"It's a (expletive) joke. Major League Baseball's turning this game into a joke. They own Rawlings, and..."
"... you've got Manfred up here saying it might be the way they center the pill. They own the (expletive) company. If any other $40 billion company bought out a $400 million company and the product changed dramatically, it's not a guess as to what happened. We all know what happened. Manfred the first time he came in, what'd he say? He said we want more offense. All of a sudden he comes in, the balls are juiced? It's not coincidence. We're not idiots."
Said the pitcher Justin Verlander, quoted in "These scientists may have solved MLB's 'juiced' baseball problem" (USA Today).
The "pill" is the core of the baseball. Rawlings manufactures baseballs and is owned by Major League Baseball, which has an interest in producing exciting games. "Manfred" is MLB Commissioner Rob Manfred.
Lloyd Smith, a professor of Mechanical and Materials Engineering who's been studying baseballs, said to USA Today: "I would like you not to say that we’ve solved the problem... We’ll say that once Major League Baseball is satisfied with our results and willing to make a public statement.... If this was an easy answer, we would’ve had this a year ago. But it’s a hard answer and that likely means we’ve got a noisy signal. And interpreting noisy data is tricky."
Said the pitcher Justin Verlander, quoted in "These scientists may have solved MLB's 'juiced' baseball problem" (USA Today).
The "pill" is the core of the baseball. Rawlings manufactures baseballs and is owned by Major League Baseball, which has an interest in producing exciting games. "Manfred" is MLB Commissioner Rob Manfred.
Lloyd Smith, a professor of Mechanical and Materials Engineering who's been studying baseballs, said to USA Today: "I would like you not to say that we’ve solved the problem... We’ll say that once Major League Baseball is satisfied with our results and willing to make a public statement.... If this was an easy answer, we would’ve had this a year ago. But it’s a hard answer and that likely means we’ve got a noisy signal. And interpreting noisy data is tricky."
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