I have to mention something that happened while we were writing the article. A… a man came in who said he worked for the government and showed us a badge - it was like he was obviously from the CIA - and he said, ‘Are you Murray Gell-Mann?’ I said, ‘Yes.’ He said, ‘I'd like to talk with you - alone.’ Well, Art Rosenfeld was upset; he went down to the library to work on our article while I was interviewed by this government person who wanted to talk with me alone. And he said, ‘You were recently in Russia?’ I said, ‘Yes’. He said, and he was reading from a piece of paper but he obviously didn't understand what was on the piece of paper, he was some low-level person that didn't know what he was saying, he was just reading from this telegram that he'd got. And he said, ‘You were there and we heard that recently the…’ ...how did this work... ‘recently a prize was awarded, a Stalin prize or Lenin prize, or something of that kind, was awarded for prediction of catalysis of fusion reactions by muons and… and that the work was experimentally confirmed. Now you've visited a lot of Soviet laboratories. Will you tell us in which laboratory this confirmation was carried out?’ And I said, ‘Oh yes, I think I know what you're talking about.’ In the meantime I had wrenched the paper away from him, I wasn't supposed to look at this piece of paper, it was classified or something, but I had–since he was stumbling over it so much—I had wrenched the paper away and read it and then I understood what he was asking, because he didn't understand enough to ask the question intelligibly. I said ‘Oh, I see, you mean this award of a prize for predicting muon catalysis, and the announcement that somewhere in some laboratory this had been confirmed. Well the laboratory was not in the Soviet Union. It was confirmed at Berkeley, at the radiation lab, by the man you just threw out of the room–and his collaborators.’ He didn't see the humor. That was very funny. But, anyway, in that article we put in the universal Fermi interaction: the last stand. We describe the vector plus axial vector, the electron spinning the other way, the interaction being really universal, the coupling constants coming out okay, and all these experiments having to be wrong.