1 We end the course with this chapter describing electrodynamics in
... scalar (the particle mass) and multiplies this by the 4 – velocity (eta) to form a 4-vector with a 0 component given by the energy/c and a 1,2,3 component consisting of momentum. For the 4-current we multiply an invariant charge density rho_0 by the 4-velocity eta. Just like tilde-p dot tilde-p = (m ...
... scalar (the particle mass) and multiplies this by the 4 – velocity (eta) to form a 4-vector with a 0 component given by the energy/c and a 1,2,3 component consisting of momentum. For the 4-current we multiply an invariant charge density rho_0 by the 4-velocity eta. Just like tilde-p dot tilde-p = (m ...
Issue 2 - Free-Energy Devices
... little more blue», but when it is moving away from a gravitational field, a photon «becomes a little more red». Such an effect can be used as a general principle for the proposed experiment. An important point is to avoid using of the complex composite optical systems, because they can possibly caus ...
... little more blue», but when it is moving away from a gravitational field, a photon «becomes a little more red». Such an effect can be used as a general principle for the proposed experiment. An important point is to avoid using of the complex composite optical systems, because they can possibly caus ...
Denouement of a wormhole-brane encounter
... points A and A’ in Figure 1) violates the null energy condition within the brane. In this case the structure is a wormhole whose dimensionality matches that of the brane. This wormhole persists in the sense that it presumably remains in the state of partial envelopment and does not, for the reason a ...
... points A and A’ in Figure 1) violates the null energy condition within the brane. In this case the structure is a wormhole whose dimensionality matches that of the brane. This wormhole persists in the sense that it presumably remains in the state of partial envelopment and does not, for the reason a ...
A Mathematical Characterization of the Physical Structure of Observers
... observers exist as families of such switches. I went on to give a definition of a switch as a particular sort of set of sequences of quantum states and I argued that such switches exist in the human brain and are structurally stable. This paper focuses on the idea of patterns of switches; proposing ...
... observers exist as families of such switches. I went on to give a definition of a switch as a particular sort of set of sequences of quantum states and I argued that such switches exist in the human brain and are structurally stable. This paper focuses on the idea of patterns of switches; proposing ...
Quantum mechanics provides us with an understanding of atomic
... Copyright © 2008 Pearson Education, Inc., publishing as Pearson Addison-Wesley. ...
... Copyright © 2008 Pearson Education, Inc., publishing as Pearson Addison-Wesley. ...
A Paradox Concerning the Energy of a Dipole in a Uniform External
... Human awareness of magnetism came earlier than that of electricity. In 1269, Peregrinus [3] conluded from experiment that a (permanent) magnet has two “poles,” and that like poles of different magnets repel, while unlike poles attract. In 1600, Gilbert published a treatise [4], which includes qualita ...
... Human awareness of magnetism came earlier than that of electricity. In 1269, Peregrinus [3] conluded from experiment that a (permanent) magnet has two “poles,” and that like poles of different magnets repel, while unlike poles attract. In 1600, Gilbert published a treatise [4], which includes qualita ...
Electrodynamics of Moving Particles
... attempt to describe electromagnetic self-interaction by putting together these two parts leads to a contradiction: due to Maxwell equations the Lorentz force will always be infinite. There have been many attempts to “renormalize” this infinity (e.g. [1]), but none of them is satisfactory. In particu ...
... attempt to describe electromagnetic self-interaction by putting together these two parts leads to a contradiction: due to Maxwell equations the Lorentz force will always be infinite. There have been many attempts to “renormalize” this infinity (e.g. [1]), but none of them is satisfactory. In particu ...
Potential Structure and of a Plasma Hole in a Rotating Magnetized
... density profile has the steepest gradient. On the other hand, the maximum value of the plasma potential without any characteristic structure is, as is expected, approximately equal to the electron temperature. Since the plasma hole has the intense electric field (40 V/cm) compared to that without pl ...
... density profile has the steepest gradient. On the other hand, the maximum value of the plasma potential without any characteristic structure is, as is expected, approximately equal to the electron temperature. Since the plasma hole has the intense electric field (40 V/cm) compared to that without pl ...
1 - Philsci
... Shimony and Stein (further abbreviated as SS) correctly identify a minor logical oversight in Stapp’s original proof. The oversight consists in a misinterpretation of “nested” strict conditionals of the form p (q r). Stapp treats this formula as being logically equivalent to (p q) r, whereas ...
... Shimony and Stein (further abbreviated as SS) correctly identify a minor logical oversight in Stapp’s original proof. The oversight consists in a misinterpretation of “nested” strict conditionals of the form p (q r). Stapp treats this formula as being logically equivalent to (p q) r, whereas ...
Good Families of Quantum Low-Density
... using quantum LDPC error-correcting codes would require sparse local physical interactions. Therefore, the study of quantum LDPC codes can impact the development of scalable quantum computers. It is promising that DiVicenzo [15] has envisioned that quantum computing architectures could be further de ...
... using quantum LDPC error-correcting codes would require sparse local physical interactions. Therefore, the study of quantum LDPC codes can impact the development of scalable quantum computers. It is promising that DiVicenzo [15] has envisioned that quantum computing architectures could be further de ...
CfE Advanced Higher Physics – Unit 1 – Rotational Motion
... is turning a corner at high speed. The feeling of being ‘thrown to the outside of the curve’ is very strong, especially if you slide along the seat. What happens here is that the friction between yourself and the seat is insufficient to provide the central force needed to deviate you from the straig ...
... is turning a corner at high speed. The feeling of being ‘thrown to the outside of the curve’ is very strong, especially if you slide along the seat. What happens here is that the friction between yourself and the seat is insufficient to provide the central force needed to deviate you from the straig ...
