The model pinpoints the exact spot from where a player needs to aim the bowling ball to score a perfect strike.

A Loughborough scientist has helped to crack the secret to scoring a perfect strike - and to uncover the physics behind it ...

Either that, or you could refer to a new system of differential equations from MIT and Princeton designed to determine the most optimal bowling ball placements. Their findings present a potential ...

as well as the inevitable asymmetries of bowling balls and player variability. The calculations involved in such research are very complicated because there are so many variables that can affect a ...

With millions of dollars at stake across tournaments and more than 45 million regular annual participants, bowling continues to reign as a top sport in the U.S. A unified model that predicts how a ...

A USBC-approved bowling lane has 39 boards, each measuring approximately 2.73 cm (1.07 in). The x-axis is measured in boards. The y-axis is aligned with the minimum moment of inertia axis of the ...