And the worst part; they live for the emperor and they are made to die for the emperor. They were his to do with as he p
After every running session, I rested for a while in nature and this time of the day really helped me to pause, slow down, and stay grounded. The last few days when I developed the pain, I examined life more. I slowed down and took a break from many activities to enjoy the little things.
In the second case, the wavefunction carries with it all possible realities and they are all real but for some reason only one is mysteriously selected to be visible to us.
Those who believe in the Many Worlds Interpretation of quantum mechanics see the wavefunction as a description of an infinite number of worlds, each containing its own copy of the particle.
Quantum mechanics is at its best a theory of particles. Tiny constituents of matter with names like quarks, photons, electrons, and so on. It also describes many phenomena that we experience day to day like light polarization and permanent magnets. Some exotic phenomena like ultracold superfluids and superconductors also require a quantum description.
“For years, the explosive growth of e-commerce has outpaced the underlying technology; companies wanting to set up shop have had to go to a bank, a payment processor, and “gateways” that handle connections between the two. This takes weeks, lots of people, and fee after fee.” — Ashlee Vance, Bloomberg Businessweek
Stripe changed all that. Collison brothers spent 2 years testing their platform and building relationships with credit card companies, banks and regulatory institutions. John and Patrick spent countless hours presenting their product to authorities and building enough trust to partner with them. As a result, users only have to upload a couple of documents to set up their fully operational Stripe account.
(In reality, a wavefunction is a state vector that you have to combine with another copy of the wavefunction to get a probability. So, mathematically, it is the square of the wavefunction that is the probability. The wavefunction itself is more useful, however, because it is a complete description of the particle including anything about it you might want to measure.)
These last two might take some explaining. In the first case, the wavefunction describes all the possible realities that could exist. By some mysterious process, one of those realities is selected to be the “real” one that we measure. The wavefunction doesn’t let go of any of those other potentialities until we measure it but they were never real in the first place.
Many physicists consider the wavefunction to be a mathematical convenience, sort of like any probability distribution. Its only job is to model the likelihood of finding a particle in a certain place or with a certain state. As for the particle itself, who knows what the reality is?
Others say this is all nonsense and the wavefunction is just a probability description that never has any reality at all. Consistent histories is an example of this. Consistent histories means that you choose a framework for selecting what is real randomly out of all the possibilities as it travels along through time. Your framework keeps everything consistent.
Another are Lindblad equations which say Schroedinger’s equation, the one we’ve been using for 100 years, is incomplete. Lindblad equations pretty much solve the problem at the expense of making the universe fundamentally random. They are one possible generalization of Schroedinger’s but there are others.
And traditionally once a girl was brought to the emperor’s attention to be concubine, she is bound for lifelong captivity. Once a girl was taken inside the palace walls, she had to leave behind her family, her friends, her usual ways of life, and not even permitted to see her relatives or friends without official consent. An army of eunuchs guards her movements closely, ensuring her ‘virginity’ for the emperor. Sex with anyone other than the emperor was strictly forbidden and is punishable by death.
For the adherents of Bohmian mechanics, the wavefunction is a real thing but it guides another thing, the particle, which is also real. So the wavefunction is like a ghostly force telling the particle where to go.
You can’t get away from quantum mechanics in the physical world, even if you ignore tiny particles. And the one common factor between all quantum descriptions of reality is the wavefunction.
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s if you really need more than one external display. Nate P managed to support dual monitors on an M1 MacBook Pro by using the DisplayLink dock that uses its own software graphic card to drive the displays. Ruslan Tulupov managed to support six external displays from the M1 Mac mini and five external displays from the MacBook Air and Pro by using DisplayPort adapters and DisplayLink software.