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prediction of accelerating universe
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'''Moshe Carmeli''' (1933-2007) was Albert Einstein Professor of Theoretical Physics at the Ben Gurion University in Israel and president of the Israel Physical Society. <ref name="Cosmological SR">{{cite book
'''Moshe Carmeli''' (1933-2007) was Albert Einstein Professor of Theoretical Physics at the Ben Gurion University in Israel and president of the Israel Physical Society. <ref name="CSR">{{cite book
|author=Moshe Carmeli
|author=Moshe Carmeli
|title=Cosmological Special Relativity, The Large-Scale Structure of Space, Time and Velocity, 2nd Edition
|title=Cosmological Special Relativity, The Large-Scale Structure of Space, Time and Velocity, 2nd Edition
|publisher=World Scientific Publishing
|publisher=World Scientific Publishing
|year=2002
|year=2002
|pages=207
|pages=129, 207
|url=http://www.creationbookpublishers.com/products/Without-Excuse.html
|url=http://www.creationbookpublishers.com/products/Without-Excuse.html
|isbn=9-789-02-4936-5
|isbn=9-789-02-4936-5
|quote=
|quote=
}}</ref>
}}</ref> who in the early 1990s developed his new theory named [[cosmological special relativity]] (CGR) and then his general theory which included matter.<ref name="starlight"/> In 1996, before the supernovae experiments results become known, he was first to predict using this new CGR theory the possibility that the universe expansion is accelerating.<ref name="CSR"/><ref name="starlight"/><ref>{{cite journal
According to [[John Hartnett]] the Carmeli cosmology is revolutionary in its implementation and interpretation. Carmeli approached the problem of explaining the structure of the universe using new physics that primarily involves a new dimension - the radial velocity of the galaxies in the expanding universe. In his theory, no explicit cosmological constant{{#tag:ref|cf."Although the theory has no cosmological constant, we extract from it its equivalence and show that Λ = 1.934 × 10-35 s-2. This value of Λ is in excellent agreement with measurements."<ref name="Cosmological Constant"/>|group=note}} or any dark energy is employed. Carmeli's model is a challenge to standard big bang theory, because it shows that a model other than Friedmann-Lemaître models can describe the large structure of the universe without the two needed add-on fudge factors, hypothetical [[Dark matter|'dark' matter]] and [[Dark energy|'dark' energy]].<ref name="starlight">{{cite book| last = Hartnett| first = John| authorlink = | title = Starlight, Time and the New Physics| publisher = Creation Ministries International| series = | year = 2007| doi = | isbn = 978-0-949-906687|page=56, 63, 122|quote=}}</ref>
|url =
|title = Cosmological General Relativity
|last = Carmeli
|first = Moshe
|year = 1996
|volume=5
|issue=159
|format =
|work =
|publisher = Communications in Theoretical Physics
|pages =
|doi =
|quote =
}}</ref>
According to [[John Hartnett]] the Carmeli cosmology is revolutionary in its implementation and interpretation. Carmeli approached the problem of explaining the structure of the universe using new physics that primarily involves a new dimension - the radial velocity of the galaxies in the expanding universe. In his theory, no explicit [[cosmological constant]]{{#tag:ref|cf."Although the theory has no cosmological constant, we extract from it its equivalence and show that Λ = 1.934 × 10-35 s-2. This value of Λ is in excellent agreement with measurements."<ref name="Cosmological Constant"/>|group=note}} or any dark energy is employed. Carmeli's model is a challenge to standard big bang theory, because it shows that a model other than Friedmann-Lemaître models can describe the large structure of the universe without the two needed add-on fudge factors, hypothetical [[Dark matter|'dark' matter]] and [[Dark energy|'dark' energy]].<ref name="starlight">{{cite book| last = Hartnett| first = John| authorlink = | title = Starlight, Time and the New Physics| publisher = Creation Ministries International| series = | year = 2007| doi = | isbn = 978-0-949-906687|pages=43, 56, 63, 122|quote=In 1996, using his new theory, Carmeli predicted that the universe must be accelerating.}}</ref>
The University of Victoria in British Columbia summarized about him: ''"Carmeli has suggested that the universe's expansion must be constantly accelerating, and that time is therefore relative; in other words, it can only be measured relative to the position and velocity of the measurer. This also means that time must have moved more slowly in the past when the universe was smaller and moving more slowly. Carmeli's work has posed an intriguing set of problems for theoretical physicists and has even been investigated by scholars for its philosophical and religious implications."''<ref>{{cite web
The University of Victoria in British Columbia summarized about him: ''"Carmeli has suggested that the universe's expansion must be constantly accelerating, and that time is therefore relative; in other words, it can only be measured relative to the position and velocity of the measurer. This also means that time must have moved more slowly in the past when the universe was smaller and moving more slowly. Carmeli's work has posed an intriguing set of problems for theoretical physicists and has even been investigated by scholars for its philosophical and religious implications."''<ref>{{cite web
Books
Books
*Cosmological Special Relativity (1997, 2002)
*Cosmological Special Relativity (1997, 2002)<ref name="CSR"/>
The book presents a new cosmological special relativity theory along the lines of Einstein's theory on ordinary special relativity.
The book presents a new cosmological special relativity theory along the lines of Einstein's theory on ordinary special relativity.
Papers
Papers