Extra Dimensions, no kidding
... Model has aspects that we do not yet understand. One particular problem is a combined description of everything that is Standard Model with gravity, the lack of it, that is. For several decades, scientists have tried to quantize Einstein’s gravitation and they were always unsuccessful ending up in n ...
... Model has aspects that we do not yet understand. One particular problem is a combined description of everything that is Standard Model with gravity, the lack of it, that is. For several decades, scientists have tried to quantize Einstein’s gravitation and they were always unsuccessful ending up in n ...
A logico-conceptual analysis of the Einstein-Podolsky
... contemporary physics, on which we should, in Einstein’s opinion, “absolutely hold fast”.6 Now, the prediction of a measurement result on a distant, non-interacting object, forcefully invites us to interpret the result as the mere revelation of a pre-existing value of a property of the object. This i ...
... contemporary physics, on which we should, in Einstein’s opinion, “absolutely hold fast”.6 Now, the prediction of a measurement result on a distant, non-interacting object, forcefully invites us to interpret the result as the mere revelation of a pre-existing value of a property of the object. This i ...
Observation of magnetic fragmentation in spin ice
... spin ice state. The system remains in a highly correlated but disordered ground state where the local magnetization fulfils the so-called ‘ice rule’: each tetrahedron has two spins pointing in and two spins pointing out (see Fig. 1a), in close analogy with the rule which controls the hydrogen positi ...
... spin ice state. The system remains in a highly correlated but disordered ground state where the local magnetization fulfils the so-called ‘ice rule’: each tetrahedron has two spins pointing in and two spins pointing out (see Fig. 1a), in close analogy with the rule which controls the hydrogen positi ...
Quantum eraser article from Scientific Amerian
... particle and wave attributes takes place if we send photons through the slits one at a time. In this case, each photon produces a spot on the screen. But when we collect the results of many such events, an interference pattern emerges. (SpeciÞcally, the interference pattern represents the probabilit ...
... particle and wave attributes takes place if we send photons through the slits one at a time. In this case, each photon produces a spot on the screen. But when we collect the results of many such events, an interference pattern emerges. (SpeciÞcally, the interference pattern represents the probabilit ...
- Philsci-Archive
... are in constant interaction with it. Isolation, if possible, is only achievable for finite and very short times. For any larger time range, for most physical systems, the interaction with the environment becomes crucial. The origins of interventionism can be traced back to the mid 20th century, more ...
... are in constant interaction with it. Isolation, if possible, is only achievable for finite and very short times. For any larger time range, for most physical systems, the interaction with the environment becomes crucial. The origins of interventionism can be traced back to the mid 20th century, more ...
The minimum mass of a charged spherically symmetric object
... weakens the lower bound on the mass. Remarkably, even anisotropic objects may still be stable, as long as their mass exceeds an absolute classical minimum value, determined by both and . The existence of a cosmological constant therefore has profound consequences for the stability of matter, even ...
... weakens the lower bound on the mass. Remarkably, even anisotropic objects may still be stable, as long as their mass exceeds an absolute classical minimum value, determined by both and . The existence of a cosmological constant therefore has profound consequences for the stability of matter, even ...
E d
... There are two different approaches to the solution of the problem how to measure E inside matter. They are: 1. The matter can be considered as a continuum in which, by a sort of thought experiment, virtual cavities were made. (Kelvin, Maxwell). Inside these cavities the vacuum definition of E can be ...
... There are two different approaches to the solution of the problem how to measure E inside matter. They are: 1. The matter can be considered as a continuum in which, by a sort of thought experiment, virtual cavities were made. (Kelvin, Maxwell). Inside these cavities the vacuum definition of E can be ...
Electric Force and Intensity
... Garfield Graphics included with kind permission from PAWS Inc. All Rights Reserved. ...
... Garfield Graphics included with kind permission from PAWS Inc. All Rights Reserved. ...
Theoretical examination of quantum coherence in a photosynthetic
... temperatures is fragile compared to that at cryogenic temperatures because amplitude of environmental fluctuations increases with increasing temperature. Hence, the robustness and roles of quantum coherence under physiological conditions are to a large extent unknown. In order to explore these quest ...
... temperatures is fragile compared to that at cryogenic temperatures because amplitude of environmental fluctuations increases with increasing temperature. Hence, the robustness and roles of quantum coherence under physiological conditions are to a large extent unknown. In order to explore these quest ...
James Clerk Maxwell (1831 - 1879)
... volved in the electromagnetic interactions. Some of the charges – called the source charges – have fixed and given dynamics and can be used to compute the electric and magnetic fields in a region of interest: that is, given ρ and J , one uses (8.1)) to find E and B. The remaining charges of interest ...
... volved in the electromagnetic interactions. Some of the charges – called the source charges – have fixed and given dynamics and can be used to compute the electric and magnetic fields in a region of interest: that is, given ρ and J , one uses (8.1)) to find E and B. The remaining charges of interest ...
American Association Of Physics Teachers Meeting January 1999 Anaheim, CA supporting
... sense that one gets in watching this animation is that the agent moving the magnet must do work to pull the field lines "through" the coil. This is a difficult point to get across in any other way. Figure 3 shows a similar case, except that we have taken K = 0.3 in this case (lower coil resistance, ...
... sense that one gets in watching this animation is that the agent moving the magnet must do work to pull the field lines "through" the coil. This is a difficult point to get across in any other way. Figure 3 shows a similar case, except that we have taken K = 0.3 in this case (lower coil resistance, ...