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Roman Hier im Himmel – Transparent.png

Hier im Himmel

Ein Roman über die Schnittstelle von Physik und Bewusstsein. Hier im Himmel bildet den Rahmen für eine umfassende Realität, die bekannte 3+1 Dimensionen mit einer 9+2 Struktur verbindet.

Hier im Himmel

The Book

Since Einstein, physicists have been searching for a theory that unites everything. For millennia, people have asked where heaven is. What if both questions have the same answer?

When "Lonely" is discovered, a solitary black hole in the solar system, a European research team dares the impossible. They send a module behind the event horizon, from where, according to all known laws, nothing can return.

For the Zurich physicist Edith, it is the project of her life. Until an accident in the Valais Alps takes the person closest to her and leads her to a threshold where space and time lose their meaning.

Then, a signal comes back from the silence. And none of the known models can explain it.

In search of an explanation, Edith develops the 2T-M theory: eleven dimensions, including a second time. It opens up a new way to unite quantum physics and gravity. And it provides a surprising answer to what heaven is.

Heaven is not a distant place. It is here.

A novel that develops a new physical theory. With a detailed question-and-answer section on the 2T-M theory.

Status

On the way to publication

The manuscript of Here in Heaven is complete and has been submitted to literary agencies for review. Publication is in preparation.

Would you like to know when Hier im Himmel is released? Leave your email address to be notified about the publication.

Lecture Request

What if heaven is here?
 

A mental journey through space, time, and the boundaries of our reality.

How much of reality do we actually perceive? Could our universe possess more dimensions than we can recognize? And what would that mean for our concept of heaven?
 

Using vivid examples from physics, philosophy, art, and literature, Armin Vogel presents the postulated 2T-M theory and shows the surprising perspectives that open up as a result.
 

The lecture is aimed at a generally interested audience. Prior knowledge of physics is not required. Content and duration can be individually adapted.

Interested in a lecture?

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