General Physics II
... There are in my opinion three reasonably straightforward ways to go about this problem, each with its own merits. Below I will outline all three, you only needed to have one valid solution for full credit. Method 1: use dU = V dq We know that we can find the potential energy for any charge distribut ...
... There are in my opinion three reasonably straightforward ways to go about this problem, each with its own merits. Below I will outline all three, you only needed to have one valid solution for full credit. Method 1: use dU = V dq We know that we can find the potential energy for any charge distribut ...
Solutions to Problems
... charges will have equal speeds in opposite directions from each other as they move. Thus each charge will have the same kinetic energy. kQ 2 Einitial Efinal PE initial KE final 2 12 mv 2 r ...
... charges will have equal speeds in opposite directions from each other as they move. Thus each charge will have the same kinetic energy. kQ 2 Einitial Efinal PE initial KE final 2 12 mv 2 r ...
Quantum Model for the Direct Currents of Becker
... body. Direct currents flowing only in a preferred direction would be essential for the functioning of living matter in this framework. One of the basic ideas of TGD inspired theory of living matter is that various currents, even ionic currents, are quantal currents and do not therefore dissipate. Th ...
... body. Direct currents flowing only in a preferred direction would be essential for the functioning of living matter in this framework. One of the basic ideas of TGD inspired theory of living matter is that various currents, even ionic currents, are quantal currents and do not therefore dissipate. Th ...
Enhancing and suppressing radiation with some
... Metamaterials can achieve arbitrary optical constants in principles, which provide us flexible manipulation of the behavior of electromagnetic waves. Based on the theoretical work of Pendry et al. [1,2], it was experimentally demonstrated at microwave frequencies by Smith et al. [3] that an artifici ...
... Metamaterials can achieve arbitrary optical constants in principles, which provide us flexible manipulation of the behavior of electromagnetic waves. Based on the theoretical work of Pendry et al. [1,2], it was experimentally demonstrated at microwave frequencies by Smith et al. [3] that an artifici ...
1 - ELTE
... Permanent dipole moment stems from the partial charges on the atoms. Partial charges arise from differences in electronegativities of atoms in a molecule. Molecules having no permanent dipole moment may have, through interaction with the field, an induced electric dipole moment that exists only when ...
... Permanent dipole moment stems from the partial charges on the atoms. Partial charges arise from differences in electronegativities of atoms in a molecule. Molecules having no permanent dipole moment may have, through interaction with the field, an induced electric dipole moment that exists only when ...
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. ...
Path-memory induced quantization of classical orbits
... quantum-mechanical experiments. This characteristic has been ascribed to nonlocality. In this 2D experiment, the points of the surface disturbed by the bouncing droplet keep emitting waves. The motion of the droplet is thus driven by its interaction with a superposition of waves emitted by the point ...
... quantum-mechanical experiments. This characteristic has been ascribed to nonlocality. In this 2D experiment, the points of the surface disturbed by the bouncing droplet keep emitting waves. The motion of the droplet is thus driven by its interaction with a superposition of waves emitted by the point ...
Volta and the Strange History of Electromagnetism
... classical physics is essentially dualistic. In the course of time the dualism of matter and force underwent curious vicissitudes, but in spite of repeated efforts, it could never be reduced to unity. During the mechanistic period, the aim [followed by several scholars] was, naturally, to eliminate t ...
... classical physics is essentially dualistic. In the course of time the dualism of matter and force underwent curious vicissitudes, but in spite of repeated efforts, it could never be reduced to unity. During the mechanistic period, the aim [followed by several scholars] was, naturally, to eliminate t ...
Two-magnon instabilities and other surprises in magnetized quantum antiferromagnets Oleg Starykh
... account and proves to be important for determining the properties of the system. The phase diagram is constructed. It contains four different phases with rigorous long-range order. Three of them are characterised by different configurations of mean magnetic moments for the three sublattices. The exi ...
... account and proves to be important for determining the properties of the system. The phase diagram is constructed. It contains four different phases with rigorous long-range order. Three of them are characterised by different configurations of mean magnetic moments for the three sublattices. The exi ...
Feeling the Future again
... characterized by events that have been real and could in principle be described by facts. In other words the past is consciously knowable and the future is not (yet) consciously accessible. The author also emphasizes a strong relationship between the passage of time and the emergence of conscious ex ...
... characterized by events that have been real and could in principle be described by facts. In other words the past is consciously knowable and the future is not (yet) consciously accessible. The author also emphasizes a strong relationship between the passage of time and the emergence of conscious ex ...
One-dimensional Mott localization of quantum vortices in Josephson-junction arrays
... All measurements were performed in the linear-response regime. The bias current, which exerts an external force on the vortices, was much smaller than the current needed to drag the vortices over the barriers. In the linear-response regime the two remaining transport mechanisms are either quantum-me ...
... All measurements were performed in the linear-response regime. The bias current, which exerts an external force on the vortices, was much smaller than the current needed to drag the vortices over the barriers. In the linear-response regime the two remaining transport mechanisms are either quantum-me ...
