Oh, dear - the mag Science has awarded the postulated existence of "Dark Energy" as one of the top ten achievements of 2003.
The Dar Energy argument is one of the most flawed in modern science - someone tries to view something, and seeing it not as clear as it should be, therefore concludes that a new form of energy and the entire fabric of space-time needs rewriting to account for it.
The problem here is that the speculative hypothesis has been taken on board entirely as fact, without any form of testing or - more importantly - any proper scientific explorations of alternative hypotheses.
"Dark Energy" is one paradigm that I'm hoping will die a natural death soon enough - certainly by cause of it's originating form.
Anyway, here's the article and quote from the BBC:
http://news.bbc.co.uk/1/hi/sci/tech/3330527.stm
excerpt:
The Dar Energy argument is one of the most flawed in modern science - someone tries to view something, and seeing it not as clear as it should be, therefore concludes that a new form of energy and the entire fabric of space-time needs rewriting to account for it.
The problem here is that the speculative hypothesis has been taken on board entirely as fact, without any form of testing or - more importantly - any proper scientific explorations of alternative hypotheses.
"Dark Energy" is one paradigm that I'm hoping will die a natural death soon enough - certainly by cause of it's originating form.
Anyway, here's the article and quote from the BBC:
http://news.bbc.co.uk/1/hi/sci/tech/3330527.stm
excerpt:
A series of breakthroughs in the quest to identify the mysterious fabric of the Universe has topped a list of the 10 key scientific advances of 2003.
The winning discoveries provide further evidence that the Universe is composed largely of dark matter and dark energy.
The eagerly awaited top 10, which is compiled annually by the journal Science, is always controversial, and this year's proves to be no exception.
...
The "concordance" model of the Universe proposes that over 70% is made up of dark energy, with around 25% composed of dark matter and only 5% of normal matter.
In this model, dark matter is constantly being stretched by dark energy. In February, the Wilkinson Microwave Anisotropy Probe (Wmap) satellite took the most detailed picture yet of the cosmic microwave background - an image of the infant cosmos when it was less than 400,000 years old.
In July, astronomers from the Sloan Digital Sky Survey (SDSS), which aims to map out a million galaxies, published a research paper in which they superimposed their own galaxy-clustering data on Wmap's microwave data. They claim the results prove that dark energy must exist.
But on Friday (12 December), an international group of astronomers claimed analysis of data returned from the European Space Agency's (Esa) XMM-Newton satellite observatory casts doubt on the existence of dark energy.
The astronomers measured the quantity and energy of x-rays emitted by eight distant galaxy clusters. They say their results may imply that the density of matter in the universe is very high, contradicting the popular concordance model.
"To account for these results you have to have a lot of matter in the Universe and that leaves little room for dark energy," said Alain Blanchard of the Observatoire Midi-Pyrenees in France.