The Einstein, Podolsky, and Rosen （EPR） entanglement problem for spin ~ particles is discussed for last moment arbitrary changes in the angles between the axes of the measurements of the spin components within the ...The Einstein, Podolsky, and Rosen （EPR） entanglement problem for spin ~ particles is discussed for last moment arbitrary changes in the angles between the axes of the measurements of the spin components within the ＂metabrain＂ dream analogy paradigm for the interpretation of quantum theory. No ＂spooky＂ action at a distance is required. The ＂metabrain＂ produces a plethora of correlated streams of consciousness which are the totality of observable reality. The mental world and the observable physical world are the same. As in a dream, there are no independently existing observable objects; for an object to exist it must be observed. In this paradigm there is mutual interaction between the streams of consciousness and the ＂metabrain.＂ The non-observable ＂metabrain＂ is the source of the non-local hidden variables which produce our observations. The currents of this ＂metabrain＂ are the quantum probability amplitudes and the firing of the ＂synapses＂ result in our conscious observations. The Born probability rule for quantum calculations is derived within this paradigm and helps to resolve the EPR paradox.展开更多
The rheological properties of most liquid in nature are between liquids and solids, including both elastic changes and viscosity changes, that is socalled ＂viscoelastic＂. Dynamic oscillatory test was used to quantit...The rheological properties of most liquid in nature are between liquids and solids, including both elastic changes and viscosity changes, that is socalled ＂viscoelastic＂. Dynamic oscillatory test was used to quantitatively study the distinct viscoelastic behaviors of debris flow slurry in the shear stress conditions for the first time in this study. The debris flow slurry samples were from Jiangjiagou Ravine, Yunnan Province, China. The experimental results were found that at the low and middle stages of shearing, when the angular velocity 09〈72.46 s-1, the loss modulus （G was greater than the storage modulus （G3, i.e. G＂〉G＇. At the late stage of shearing, when the angular velocity co-72.46 s-x, the storage modulus was greater than or equal to the loss G = G, tan -〈 1 （where phase-shift modulus, i.e. ＇ 〉 ＂ angle 5=G＂,/G3, and the debris flow slurry was in a gel state. Therefore, the progress of this experimental study further reveals the mechanism of hyperconcentrated debris flows with a high velocity on low-gradient ravines.展开更多
文摘The Einstein, Podolsky, and Rosen （EPR） entanglement problem for spin ~ particles is discussed for last moment arbitrary changes in the angles between the axes of the measurements of the spin components within the ＂metabrain＂ dream analogy paradigm for the interpretation of quantum theory. No ＂spooky＂ action at a distance is required. The ＂metabrain＂ produces a plethora of correlated streams of consciousness which are the totality of observable reality. The mental world and the observable physical world are the same. As in a dream, there are no independently existing observable objects; for an object to exist it must be observed. In this paradigm there is mutual interaction between the streams of consciousness and the ＂metabrain.＂ The non-observable ＂metabrain＂ is the source of the non-local hidden variables which produce our observations. The currents of this ＂metabrain＂ are the quantum probability amplitudes and the firing of the ＂synapses＂ result in our conscious observations. The Born probability rule for quantum calculations is derived within this paradigm and helps to resolve the EPR paradox.
基金supported by the Youth Talent Team Program of Institute of Mountain Hazards and Environment,CASthe National Natural Science Foundation of China (Grant No.406710260)
文摘The rheological properties of most liquid in nature are between liquids and solids, including both elastic changes and viscosity changes, that is socalled ＂viscoelastic＂. Dynamic oscillatory test was used to quantitatively study the distinct viscoelastic behaviors of debris flow slurry in the shear stress conditions for the first time in this study. The debris flow slurry samples were from Jiangjiagou Ravine, Yunnan Province, China. The experimental results were found that at the low and middle stages of shearing, when the angular velocity 09〈72.46 s-1, the loss modulus （G was greater than the storage modulus （G3, i.e. G＂〉G＇. At the late stage of shearing, when the angular velocity co-72.46 s-x, the storage modulus was greater than or equal to the loss G = G, tan -〈 1 （where phase-shift modulus, i.e. ＇ 〉 ＂ angle 5=G＂,/G3, and the debris flow slurry was in a gel state. Therefore, the progress of this experimental study further reveals the mechanism of hyperconcentrated debris flows with a high velocity on low-gradient ravines.
