On beans, I never said I ate nothing but beans, ever, you're confusing me with someone else. That's plain crazy.

On quantum physics, your sidestepping of it is consistent with outright rejection by cryonics in general. Cryonics MUST reject anything smaller than 10-9 as being effective in the universe because otherwise it becomes apparent that repair & reanimation become subject to quantum phenomena. As a result, cryonics is not longer a classical physics problem as Drexler saw it.

When you say quantum physics is beyond the grasp of modern science, you would be correct as far as classical physics goes. However, the entire quantum realm is beyond classical physics so it's not surprising to me that you would say such a thing. Even many quantum physicists reject the implications of quantum physics! People like me would say that people like you are in a psychological "state of denial" which means that no argumentation can move you forward. Only the dying off of people like you to be replaced by people like me would move the ball forward.

With help from ChatGPT, I co-wrote the following few paragraphs to force-feed you some basic quantum pabulum since as an intellectual crybaby, you're stubbornly refusing to eat. At the risk of being accused by you of creating word-salad, I'll install these paragraphs here anyway, if only for the benefit of myself, as a reminder of the big-words needed to summarize quantum physics for beginners, or the benefit of others passersby or even for prepping this thread for a repost to reddit/cryonics. Oh wait... they banned me for quantum physics discussions. They made a big deal out of it too, revamping their entire set of posting rules specifically to exclude contributions like mine, equivalant to the little child's game of covering his ears and yelling "I can't hear you!".

1. Phenomena such as wave-particle duality, superposition, and quantum entanglement manifest themselves beyond 10-9m. At this extraordinary level, particles and systems no longer adhere to classical physics laws, but rather follow the intricate principles of quantum mechanics.

2. Through the study of quantum physics, scientists have unlocked a realm of mind-boggling possibility, where particles can exist in multiple states simultaneously, information can be transmitted instantaneously across vast distances, and the very fabric of reality is revealed to be inherently uncertain and probabilistic. Truly, the world of quantum physics is a testament to the complexity and inherent mystery of the universe on the smallest of scales.

3. At powers of negative ten, specifically at the scale of 10^-34 meters, the realm of quantum physics begins to unfold. This scale is known as the Planck scale, named after the renowned physicist Max Planck. At this subatomic level, the laws of classical physics cease to apply, and quantum mechanics takes over. The Planck scale represents the fundamental building blocks of the universe, where particles and waves coexist in a state of uncertainty and exhibit peculiar properties such as superposition and entanglement. It is a realm where the boundaries of reality blur, and the fascinating and intricate nature of quantum physics begins to unravel.