The Schrodinger Equation is a law of motion and a Quantum Field Theory, applicable whether or not any life form of any type exists or not, whether to apply the theory or make any observations; or, more generally, to acquire empirical data. That is my thesis. Existence exists, in other words. Hard stop.
Let me show how this applies to a simple (quantum) system with two possible results. The Schrodinger cat is a nice simple example since the empirical data, if performed, consists of seeing if the cat is alive and moving.
It is a Quantum System since unambiguously, whether the cat dies or not is determined by the quantum decay of a radioactive isotope. When the atoms emit the (radioactive) energy particles is (probabilistically) determined in an orderly way by Quantum Field Theory. At least, that is the best theory and math that we have so far.
The initial condition at T (time) = zero is that cat is alive and in the box. We turn on the experiment and the cat can now be either alive or dead at any time T greater than zero, say T = T1, where T1 is greater than but not equal to zero.
At T = T1, the cat is either alive or dead but the quantum system does not uniquely time-evolve into just one of the cat states. The quantum interactions that lead to the decay of the radioactive isotopes could have emitted a high energy particle at time T1 or it might not have. Both could have been caused.
But as I have written elsewhere, God creates order by loading the dice. There is an objective chance that, between time 0 and T1, a high energy particle was emitted (activating the hammer and breaking open the poison canister). That chance -- or probability -- is determined by the nature of the quantum field interactions that cause the radioactive matter to decay.
The Schrodinger equation describes that interaction, thru the Hamiltonian Operator H(t) used in the Schrodinger equation, which is a function of the potential energy induced by the nuclear forces in the atoms.
Of course, humans have to test whether this theory actually describes Reality, which is where a Theorist then populates his theoretical world with people using measuring instruments to see what the cat is doing. But this procedure is not necessary to have a Reality. It is only necessary to test the theory, since it has to make predictions which can be validated or not.
QED.
At this scale, it is easier to see that the trees are not under the influence of "artificial" gravity. It is real.
🌎🌐
The gravitational field around each blade of grass and tree is the same as the field around each blade of grass and tree on the surface of Earth.
Notice that if you drive on a road perpendicular to the cylinder axis, you will increase gravity driving one way and decrease it driving the other. If you drive opposite to the spin and at the radial speed, your gravitational field turns Minkowskian, and you are in a "free fall" or inertial coordinate system. That is, you and the car become "weightless."
That means this: The value of a gravity field can go from a surface-of-a-planet value to a free-fall value by a coordinate transformation among systems that are moving at a constant velocity with respect to each other.
At any instant of time, a car moving at the radial speed is in a Minkowski field, and a system at rest on the cylinder is in a planet-surface field. A ...
"Aja" is the title track of Steely Dan's 1977 album, and its meaning has been a subject of interpretation rather than a straightforward explanation from the band themselves, Walter Becker and Donald Fagen, who were known for their cryptic and layered lyrics. The song doesn’t tell a linear story but evokes a mood and imagery that fans and critics have analyzed over the years.
The word "Aja" is often speculated to refer to a person, place, or concept. One popular theory ties it to the name "Aja," which Becker and Fagen reportedly chose after learning of a Korean woman named Aja who married a friend of theirs. This fits Steely Dan’s tendency to draw inspiration from real-life fragments and transform them into something abstract. The lyrics—"Up on the hill / People never stare / They just don’t care / Chinese music under banyan trees"—suggest an exotic, serene escape, possibly a romanticized or imagined refuge from the complexities of modern life.
Musically and lyrically, "Aja" ...
"Deacon Blues" by Steely Dan, released in 1977 on their album Aja, is a richly layered song that invites multiple interpretations, blending the band’s signature irony, cynicism, and romanticism. Written by Donald Fagen and Walter Becker, the lyrics follow a narrator who seems to embrace a life of reckless abandon, yearning for a kind of mythic, self-destructive freedom often associated with jazz musicians or countercultural figures. Let’s break it down:
The title "Deacon Blues" itself is intriguing. It’s been suggested that it references football—the "Deacon" could nod to Wake Forest University’s Demon Deacons, a team whose colors are black and gold, though Fagen and Becker have said it’s more about vibe than a literal connection. "Blues" ties it to the musical genre, evoking a sense of soulful melancholy. In a 2003 interview, Fagen described the song as being about "a broken dream of a broken man living a broken life," but delivered with a sardonic twist typical of Steely Dan’s ...
