Decoding cosmological data could shed light on neutrinos

in the ongoing quest to better understand the nutreno and its recorded velocity, we are reminded of the cosmic nutenos and there function.

(PhysOrg.com) -- Today’s most powerful telescopes collect huge amounts of data from the most distant locations of the universe – yet much of the information is simply discarded because it involves small length scales that are difficult to model. In an effort to waste less data from cosmological surveys, a team of scientists has developed a new technique that allows researchers to use otherwise unusable data by "clipping" some of the highest density peaks, which present the greatest challenge to models. This data could provide a way to address some unsolved problems in physics, including estimating the neutrino mass and investigating theories of modified gravity.

In an attempt to decode this small-scale data, the researchers developed the density “clipping” technique, which makes the data accessible to modeling.

“By applying a simple correction to the very densest regions of a simulated patch of the Universe, just 0.1% of the volume, we found that this removes most of this unpredictable behavior,” Simpson said. “We have now demonstrated that a great deal of information from these smaller scales can be successfully extracted.”

link to ex content

i like inovation that resamples data with new tecnequies.
specially if it helps to weigh or sample the speed of nutrinos

more data used the clearer the picture will become.

xploder