Coil and resistor induction paradox

In my article Faraday’s Law Paradox, I have explained that in a magnetically induced coil the line integral of electric field is paradoxically zero in contraction with Faraday’s law. This paradox has aroused a long discussion which also reveals that the air gap between the coil’s terminals confused the understanding of the paradox. The closed coil below makes this paradox sharper. I will give my solution to this paradox.

Please read the article at

Coil and resistor induction paradox pdf or word

http://pengkuanem.blogspot.com/2015/02/coil-and-resistor-induction-paradox.html

or
https://www.academia.edu/11113117/Coil_and_resistor_induction_paradox

Magnetism and dark matter

In my research on electromagnetism, I have understood that magnetism is forces created by moving charges and felt by moving charges. An electric current is a model of continuous flow of uncountable electrons moving in the same direction. This scheme seems benign but when I applied it to the Universe, I find in it a surprisingly judicious approach to solve the mystery of dark matter.

Please read the article at
Magnetism and dark matter http://pengkuanem.blogspot.com/2015/01/magnetism-and-dark-matter.html
or
https://www.academia.edu/10183169/Magnetism_and_dark_matter

Magnetism and dark matter pdf or word

Is the tangential EMF due to a tilt of the coil?

In order to solve the mystery presented by my experiment Tangential EMF experiment that shows the lighting of LEDs when a coil rotates tangentially near a magnet, Jos Bergervoet proposed that the lighting may be caused by a tilt of the coil. Effectively, if the coil is tilted at an angle with respect to the direction of the magnetic field B, it will enter the area enclosed by the coil and, when rotating, the flux will vary and induce a voltage in the coil.

Please read the article at
Is the tangential EMF due to a tilt of the coil? http://pengkuanem.blogspot.com/2014/12/is-tangential-emf-due-to-tilt-of-coil.html
or https://www.academia.edu/9826402/Is_the_tangential_EMF_due_to_a_tilt_of_the_coil

Is the tangential EMF due to a tilt of the coil pdf or word with video

Tangential EMF experiment

Imagine a plane coil with zero magnetic flux through it. When it rotates in its plane, will an EMF be generated? Everybody would say no. Due to Faraday’s law, no EMF could exist in a coil if the enclosed magnetic flux does not change. Then, how can you explain the experiment in this video?

Please read the article at
Tangential EMF experiment http://pengkuanem.blogspot.com/2014/12/tangential-emf-experiment.html
or https://www.academia.edu/9684360/Tangential_EMF_experiment

Tangential EMF experiment pdf or word with video

Explanatory summary for my studies about the Lorentz force law

I have published many articles indicating that the Lorentz force law is flawed. In order to help people to better understand my work, I make a brief guide through the 5 intuitive paradoxes, 2 analytic computations, 3 numerical computations and 7 experiments, all of which are examples of the flaw of the Lorentz force law. The corrected magnetic force law that I propose is identical to the Lorentz force law for closed coils but respects Newton’s third law.

Please read the article at
Explanatory summary for my studies about the Lorentz force law pdf or word

Explanatory summary for my studies about the Lorentz force law http://pengkuanem.blogspot.com/2014/11/explanatory-summary-for-my-studies.html
or https://www.academia.edu/9529415/Explanatory_summary_for_my_studies_about_the_Lorentz_force_law

Self force of a 3D coil

To my previous proofs of the inconsistency of the Lorentz force law some have objected with dubious arguments such as: magnetic force on displacement current, magnetic force inside a magnetic shield. Also, my mathematical demonstrations using triangular coils are although exact but too hard to follow. So, I propose a much more intuitive and simpler counter-example here, a 3D folded rectangular coil, Figure 1. Figure 2 is the right view showing the vertical sides BC and CD.

Please read the article at
Self force of a 3D coil http://pengkuanem.blogspot.com/2014/11/self-force-of-3d-coil.html
or Self force of a 3D coil https://www.academia.edu/9413326/Self_force_of_a_3D_coil

Self force of a 3D coil pdf or word

Perpendicular action experiment with a long rectangular coil

For the last 2 years, I have been publishing theoretical and experimental studies showing inconsistencies of the Lorentz force law due to violation of Newton’s third law. I proposed a corrected magnetic force law to express magnetic force behavior that the Lorentz force cannot explain.

Since the corrected magnetic force law gives the same value for the total magnetic force between 2 coils as the Lorentz force law but in addition respects Newton’s third law for current elements, I thought that it described correctly magnetic force and tried to prove this by experiment. I planned 2 experiments to show firstly that the force between perpendicular currents was zero and secondly the magnetic force tangential to current is not zero.

But against my expectation, the first experiment was a blatant Fail of the perpendicular action experiment. The experiment showed that the magnetic force between perpendicular current elements, the perpendicular action, existed.

Obviously something is missing in my law. I have been searching for this something during the whole last year and finally figured out how magnetic force arises between perpendicular currents while respecting Newton’s third law. So I have redone this experiment and taken it in video.

Please read the article at
Perpendicular action experiment with a long rectangular coil http://pengkuanem.blogspot.com/2014/03/perpendicular-action-experiment-with.html
or Document word with the video integrated https://www.academia.edu/6556384/Perpendicular_action_experiment_with_a_long_rectangular_coil

Perpendicular action experiment with a long rectangular coil pdf
or document word with the video integrated

Tangential force motor with regular magnets

My experiment Circular motor driven by tangential magnetic force showed tangential magnetic force making a circular coil rotate. Someone has objected that the particular field of the quadripole magnet was confusing. So, I made a motor with regular magnets to show that tangential force exists generally in all kind of magnetic field.

Please read the article at
Tangential force motor with regular magnets http://pengkuanem.blogspot.com/2014/03/tangential-force-motor-with-regular.html
or document word with the video integrated https://www.academia.edu/6395827/Tangential_force_motor_with_regular_magnets

Tangential force motor with regular magnets pdf or document word with the video integrated

Circular motor driven by tangential magnetic force

I have done the experiment Anti-Lorentzian Motor (pdf), (word) that showed a magnetic force parallel to the current turning a rectangular coil. Someone contends that this movement can be explained with Lorentz force. I agree that there is confusion. He also says that in order to avoid Lorentz force the coil should be circular. I find this idea very good and put a circular coil in a magnetic field to see if it rotates. And it rotates.

Please read the article at
Circular motor driven by tangential magnetic force http://pengkuanem.blogspot.com/2014/02/circular-motor-driven-by-tangential.html
or document word with the video integrated
https://www.academia.edu/6227926/Circular_motor_driven_by_tangential_magnetic_force

Circular motor driven by tangential magnetic force pdf or Document word with the video integrated

Magnetic field of a non-circular toroidal magnet

A round toroidal magnet does not radiate magnetic field in space because all the field lines are confined in the magnet. For non-circular toroidal magnet, it is thought that magnetic field leaks out only slightly. But rigorous theoretical and experimental studies that verify this hypothesis are rare. I have done a simple experiment to show how magnetic field leaks out from a non-circular toroidal magnet.

Please read the article at
Magnetic field of a non-circular toroidal magnet pdf or word

Magnetic field of a non-circular toroidal magnet http://pengkuanem.blogspot.com/2014/01/magnetic-field-of-non-circular-toroidal.html

or
https://www.academia.edu/5879020/Magnetic_field_of_a_non-circular_toroidal_magnet