Heisenberg's Uncertainty Isn't About Measurement—Particles Don't HAVE Both Properties | Penrose скачать в хорошем качестве

Heisenberg's Uncertainty Isn't About Measurement—Particles Don't HAVE Both Properties | Penrose

Nobel laureate Sir Roger Penrose reveals the shocking truth about Heisenberg's Uncertainty Principle: It's NOT about measurement disturbing the system (that's the observer effect—different phenomenon). The real Uncertainty Principle (Δx·Δp ≥ ℏ/2) says particles DON'T HAVE definite position and momentum simultaneously—not hidden, not inaccessible, but non-existent. Discover why this is ontological (about what exists) not epistemological (about what we know), why operators that don't commute ([x,p]=iℏ) forbid simultaneous eigenvalues, how wave-particle duality makes this geometric necessity (localized waves need many wavelengths, pure wavelengths extend infinitely), why Penrose's Objective Reduction explains when properties become definite (gravitational collapse, not observer), how energy-time uncertainty enables virtual particles and Casimir effect, and why twistor geometry suggests uncertainty is built into spacetime structure itself. Reality is indefinite until forced to choose. Measurement creates facts, doesn't discover them. IMPORTANT NOTICE: The content shared on this channel is prepared for educational, informational, and commentary purposes. Scientists mentioned or whose visuals are used in the videos are introduced based on information obtained from publicly available sources. The photographs and visuals used are utilized for the purposes of criticism, commentary, education, and information within the scope of fair use principles. This channel has no official affiliation, partnership, or representative relationship with the individuals or institutions mentioned. The shared content does not constitute academic advice or an official opinion; it aims to provide the audience with general knowledge and scientific awareness.