Galaxy sized twist in time pulls violating particles back into line

Galaxy sized twist in time pulls violating particles back into line: Dr Hadley’s paper... suggests that researchers have neglected the significant impact of the rotation of our Galaxy on the pattern of how sub atomic particles breakdown...
There is a clear left right asymmetry in weak interactions and a much smaller CP violation in Kaon systems. These have been measured but never explained. This research suggests that the experimental results in our laboratories are a consequence of galactic rotation twisting our local space time. If that is shown to be correct then nature would be fundamentally symmetric after all.

How To Spot a Rotating Black Hole - Technology Review

How To Spot a Rotating Black Hole - Technology Review: Black holes do strange things to the fabric of space time, particularly if they are rotating. One well known effect is that a rotating black hole drags this fabric with it, intermixing space and time in nearby regions.

Today, Fabrizio Tamburini at the University of Padova in Italy and a few pals say this ought to have a significant effect on light that gets caught up in this process and is then emitted from the disc of accreting matter around a rotating black hole. They say the rotation ought to distort the wave front and phase of this light, while imparting orbital angular momentum to the beam.

Black holes put new spin on light - physics-math - 13 February 2011 - New Scientist

Black holes put new spin on light: According to general relativity, spinning black holes drag the fabric of the surrounding space around with them. Fabrizio Tamburini of the University of Padua in Italy, and colleagues, calculated how light rays emitted by matter spiralling into a black hole are distorted by this effect, called frame dragging. They calculated that it transforms ordinary light into the corkscrew type that possesses orbital angular momentum.

Black Holes Take Light For A Spin - Science News

Black Holes Take Light For A Spin - Science News: "But researchers hadn’t explored in detail the possibility that rotating black holes could also take light for a spin, imparting angular momentum to the radiation, comments Martin Bojowald of Pennsylvania State University in University Park. “The black hole influences spacetime in such a way that light with net orbital angular momentum is automatically produced,” he says."