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Prof Koyama offers insights into gravity on cosmological scales

Written by: Tyler O'Neal, Staff Editor

a) The implicit correlation prior, as a function of redshift, induced by using the cubic spline to connect the 11 redshift nodes. All three functions, ΩX, µ and Σ, are subject to the same implicit prior, with no cross-correlation between different functions. b) The Horndeski prior correlating the nodes of ΩX, µ and Σ. The correlation between the nodes of each function is much stronger than that introduced by the cubic spline. The Horndeski prior also introduces a strong correlation between µ and Σ. c) The correlation obtained from our “Baseline” data posterior covariance of the nodes, i.e. that determined by the data and the implicit prior correlation in Panel (a). d) The correlation corresponding to the posterior covariance derived from the Baseline data with the help of the Horndeski prior in Panel (b).Scientists from around the world have reconstructed the laws of gravity, to help get a more

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Prof Mertz wins $1.1 million grant for Dolly Sods supercomputer for groups in physics, astronomy at WVU

Written by: Tyler O'Neal, Staff Editor

A GPU supercomputer cluster called “Dolly Sods” will enable researchers throughout the state to

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Prof: Election season makes it hard to like some Facebook friends

Written by: Cat

People dropping Facebook friends over political differences is a reminder that some of those

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Prof. Eugenio Coccia new director of National Laboratories of Gran Sasso

Written by: Writer
Starting from 16th June, Prof. Eugenio Coccia is the new director of the National Laboratories of...

Prof. Kale to Lead Project for Illinois Advanced Computing Institute

Written by: Writer
A project co-led by computer science professor Laxmikant Kale has been selected as one of the...

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