Times of India
   
Indian, US scientists question Big Bang theory
IANS, Apr 5, 2010, 09.59am IST
 
NEW DELHI: An Indian and an American scientist have questioned the Big Bang 
 theory, saying it does not serve as a viable explanation for the origin of 
the  universe. 

The research papers of Ashwini Kumar Lal of India's Ministry  of Statistics 
and Programme Implementation and Rhawn Joseph of Northern  California's 
Brain Research _Laboratory_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Big-Bang-theory/articleshow/5761894.cms#)
   have been 
accepted for publication in the April issue of the peer-reviewed  Harvard 
journal, Journal of Cosmology. 

The research papers come even as  scientists at Geneva's European 
Organization for _Nuclear_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Big-Bang-theory/articleshow/5761894.cms#)
   Research (CERN) 
are in the midst of experiments on the Large Hadron Collider  (LHC) recreating 
conditions of the beginning of the universe. 

"The two  scientific papers cast shadows of suspicion over the efficacy of 
the Big Bang  model. The scientific community may have to ponder afresh over 
the issue  relating to the origin of the universe," Lal told IANS here. 

He also  noted that CERN scientists "are trying to jigsaw a theory which 
fits the  conditions of the Big Bang model". 

"The Big Bang is said to have  occurred 13.75 billion years. But there is 
evidence, as I have written in my  paper, that there were fully formed 
distant galaxies that must have already been  billions of years old at the 
time," 
he added. 

In his paper "Big Bang? A  Critical Review", Lal says: "There is a growing 
body of evidence which  demonstrates the Universe could not have begun with 
a Big Bang 13.75 billion  years ago. 

"Indeed, the day may come when it is determined there never  was a Big Bang 
and cosmologists of the future will only gaze back in wonder at  how anyone 
could have believed in a creation event which was refuted by so much  
contradictory evidence," he adds. 

According to the paper, one of the  "acid tests" relating to the validity 
of the Big Bang model is the "detection of  remnants of _gravity_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Bi
g-Bang-theory/articleshow/5761894.cms#)   waves from the earliest epoch of the 
universe. 

"Existence of  gravitational wave background, as predicted by Einstein in 
1916 in his general  theory of relativity, is expected from the violent early 
moments of the Big Bang  much like the cosmic microwave background that 
fills the sky with radio waves  from the early universe," Lal says. 

While the microwave background  presumably originated 380,000 years after 
the Big Bang, the gravitational wave  background purportedly comes directly 
from events in the first minute after the  Big Bang, the scientist says. 

"The cataclysmic Big Bang is believed to  have created a flood of 
gravitational waves; ripples in the fabric of  space-time. These gravitational 
waves 
should still fill the universe.  

"However, presumably they are at a very feeble strength and cannot be  
detected by conventional _astronomical_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Big-Bang-theory/articleshow/5761894.cms#)
   
tools. Nevertheless, they should carry information about the universe as it 
was  in the immediate aftermath of the Big Bang. 

"If these waves cannot be  detected, this challenges the Big Bang," Lal 
maintains. 

He also points  out that lots of metal has been detected in distant 
_quasars_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Big-Bang-theory/articleshow/5761894.cms#)
   and galaxies, "and if distance is 
related to age, this means that many of the  oldest, most distant galaxies 
are metal rich; and this defies the predictions of  the Big Bang". 

This means there are "fully formed distant galaxies that  must have already 
been billions of years old over 13 billion years ago, which  would make 
them older than the Big Bang", Lal contends. 

Lal closely  studied 38 research works in the areas of astrophysics, 
physics and cosmology  before writing his paper. This is his third paper on the 
subject to be published  in a foreign journal. The others are Origin of Life 
(Astrophysics and Space  Science, October 2008) and Searching for Life on 
Habitable Planets and _Moons_ 
(http://timesofindia.indiatimes.com/india/Indian-US-scientists-question-Big-Bang-theory/articleshow/5761894.cms#)
   (Journal 
of Cosmology, February 2010). He also has to his credit some 30  research 
papers published in Indian journals
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