Kasz216 said:
The same could be said for Dark Energy. We have no way of currently detecting it. Furthermore we don't even know how to begin to undersand how we could detect it. The same could be said for Gravitons and Higgs particles or whatever they're called. Every time they fail at detecting a Graviton they say "Oh... it's there. We just can't see it yet. We don't know if we ever will beacuse they hide behind other particles."
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Not true, if for example the LHC fails to find the Higgs Boson considerable doubt will be placed upon its existence, if an even more powerful collider then fails to find the Higgs Boson even more doubt will be placed upon its existence. That can happen until the point its assumed that it doesn't exist and then theoretical physics will have to change to accept the experimental physics.








