> Replicability isn't enough to be scientific. Many studies have invalid methodologies, so replicating them by following the same method just propagates wrongne

> Replicability isn't enough to be scientific. Many studies have invalid methodologies, so replicating them by following the same method just propagates wrongness and makes the problems worse. And if you don't follow the same method the original authors will claim it's not a replication study. Replicability test also happens in the real world. If gravity is not actually 9.81 m/s^2 then we will eventually have to come to term to that. For all we know, we could be completely wrong about quantum mechanics and the reality of subatomic particles, but it doesn't matter because we can use the predicted behavior and it actually works. The question is to ask: what is one thing that I would never discard from a scientific principle. If you remove replicability, it does not matter if you have accurately captured a measurement of the universe once, it is completely pointless if you are not able to replicate it again.