The concept of surviving a fall into a black hole's singularity is currently purely theoretical, as our understanding of black holes is limited and the physics at the singularity itself is not well understood. However, I can provide some insight based on our current understanding of black holes.
According to general relativity, as an object approaches the event horizon of a black hole, intense gravitational forces would stretch and distort it in a process known as spaghettification. These forces are so powerful that they would ultimately tear apart any known form of matter, including a human body, long before reaching the singularity.
Assuming, for the sake of speculation, that you could somehow survive the spaghettification and reach the singularity, our current understanding of physics breaks down at this point. The singularity is a region of infinite density and curvature, where the laws of physics as we know them cease to apply. It's difficult to predict what would happen within the singularity.
However, if we consider a scenario where you could observe the surroundings as you approach the singularity, it's important to note that gravity near a black hole is extremely intense. The extreme gravitational time dilation caused by the black hole's immense gravity would mean that time would be significantly slowed down for an outside observer compared to someone falling into the black hole. Therefore, to an outside observer, it would appear as if you were frozen in time near the event horizon.
As for your personal experience, if we assume you survive the intense gravitational forces and can observe your surroundings, it's unclear what you would actually see. The intense gravitational effects and distortions of space and time near the singularity make it difficult to predict how events would appear to you. It's possible that your perception of time and space would become highly distorted, making it challenging to observe or comprehend anything in a meaningful way.
In summary, surviving a fall into a black hole's singularity is currently purely speculative, and our understanding of the physics involved is incomplete. The extreme conditions near a singularity would likely prevent any meaningful observation or understanding of events, making it difficult to determine what you would see or experience.