They named it the Official Vintage Heisenberg shirt Uncertainty Principle because no one knew what Heisenberg was talking about. Simplify the explanation, you lose the finer details… Elaborate the details, the explanation becomes too complicated.I came here to learn. Do you know you were doing 75mph?” Heisenberg. “Oh great, now we’re lost!” The cop is not happy, checks the boot/trunk of the car. Cop. “There is a dead cat in here!” Schroedinger. “Well, there is NOW!” It makes more sense why Breaking Bad used the name. The uncertainty of where Walt was in terms of his mindset, morality, and motives. The Tuco “confused anger” principal is when you watch a science video and get angry because you’re lost 30 seconds into the video. Heisenberg’s uncertainty principle: Δх * Δр ≥ ħ/2
Official Vintage Heisenberg shirt, hoodie, sweater, ladies-tee, v-neck t-shirt, and tank top
Heisenberg’s uncertainty principle is Official Vintage Heisenberg shirt correct, moreover, it is fundamental. If the uncertainty principle is incorrect, then all quantum mechanics is incorrect. Heisenberg’s justified the uncertainty principle in order to save quantum mechanics. He understood that if it is possible to measure with every accuracy both the coordinate and momentum of a microparticle, then quantum mechanics will collapse, and therefore further justification was already a technical issue. It is the uncertainty principle that prohibits microparticles in quantum mechanics from having a trajectory. Therefore, there is an exact quantitative analogy between the Heisenberg uncertainty relation and the properties of waves. Consider a time-varying signal, for example, a sound wave. It is pointless to talk about the frequency spectrum of the signal at any point in time.
To accurately determine the frequency, it is necessary to observe the signal for some time, thus losing the accuracy of time determination. In other words, sound can not simultaneously have the exact value of its fixation time, as it has a very short pulse, and the exact frequency value, as it is for a continuous (and, in principle, infinitely long) pure tone (pure sine wave). The time position and frequency of the wave are mathematically completely analogous to the coordinate and (quantum-mechanical) momentum of the particle. BBC