Stephen Hawking's farewell: Last paper published in physics journal
The legendary scientist's multiverse theory came out Tuesday in the Journal of High Energy Physics, after appearing elsewhere online just after he died.
- Co-author of two Gen X pop-culture encyclopedia for Penguin Books. Won "Headline Writer of the Year" award for 2017, 2014 and 2013 from the American Copy Editors Society. Won first place in headline writing from the 2013 Society for Features Journalism.
Stephen Hawking died on March 14, but the theoretical physicist's ideas live on.
Hawking's final paper, co-authored with Thomas Hertog, a professor of theoretical physics at Belgium's KU Leuven University, was published Tuesday in the Journal of High Energy Physics. The paper, titled "A Smooth Exit from Eternal Inflation?" can also be read online via Cornell University's arXiv.org site, where it was made available several days after Hawking's death.
Don't expect a mainstream read like Hawking's best-selling "A Brief History of Time." The paper isn't exactly Science 101.
To give it a look, it helps to be well-versed in physics and familiar with such terms as "gauge-gravity duality" and equations that look like this: ΨNB[hij , φ] = Z −1 QF T [h˜ ij , α˜] exp(iSst[hij , φ]/~)
The complex research delves into the idea that our universe may be only one of many (yes, a multiverse, just like in the comics). It explores the idea that our Big Bang wasn't the only one of its kind and discusses how a space probe could possibly find such evidence.
The "evidence" angle is especially interesting because after Hawking's death, there was much discussion of why he never received a Nobel Prize, with the answer being that his prior scientific discoveries couldn't be proven. But even if proof is someday found for this final paper, according to Nobel rules, the honor cannot be awarded to someone who died before receiving it (though Hawking's co-author could conceivably win for the work.)
"This was Stephen: to boldly go where Star Trek fears to tread," co-author Hertog told the London Times. "He has often been nominated for the Nobel and should have won it. Now he never can."
First published, March 19, 1:48 p.m. PT.
Update, March 2 at 12:35 p.m. PT: Adds that the paper was published in the Journal of High Energy Physics Tuesday.
