supplement2 to euclidean 4 dimensional electromagnetism.docx (26,3 kB)

 

Supplement2 to eucidean 4dimensional electromagnetism

Here I am writing a small supplement to euclidean 4dimensional electromagnetism that is most about the magnetical vector potential.

Axy=∫Bxydy=µ0∬jx(dy)2       Axz=∫Bxzdz=µ0∬jx(dz)2

Axct=∫Bxctcdt=µ0∬jx(cdt)2

Ax=Axy+Axz-Axct=µ0∬jx((dy)2+(dz)2-(cdt)2)

Ayx=∫Byxdx=µ0∬jy(dx)2       Ayz=∫Byzdz=µ0∬jy(dz)2

Ayct=∫Byctcdt=µ0∬jy(cdt)2

Ay=Ayx+Ayz-Ayct=µ0∬jy((dx)2+(dz)2-(cdt)2)

Azx=∫Bzxdx=µ0∬jz(dx)2       Azy=∫Bzydy=µ0∬jz(dy)2

Azct=∫Bzctcdt=µ0∬jz(cdt)2

Az=Azx+Azy-Azct=µ0∬jz((dx)2+(dy)2-(cdt)2)

Usx/c=∫(Esx/c)dx=µ0∬(ρ0vt)(dx)2

Usy/c=∫(Esy/c)dy=µ0∬(ρ0vt)(dy)2

Usz/c=∫(Esz/c)dz=µ0∬(ρ0vt)(dz)2

Us/c=Usx/c+Usy/c+Usz/c=µ0∬(ρ0vt)((dx)2+(dy)2+(dz)2)

A42=Ax2+Ay2+Az2+(Us/c)2       A4=(-Ax;-Ay;-Az;(Us/c))

Where Ax is the magnetical vector potential from currents flowing in x-direction 

 Axy is the magnetical vector potential from currents flowing in x-direction in the y-direction , Axz is the magnetical vector potential  from currents flowing in x-direction in the z-direction , Axct is the magnetical vector potential from currents flowing in x-direction in the time dimension , Ay is the magnetical vector potential from currents flowing in y-direction , Ayx is the magnetical vector potential from currents flowing in y-direction in the x-direction , Ayz is the magnetical vector potential from currents flowing in y-direction in the z-direction , Ayct is the magnetical vector potential from currents flowing in y-direction in the time dimension , Az is the magnetical vector potential from currents flowing in z-direction , Azx is the magnetical vector potential from currents flowing in z-direction in the x-direction , Azy is the magnetical vector potential from currents flowing in z-direction in the y-direction , Azct is the magnetical vector potential from currents flowing in z-direction in the time dimension ,  Us/c is the electrostatic potential/c , Usx/c is the electrostatic potential/c in x-direction , Usy/c is the electrostatic potential/c in y-direction , Usz/c is the electrostatic potential/c in z-direction , A4 is the 4dimensional electromagnetical vector potential.

Φxy=∬Bxydydx=∫Axydx           Φxz=∬Bxzdzdx=∫Axzdx

Φyx=∬Byxdxdy=∫Ayxdy           Φyz=∬Byzdzdy=∫Ayzdy

Φzx=∬Bzxdxdz=∫Azxdz           Φzy=∬Bzydydz=∫Azydz

Where Φxy is the magnetic flux from currents flowing in x-direction in the xy-plane , Φxz is the magnetic flux from currents flowing in x-direction in the xz-plane ,   Φyx is the magnetic flux from currents flowing in y-direction in the xy-plane ,   Φyz is the magnetic flux from currents flowing in y-direction in the yz-plane ,   Φzx is the magnetic flux from currents flowing in z-direction in the xz-plane ,   Φzy is the magnetic flux from currents flowing in z-direction in the yz-plane. Bxy is the magnetic flux density from currents flowing in x-direction in the y-direction , Bxz is the magnetic flux density from currents flowing in x-direction in the z-direction , Byx is the magnetic flux density from currents flowing in y-direction in the x-direction , Byz is the magnetic flux density from currents flowing in y-direction in the z-direction , Bzx is the magnetic flux density from currents flowing in z-direction in the x-direction , Bzy is the magnetic flux density from currents flowing in z-direction in the y-direction , Esx/c is the electrostatic field/c in the x-direction , Esy/c is the electrostatic field/c in the y-direction , Esz/c is the electrostatic field/c in the z-direction.

