Scientists on alert: Something Is Happening to the Universe

The universe is not right. Suddenly he doesn't look normal.

This strange message comes from astronomers and physicists who think that space history should be revised. The universe is unimaginable and keeps getting bigger and bigger.

But astronomers are not agreeing on how fast it is growing, and they are studying the problem.

Some scientists call it a “crisis” in cosmology.

Nine decades ago astronomer Edwin Kubble indicated that the universe is larger than previously imagined.

The scale of this enlargement is a number called “Constant of the Hubble”.

However, it is a variable number, and measurements using different techniques have found different results.

But there are also those who are excited about this change.

Theorists, for example, believe that the number of Kubble is a breakthrough in physics.

Every time there's anomalies, we're all very excited”, said Catherine Mack a physicist at the state university in North Carolina.

The constant number of Kubble is a major feature of any theory regarding evolution and the ultimate fate of the universe. This number may have no effect on the everyday existence of man, but in its cosmological view, it means much.

The constant number this summer was 70 of what physicists Wendy Freedman and Santa Barbara observed. And in October, the measurements showed number 77.

Measures may be wrong, but physicists have indicated that it is unthinkable to change numbers whenever they measure.

Theorists have collected a number of numbers from measurements, which they called a “Standart Standard” of cosmology.

In the standard model, only 5 percent of the universe is made up of common matter, 25 percent is dark matter, which does not release radiation and is known only by the way its gravity affects the movement and configuration of galaxies.

While the rest is a dark energy, the driving factor in accelerating cosmic expansion.

In the 20th century, this model seemed to pass every observation test and any inequality, to measure the constant number, and this was exciting for physicists.