Quantum Goaltending

Justin Goldman


Vesa Toskala


Vesa Toskala and Tomas Vokoun were so close to being on opposite teams that Saturday’s game between Florida and Toronto was a great way to look at which team made the better move. Yet in a league where goalies get tossed around in the offseason more often than Paris Hilton in a Hollywood nightclub, there were many other goalies that either team could have signed, which opens up a myriad of different possible outcomes.



So imagining Toskala as a Panther and Vokoun as a Maple Leaf turns into a fun exercise in fantasy hockey semantics. How do you think things would be different for each team? Surely, both goalies must have looked down at each other at some point in the game and asked “What if…”


Vokoun was actually drafted by Montreal, so what if the Canadiens were able to keep him instead of losing him in Nashville’s expansion draft? What if the Sharks kept Toskala instead of Evgeni Nabokov? And what if that led Nabokov to sign with Florida, meaning Vokoun ended up in Toronto, then Alex Auld went to Los Angeles instead of Phoenix and then Curtis Joseph signed with Montreal and Carey Price was still in the minors?! For all of these infinite possibilities, there’s a million different outcomes – and this is what I call quantum goaltending. It can be fun to mull over, but it can also blow your mind, so beware.

Now “quantum goaltending” is based on quantum physics, which is a scientist’s way of figuring out a molecule’s location at any moment in time. By learning how these particles and atoms move, we can better understand the matter which makes up the universe. Quantum physics leads to the popular theory of a parallel universe – and thus my somewhat-ridiculous idea of quantum goaltending.


Since molecules and atoms can exist in different locations at the same time depending on how they’re observed, the same molecules that comprise our bodies can exist in other places at this very moment in time. And since our universe is known to be perfectly flat, thus infinite, it’s believed that there are millions and billions of other real universes out there, many of which behave and look exactly like our own. Yes, it’s an idea that totally boggles the mind, but it’s really not that incomprehensible.


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