There is a misunderstanding here.
Light does not behave both as a wave and a particle.
Light behaves only as a wave, with peculiar properties, called quantum waves.
Light is always a wave-packet extended out in space, not localized into a very limited domain as a particle would be, but it always interacts or collapses and disappears as a particle, at a single location, as a quantum jump or quantum transition of suddenness a pointlike point in space. That's all.
They only way to get a continuous-like energy transmission out of light is to have many such "atoms" of energy act like they are an infinitesimal and continuous phenomena, just like pressure on an engine cylinder piston might seem like some smooth, continuous uniform function, but in reality, according to the kinetic theory of gases, or even observable under the microscope as the Brownian motion, the force on the cylinder piston is actually quantized and happens in jumps, in a sort of non-smooth, non-differentiable mathematical function way, when you inspect the devil in the details part.
Light is a quantum wave, not a quantum particle, nor a continuous smoothly variable wave.
Which is what Max Planck came up with as the only possible answer to solve the ultraviolet catastrophy paradox.
He never said light was a particle, in that it is limited to a point like region of space.
That's all the double slit experiment proves:
Light or electrons or all quantum waves (we customarily call quantum particles) are:
1. Extended and spread out in space as they travel about as spread out waves in between quantum interactions, including they self diffract, i.e. they only interact with themselves.
2. Every time they interact with other particles, or in ways we call "quantum transitions" they seem to pick a seemingly random point to do it at, based on probabilities as far as we can describe, and they interact in a very sudden way in a very limited infinitesimal point like point in space, which causes their wave function collapse suddenly everywhere else, including halfway across the galaxy and all come together concentrated in on local point, and as a consequence give birth to another quantum thing, which may be spread out in space freely traveling about, like the electron was before in the double slit electron, or it may give rise to a "captured", limited to a very local domain of vibration, but still not infinitesimally small along the lines of a wavefunction collapse interaction, but still somewhat extended in space, such as stuck in an electron shell in an atom, or inside the nucleus in a weird way, an electron joined with a proton and antineutrino giving a neutron, but it's more complicated than that, instead we ascribe it as quarks, an electron is one configuration of quarks, a proton another, etc, quarks being 1/3, 2/3 in value, and only combinations of quarks that yield whole numbers are allowed, or something like that.
So there is no wave-particle duality, in that quantum particles have wave tasting properties such as diffraction, and they have particle tasting properties, such as momentum, or quantumness. All there is is a single contraption called a quantum wave, which is neither a quantum particle limited in space as it gets around, nor a continuous wave that spreads out as it gets around, including it interacts in a spread out and continuous fractional way. Not possible. Quantum waves travel about spread out, and every time they interact with something other than themselves, they do so suddenly, at an infinitesimal local point which withdraws the spread out parts and annihilates them suddenly even from halfway across the galaxy distance, at speeds faster than the speed of light. We don't know what triggers a collapse, the most we know is statistics and probabilities. For now.
The rule of "dominates its orbit" or whatever it is isn't arbitrary in the sense that "big enough" is.
Yes, it is.
Earth has cleared its orbit. Anything that stays around Earth's orbit is constrained by Earth's position.
There are about 10,000 known objects in "Earth's orbit" The orbit isn't cleared. I've seen numbers for similar numbers for the other planets. The arbitrary rule in that is that the sum of same-orbit objects should be under 0.01% of the mass of the clearing object, or something along those lines. Again, we have to put some arbitrary line in there, because no absolute ever works.
Every rule is arbitrary, so it comes down to which arbitrary do you prefer?
No, we want a quick way to do a 100% reboot
I'm an IOS developer and I've never had to do anything more than a device reset (which is instant). Usually powering off and on is enough (though not as quick, it's still pretty quick at around a minute total).
If that's really your reason it's even more absurd.
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