Called the "Anti Maxwell Dip zone".
In the QFFF String Model ( Quantum Function Follows Form) all Fermions are build by multiple single- or compound rigid spinning Strings radiating photons strings in specific spin direction related directions.
Q-FFF particle string model.
In the QFFF String Model ( Quantum Function Follows Form) all Fermions are build by multiple single- or compound rigid spinning Strings radiating photons strings in specific spin direction related directions.
Q-FFF particle string model.
Each spinning elektron around its nucleus, emits two plumes of photons, called North and South Magnetic Photons along the central spin axis. (image) The electric photons and gravitons seem to be emitted in other directions.
The well known magnetic field around a current in a wire can be interpreted as the result of dual interfering magnetic photon path vectors of photon strings created parallel to the surface of the wire (or conductor tube)
It is observable that the crossing of those lines in cross section show a remarkable parallel vector zone area around the wire showing multiple parallel travelling vector lines of both North and South magnetic monopole vectors.
The result can be observed by most simple iron filing-powder experiments, showing an irregular ring shaped zone close around the wire but not direct to the surface of the wire. In Q-FFF model it is called the "Anti Maxwell Dip zone."
The magnetic vectors are created parallel to the wire surface showing that the main electric magnetic charged fermions travel inside the form of a spiral along the wire its surface being the origin of the righthand curl related to the direction of the magnetic field lines.
The diameter of the "Anti Maxwell Dip Zone" is related to the diameter of the wire surface- or the tube conductor surface diameter.
The consequence of this difference create the possibility to dilute opposing Lorentz reaction forces between two parallel Pancake coils which is the origin of a new physics Pancake Propulsion force system through space without internal Lorentz reaction forces.
It is suggested that at least two parallel pancake coils with different sized conductor diameters are able to create electric Space propulsion.
The well known magnetic field around a current in a wire can be interpreted as the result of dual interfering magnetic photon path vectors of photon strings created parallel to the surface of the wire (or conductor tube)
It is observable that the crossing of those lines in cross section show a remarkable parallel vector zone area around the wire showing multiple parallel travelling vector lines of both North and South magnetic monopole vectors.
The result can be observed by most simple iron filing-powder experiments, showing an irregular ring shaped zone close around the wire but not direct to the surface of the wire. In Q-FFF model it is called the "Anti Maxwell Dip zone."
The magnetic vectors are created parallel to the wire surface showing that the main electric magnetic charged fermions travel inside the form of a spiral along the wire its surface being the origin of the righthand curl related to the direction of the magnetic field lines.
The diameter of the "Anti Maxwell Dip Zone" is related to the diameter of the wire surface- or the tube conductor surface diameter.
The consequence of this difference create the possibility to dilute opposing Lorentz reaction forces between two parallel Pancake coils which is the origin of a new physics Pancake Propulsion force system through space without internal Lorentz reaction forces.
It is suggested that at least two parallel pancake coils with different sized conductor diameters are able to create electric Space propulsion.
Open and Closed Strings Transformable by Three 90-degr. Hinges between 4x macaroni shapes and compounding into all other Universal Particles. (Q-FFF Theory) 1/7 ratio is needed for compounding.