 

 

 

 

 

Ux=∫Exdx=∫(d(Usxcdt)/(cdT))-dΦyx/dT-dΦzx/dT=∫(d(Usxcdt)/(cdT))-∫(d(Ayxdy)/dT)-∫(d(Azxdz)/dT)=vtUsx/c+∫(dUsx/(cdT))cdt-vyAyx-∫(dAyx/dT)dy-vzAzx-∫(dAzx/dT)dz=vtµ0∬(ρ0vt)(dx)2+µ0∫(d(∬(ρ0vt)(dx)2)/dT)cdt-vyµ0∬jy(dx)2-µ0∫(d(∬jy(dx)2)/dT)dy-vzµ0∬jz(dx)2-µ0∫(d(∬jz(dx)2)/dT)dz

Ux=∫Exdx=∫(d(Usxcdt)/(cdT))-dΦyx/dT-dΦzx/dT=∫(d(Usxcdt)/(cdT))-∫(d(Ayxdy)/dT)-∫(d(Azxdz)/dT)=vtUsx/c+∫(dUsx/(cdT))cdt-vyAyx-∫(dAyx/dT)dy-vzAzx-∫(dAzx/dT)dz=vtµ0∬(ρ0vt)(dx)2+µ0∫(d(∬(ρ0vt)(dx)2)/dT)cdt-vyµ0∬jy(dx)2-µ0∫(d(∬jy(dx)2)/dT)dy-vzµ0∬jz(dx)2-µ0∫(d(∬jz(dx)2)/dT)dz

Uy=∫Eydy=∫(d(Usycdt)/(cdT))-dΦxy/dT-dΦzy/dT=∫(d(Usycdt)/(cdT))-∫(d(Axydx)/dT)-∫(d(Azydz)/dT)=vtUsy/c+∫(dUsy/(cdT))cdt-vxAxy-∫(dAxy/dT)dx-vzAzy-∫(dAzy/dT)dz=vtµ0∬(ρ0vt)(dy)2+µ0∫(d(∬(ρ0vt)(dy)2)/dT)cdt-vxµ0∬jx(dy)2-µ0∫(d(∬jx(dy)2)/dT)dx-vzµ0∬jz(dy)2-µ0∫(d(∬jz(dy)2)/dT)dz

Uz=∫Ezdz=∫(d(Uszcdt)/(cdT))-dΦxz/dT-dΦyz/dT=∫(d(Uszcdt)/(cdT))-∫(d(Axzdx)/dT)-∫(d(Ayzdy)/dT)=vtUsz/c+∫(dUsz/(cdT))cdt-vxAxz-∫(dAxz/dT)dx-vyAyz-∫(dAyz/dT)dy= =vtµ0∬(ρ0vt)(dz)2+µ0∫(d(∬(ρ0vt)(dz)2)/dT)cdt-vxµ0∬jx(dz)2-µ0∫(d(∬jx(dz)2)/dT)dx-vyµ0∬jy(dz)2-µ0∫(d(∬jy(dz)2)/dT)dy

Uct=∫Ectcdt=∫(d(Axctdx)/dT)+∫(d(Ayctdy)/dT)+∫(d(Azctdz)/dT)=vxAxct+∫(dAxct/dT)dx+vyAyct+∫(dAyct/dT)dy+vzAzct+∫(dAzct/dT)dz=vxµ0∬jx(cdt)2+µ0∫(d(∬jx(cdt)2)/dT)dx+vyµ0∬jy(cdt)2+µ0∫(d(∬jy(cdt)2)/dT)dy+vzµ0∬jz(cdt)2+µ0∫(d(∬jz(cdt)2)/dT)dz

U=Ux+Uy+Uz+Uct=∫Exdx+∫Eydy+∫Ezdz+∫Ectcdt=∫(d(Uscdt)/(cdT))-∫(d(Axdx)/dT)-∫(d(Aydy)/dT)-∫(d(Azdz)/dT)=vtUs/c+∫(dUs/(cdT))cdt-vxAx-∫(dAx/dT)dx-vyAy-∫(dAy/dT)dy-vzAz-∫(dAz/dT)dz=vtµ0∬(ρ0vt)((dx)2+(dy)2+(dz)2)+µ0∫(d(∬(ρ0vt)((dx)2+(dy)2+(dz)2))/dT)cdt-vxµ0∬jx((dy)2+(dz)2-(cdt)2-µ0∫(d(∬jx((dy)2+(dz)2-(cdt)2))/dT)dx-vyµ0∬jy((dx)2+(dz)2-(cdt)2-µ0∫(d(∬jy((dx)2+(dz)2-(cdt)2))/dT)dy-vzµ0∬jz((dx)2+(dy)2-(cdt)2-µ0∫(d(∬jz((dx)2+(dy)2-(cdt)2))/dT)dz

