The excess over the Standard Model prediction is exciting, said BaBar spokesperson Michael Roney of the University of Victoria in Canada.

But before we can claim an actual discovery, other experiments have to replicate it and rule out the possibility this isnt just an unlikely statistical fluctuation.

If the excess decays shown are confirmed, it will be exciting to figure out what is causing it, said BaBar physics coordinator Abner Soffer, associate professor at Tel Aviv University.

We hope our results will stimulate theoretical discussion about just what the data are telling us about new physics.

While the data is far from new, the latest experimental results are a longtime coming.

Data collected from experiments conducted over one decade ago may lead scientists to finally reconfigure one of sciences most important scientific principles: the Standard Model of particle physics.

Researchers continue to apply BaBar data to a variety of questions in particle physics.

The data collected by the experiment remains one of the most important data collections in the field of physics, and it is seen as invaluable for researchers.

To do this, we used de identified data collected from all women diagnosed with breast cancer across New South Wales in 2001 and 2002.

The data, for instance, has raised more questions about Higgs bosons, which arise from the mechanism thought to give fundamental particles their mass.

Higgs bosons are predicted to interact more strongly with heavier particles – such as the B mesons, D mesons and tau leptons in the BaBar study – than with lighter ones, but the Higgs posited by the Standard Model cant be involved in this decay.

The team noted that an upcoming experiment could lead to confirmation of their findings, setting the stage for further research into the odd findings, possibly upending the Standard Model itself.

If the Belle experiment at the Japanese high energy physics laboratory KEK replicates the finding, “the combined significance could be compelling enough to suggest how we can finally move beyond the Standard Model,” said researchers.

The physics community’s main vessel for new results is the Physical Review suite of scientific journals published by the American Physical Society and Applied Physics Letters published by the American Institute of Physics.

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