend that you read this book. I do with this book can become a movie someday, but if you are considering watching the film first then DON'T, read book first. And I like the fact about all these examples which author provides, and especially the chapter about how to solve a murder case, fantastic read. And like the chapter which author mentions about Cleopatra. Read the book, don’t take my word for it, and you will enjoy it.

Author invented the "Time Machine", isn't this telling you something?

By Scott bakesale

Quantum Physics is a physical theory that says that even in the best of all possible circumstances, for some experiments we can only discuss outcomes in terms of probabilities. An example is the Poisson distribution of the lifetime of radioactive atoms. This 20th century theory replaces the determinism which Galileo and Newton established in the 17th century, but only for the small scale of Planck's constant. For General Relativity and most human-size events, Newton's determinism is a very good approximation.
Further these probabilities can interfere with each other in destructive fashion. The classic physical demonstration of this is that of the two-slit experiment (which works with either monochromatic light or mono-energetic massive particles) where a spot near the maximum distribution on the screen will measure zero particle flux from the two slits but if you cover either (but not both) of the slits, or attach measuring devices to the slits themselves (like induction loops for electrons), then the measurement count at the minimum spot will go up. This shows that the minimum is caused by destructive interference.
In addition, sometimes we cannot learn two related facts about a particle or system or particles to arbitrary precision. Position in a certain direction and momentum in a certain direction are a pair of items which the precision in which you learn one limits the precision in which you can learn about the other at the same time. Experimentally, this is called the Heisenberg uncertainty principle. This says something about the state of the system, that momentum and position are not independent degrees of freedom. A unitary transformation, similar to a Fourier transform, relates the state associated with these two measurements.
Also, bound systems have discrete energy levels. Experimentally, this was first found in the spectra of the elements. It is a pretty generic feature of quantum systems.
When relativity is added to quantum theory, the result is called quantum field theory and the number of particle is also a number which may be only described by probability. One of the

consequences of this is the Casmir effect. Also the very high precision measurements of the anomalous magnetic moment of the electron are in agreement with quantum field theory to one part in a trillion.
String theory is a mathematical exploration of (relativistic) quantum field theory for the case of non-point-like objects.
"How do we know anything about things smaller than atoms?"
We know about electrons, because we can separate them from metals in vacuum tubes. Rutherford threw alpha particles at gold and found that most of the mass and positive charge was very tightly concentrated. Experiments which go under the generic name of "deep inelastic scattering" threw electrons at nuclei and found that the protons and neutrons themselves had concentrated bits of electrical charge and mass. We call those components "quarks." It is observed that if you fire mono-energetic electrons through a single thin slit, the pattern on the distant wall is more spread out for thinner slits. Classically you expect a sharp shadow of the slit edges, but this is not the case. The image on the screen can be much wider than the slit and it's soft and fuzzy. This can be understood in terms of the slit making a measurement of the electron's position, and at the same time introducing a inversely related uncertainty in the momentum, causing the image to spread more for narrow slits.If you have two slits close together, you get roughly double the total number of hits on the screen. But if the slits are close together, some lines appear where no electrons hits. The overall pattern is fuzzy, but within the fuzzy image, the electrons aren't hitting a regular pattern. It's like the electrons are acting like waves of wavelength = momentum / Planck's constant. So for the lines, less electrons hit there when two slits are open than when one slit is open.

And this even works when only one electron at a time goes through the process.
And this book has all the answers. And Sapphire invented the "Time Machine", isn't this telling you everything?

Found this book in Australia library

By Tom Robinson. Melbourne, (Australia) Apr 04, 2010

I was referred by a friend and told me this book is available in the Melbourne library. It took long time to get to this book, I like it so much. I bought a copy of my own.

Astral Projection

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