Getting Rid of Dark Energy and Dark Matter

A theory has been proposed that allagedly explains the missing cosmological dark energy and dark matter by instead invoking the non-conservation of energy associated with the so-called expanision of the universe.  Some physicist in Russia named H. R. Fazlollahi has written a paper that outlines his idea on how this non-conservation would account for the missing energy.

Now, my tensor calculus is more than a little bit rusty (in point of fact, it’s extinct) so I won’t pretend to know what the details of his math show.  Instead I’ll fall back on my contempt for scientists that invent a universe where 90% of the mass and energy are invisible and indetectable in order to explain the data they observe.

So two cheers for Fazlollahi and here’s hoping that some of the brighter lights in the physics community start to look a these discrepancies with a more discerning eye.  Either that or let them go find jobs in something they’re more qualified to do like delivering the mail.

What’s Worse, Dark Energy or Non-Metric Gravity?

Regular readers are aware of my disdain for Dark Energy and Dark Matter.  These are hypothetical entities that apparently can’t be detected but which allow astrophysicists to pretend they understand why physical measurements of the universe don’t correlate with the estimates they make about things like the mass of the galaxies and the expansion of the universe.

Well I’m happy to report they’ve come up with another theory that at least allows them to get rid of dark energy.  It’s called non-metric gravity.  Of course I’m glad they’re getting rid of dark energy.  Getting rid of something that doesn’t exist is a helpful idea.  But I can’t say that the exercise they’ve gone through to “measure” the parameters in their new model is all that inspiring.  They take the gravitational constant and make it a function of the form:

F(Q) = α + βQn

And all three parameters are determined by curve fitting, using the available data from astrophysical observations like the red shift and microwave radiation densities.  And unsurprisingly they are able to make the hypothesis fit the data.

Now does this prove anything?  Certainly not.  But at least it doesn’t require inventing ubiquitous non-existent particles that are indetectable and inexplicable.  And to my way of looking at things it’s the beginning of an approach that may start to unravel the baffling problems that astrophysicists are confronted with when they look at the universe on the grand scale.

Now if only they can man up and admit there’s no such thing as dark matter they might start to gain my respect back again.  Sir Isaac forgive them.  They’re not very bright.

Doubts Building Up About the Existence of Dark Energy and Dark Matter. Duh!

Even girls are starting to doubt the existence of forms of matter and energy for which there is no direct observable reality.  The good old expansion of the universe has ceased to be this reliable reason for making up phantom particles that can’t be detected, measured or explained.  Maybe now the physics nerds can try to sharpen their pencils and do the hard observational work that will be needed to obtain accurate data needed to make the next valid discoveries needed to expand our understanding of the cosmos.