No professor at an Ivy league school, will allow his findings to be presented in any other way than it was intended. His work is going to be peer reviewed, any questionable methods in obtaining results will be published and he will be ridiculed. My kid goes to Brown and has worked in the chem labs over the summers, Everything is checked again and again. The school will not be used to push an agenda. A non disclosure will not prevent Columbia from speaking out if the findings are not presented accurately.
patman, oh would that your confidence in the press were justified.
Unfortunately, the press, NOT the professor, controls "what gets written" in the paper. And the press is INCREDIBLY BAD at getting their facts straight. And they are incredibly resistant to correcting their errors.
Feel free to skip this story ...
A good friend of mine, Don (not his real name) is a world-class researcher in diabetes, & on the faculty of UCSD (San Diego). Every time some reporter comes in & does a story on his research, he has to spend the next 6 months fielding phone calls & emails from around the world because the reporter got basic, fundamental facts completely wrong.
So Don started a new policy: he would give reporters access & free rein to write any opinion, but Don would only give the interview if the reporter allowed Don to fact check the final article. One objected. Strenuously. Don said, "no fact check, no interview", and the reporter relented.
Don gave the reporter about 5 hours of time, showed his lab, his results. The guy wrote his article. Don reminded the reporter to send it to him BEFORE he published. Several "not ready yet"s ensued, as the reporter tried to back out of their agreement. Don left harsh, threatening message on reporter's voice mail.
Finally, the article appeared in Don's in basket. EVERYTHING is wrong, wrong, wrong. Did this guy even listen??
Don spends another hour, correcting multiple factual errors & sends it back to the reporter.
Article is published a few days later. The corrected article?? NO.
The first, error-laden article.
Don is FURIOUS. He calls the reporter. "What happened?"
Reporter: "Dog ate my homework ... deadline ... lost the file ... mumble, mumble."
Don calls editor. "When will retraction & CORRECT article appear?"
Editor: "Never."
Punishment for reporter: Nothing.
Reason for erroneous report to be published: "made up facts" were more sensational than actual facts.
So, even if the professor is rigorous & specific about what he says, there is zero guarantee that what appears in a published article will be correct. Or that errors will get corrected.
Today's reporters VERY RARELY are interested in telling the truth.
They are interested in telling a sensational story.
"The Patriots are cheats, Tom Brady is a cheat" is sensational.
"Nobody did anything" is not sensational.
Until it can be proven that the NFL screwed the pooch.
Then "The NFL is incompetent" BECOMES sensational.
And that professor Tyson you refer to has publicly apologized for the sloppy science and admits that he was wrong as he used absolute pressures and not gage pressure.
Yeah, but Tyson's error points out something important.
Tyson has a PhD in physics & cosmology.
The average person is going to be shocked that a PhD in physics & cosmology is NOT an expert in something as simple as PV = nRT.
Tyson is NOT an expert in this field. It is NOT his field of study.
I am right about this.
Proof: a real expert in arithmetic does NOT first say "2 + 4 = 9", and then have to backtrack when others point out that 2+4 = 6.
A REAL expert in arithmetic gets the right answer, the first time.
A REAL expert in temperature & pressure in confined volumes gets the right answer, the first time.
This, alone, is 100% PROOF that Tyson is not an expert in the pressure & temperature relationship in footballs. There is nothing that he has done in the several weeks since making that first statement that has turned him into an expert.
Finally, once Tyson got this first error corrected, he then made a 2nd, equally egregious error: he assumed that the entire 2 psi drop was due to temperature, & concluded that the balls must have been inflated at 95°F in order to explain that drop.
He was wrong again.
His mistake was believing news reports that said exactly this.
He should know better than to believe the newspapers & TV.
The truth is that, in the famous "2 pounds (really "psi") low" comment, nobody ever explained "2 psi low ...
compared to what?"
Tyson assumed that the entire 2 psi drop was due to temperature, and the balls must have been filled at 95°F.
In reality, it wasn't until several days later that Brady announced that he likes his footballs set to 12.5 psi.
The obvious interpretation of the original statement is "2 psi low ... compared to the league nominal of 13.0 psi", because they did not know where the Pats' balls were set.
So 0.5 psi is due to TB's preference.
Of the remaining 1.5 psi:
1.3 psi is due to temperature (filled at 75°F), and
0.2 psi is due to cold rain & wet balls (only shown by experiment.)
One has to be
really demanding when identifying someone as "an expert".
Lots of people MIGHT get the right answer.
Clearly, a Harvard educated PhD in physics & cosmology can NOT be trusted to get the right answer.
Clearly, three separate PhDs in meteorology (whose professional world depends, in part, on PV = nRT) & 4 additional "talking head" meteorologists at The Weather Channel can NOT be trusted to get the right answer. (They also used gauge pressure & erroneously asserted that the pressure lapse rate was 0.02 psi/°F, instead of the correct value of 0.051 psi/°F.)
A Columbia physics professor MIGHT get the right answer. (He/she damn well ought to.!)
An undergrad physics or engineering student MIGHT get the right answer.
A true expert WILL get the right answer.
I'm demanding. I'll only listen to real experts.
I am not particularly impressed that the NFL chose a Columbia physics professor for this task. He will LIKELY get the right answer. That's not good enough for me.
In my opinion, the NFL should have chosen a contract engineering testing laboratory that regularly measures temperatures & pressures.
JMO.