ellauri115.html on line 1095: According to Shmuel, narcissism is due to narcissons, little particles that get exchanged between them and their co-dependents.They are just reflections on the surface of Time.
ellauri161.html on line 522: How ironic that the giant killer comet would now be reduced to millions of sub-microscopic particles. But the analogy is lame: the decimation of earth by a comet crashing into earth is quantifiable-the conclusion that viruses can cause widespread death is purely speculative based on computer simulations. Where of course is all the widespread death? Unless of course you believe in unsubstantiated propagandistic reports promulgated by fear-mongering mainstream media and social media platforms.
xxx/ellauri113.html on line 50: Gravity is more subtle, though: the real problem is not so much nonrenormalizability as high-energy behavior inconsistent with local quantum field theory. In quantum mechanics, if you want to probe physics at short distances, you can scatter particles at high energies. (You can think of this as being due to Heisenberg's uncertainty principle, if you like, or just about properties of Fourier transforms where making localized wave packets requires the use of high frequencies.) By doing ever-higher-energy scattering experiments, you learn about physics at ever-shorter-length scales. (This is why we build the LHC to study physics at the attometer length scale.)
xxx/ellauri113.html on line 52: With gravity, this high-energy/short-distance correspondence breaks down. If you could collide two particles with center-of-mass energy much larger than the Planck scale, then when they collide their wave packets would contain more than the Planck energy localized in a Planck-length-sized region. This creates a black hole. If you scatter them at even higher energy, you would make an even bigger black hole, because the Schwarzschild radius grows with mass. So the harder you try to study shorter distances, the worse off you are: you make black holes that are bigger and bigger and swallow up ever-larger distances. No matter what completes general relativity to solve the renormalizability problem, the physics of large black holes will be dominated by the Einstein action, so we can make this statement even without knowing the full details of quantum gravity.
xxx/ellauri168.html on line 268: Physical entities such as subatomic particles possess abstract relational properties, such as mass, spin, momentum and charge. But there is nothing about these properties, or in the way particles are arranged in a brain, in terms of which one could deduce what the warmth of fire, the redness of an apple or the bitterness of disappointment feel like. This is known as the hard problem of consciousness. (Again, what's the problem? Kittling brain cells produce feelings. Good things feel good and bad things bad, what else is there to explain? Self consciousness? Nothing but feed7back.)
xxx/ellauri168.html on line 270: To circumvent this problem, some philosophers have proposed an alternative: that experience is inherent to every fundamental physical entity in nature. Under this view, called “constitutive panpsychism,” matter already has experience from the get-go, not just when it arranges itself in the form of brains. Even subatomic particles possess some very simple form of consciousness. Our own human consciousness is then (allegedly) constituted by a combination of the subjective inner lives of the countless physical particles that make up our nervous system.
xxx/ellauri168.html on line 272: However, constitutive panpsychism has a critical problem of its own: there is arguably no coherent, non-magical way in which lower-level subjective points of view—such as those of subatomic particles or neurons in the brain, if they have these points of view—could combine to form higher-level subjective points of view, such as yours and ours. This is called the combination problem and it appears just as insoluble as the hard problem of consciousness.
xxx/ellauri168.html on line 274: The obvious way around the combination problem is to posit that, although consciousness is indeed fundamental in nature, it isn’t fragmented like matter. The idea is to extend consciousness to the entire fabric of spacetime, as opposed to limiting it to the boundaries of individual subatomic particles. This view—called “cosmopsychism” in modern philosophy, although our preferred formulation of it boils down to what has classically been called “idealism”—is that there is only one, universal, consciousness. The physical universe as a whole is the extrinsic appearance of universal inner life, just as a living brain and body are the extrinsic appearance of a person’s inner life.
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