Nope. I can't understand the point the Schrodinger's Cat or this experiment is trying to make. This is because I can't see the difference between this experiment and any of the innumerable instances where we don't know the outcome of something even though it has happened. If I put a pair of dice in a cup shake them and put the cup downwards on a tabletop I don't know if the sum of the dice rolled is even or odd until I look. Big deal, this is a part of human experience. So does this mean the dice are in a quantum super-position until I look? Why is that special or requiring radioactive material, poisonous gas and cat's in boxes to illustrate etc?... I realize I am missing something but so far have no clue what it is. In this article you also mention that quantum particles that are entangled affect each other at a distance faster than light. This seems like a big deal but you don't explain this or how it relates to the state of the Tardigrades. So, interesting article, thanks for writing it, still not understanding any better though. I felt sorry for the Tardigrades too!