Probability and Empirical Frequency
... In surprisingly many ways, the above abstract notion of probability is pretty much built into our world. If you study quantum physics, you will learn that objects that are governed by quantum laws are never in one state or another, rather they exist in all states simultaneously. In one interpretatio ...
... In surprisingly many ways, the above abstract notion of probability is pretty much built into our world. If you study quantum physics, you will learn that objects that are governed by quantum laws are never in one state or another, rather they exist in all states simultaneously. In one interpretatio ...
Are Quantum Objects Propensitons
... explicated in Maxwell (1968); see also Maxwell (1998, 141-55). I might add, no doubt controversially, that in my view my 1968 paper gives the definitive account of how dispositional, necessitating properties in physics should be conceived. This viewpoint, in particular, makes no appeal to Kripke’s ( ...
... explicated in Maxwell (1968); see also Maxwell (1998, 141-55). I might add, no doubt controversially, that in my view my 1968 paper gives the definitive account of how dispositional, necessitating properties in physics should be conceived. This viewpoint, in particular, makes no appeal to Kripke’s ( ...
Steven Simon
... • Uses 2 Dimensional Systems which are realizations of TQFTs, i.e., have quasiparticles with NonAbelian Statistics. • Quantum Information is encoded in nonlocal topological degrees of freedom that do not couple to any local quantity. • States can be manipulated by dragging (braiding) quasiparticles ...
... • Uses 2 Dimensional Systems which are realizations of TQFTs, i.e., have quasiparticles with NonAbelian Statistics. • Quantum Information is encoded in nonlocal topological degrees of freedom that do not couple to any local quantity. • States can be manipulated by dragging (braiding) quasiparticles ...