Where U is the electric potential , Ux is the electric potential in x-direction , Uy is the electric potential in y-direction , Uz is the electric potential in z-direction and Uct is the electric potential in the time dimension.

vx2+vy2+vz2+vt2=c2      c=(vx;vy;vz;vt)

vx is the x-komponent of the velocity , vy is the y-komponent of the velocity , vz is the z-komponent of the velocity and vt is the time velocity , c is the standard light speed (4velocity),  ρ0 is the charge density and jx is the x-komponent of the current density , jy is the y-komponent of the current density , jz is the z-komponent of the current density , µ0 is the magnetical constant

jx2+jy2+jz2+(ρ0vt)2=(ρ0c)2     ρ0c=(jx;jy;jz;(ρ0vt))

(ds4)2=(cdT)2=(dx)2+(dy)2+(dz)2+(cdt)2

ds4=cdT=(dx;dy;dz;cdt)

Where ds4 is the smallest possible 4distance and dT is the smallest possible own time interval

E2=Ex2+Ey2+Ez2+Ect2      E=(Ex;Ey;Ez;Ect)

Where E is the electric field and Ex is the x-komponent of the electric field , Ey is the y-komponent of the electric field , Ez is the z-komponent of the electric field and Ect is the electric field komponent in the time dimension.

This supplement should be read together whit other parts of euclidean 4dimensional electromagnetism (for instance the formula for U is corrected in this supplement( that formula vas a little bit wrong in ”euclidean 4dimensional electromagnetism” however the formulas for Ux Uy Uz and Uct are correct in ”euclidean 4 dimensional electromagnetism”)) and is mostly about the vector potential and how it fits together whit the electric potential ( that is a scalar) I hope that this would help you to construct time (zero point) energy converters.

 

 

supplement2 to euclidean 4 dimensional electromagnetism.docx (26,3 kB)

 

 

supplement to euclidean 4dimensional eletromagnetism and electrogravitation.docx (23,3 kB)

 

Supplement to euclidean 4dimmensional electromagnetism and electrogravitation

Here comes some more formulas that is included in my unified field theory and that may be needed when you are constructing UFOs and antilenz generators.

Wx+Wy+Wz+Wct=W   where W  is the spacetime energy and Wx is the energy in  x-direction , Wy is the energy in y-direction , Wz is the energy in z-direction och Wct is the energy in the time dimension. 

W=∭(ρ0U)dxdydz=∭(¤c2)dxdydz    ρ0U=¤c2 where ρ0 is the charge density and ¤ is the mass density, U is the electrical spacetime potential and c is the normal lightspeed.

F2=Fx2+Fy2+Fz2+Fct2 where F is the force and Fx is the x-component of the force , Fy is the y-component of the force , Fz is the z-component of the force and Fct is the force component in the time dimension.

Fx=dWx/dx     Fy=dWy/dy     Fz=dWz/dz     Fct=dWct/(cdt)

P=Px+Py+Pz+Pct=(d3W)/(dxdydz)=ρ0U=¤c2 where P is the total pressure in the area ((spacetime energy)/volume) and Px is the pressure(force/area) in x-direction , Py is the pressure(force/area) in y-direction , Pz is the pressure(force/area) in z-direction and Pct is the time pressure((time energy)/volume) in the time dimension.

Px=d2Fx/(dydz)=d3Wx/(dxdydz)=ρ0Ux=∫(ρ0Ex)dx=∫(ρ0(vtEsx/c+∫(dEsx/(cdT))cdt-∫(dByx/dT)dy-∫(dBzx/dT)dz)dx-∫(jyByx)dx-∫(jzBzx)dx

Py=d2Fy/(dxdz)=d3Wy/(dxdydz) =ρ0Uy=∫(ρ0Ey)dy=∫(ρ0(vtEsy/c+∫(dEsy/(cdT))cdt-∫(dBxy/dT)dx-∫(dBzy/dT)dz)dy-∫(jxBxy)dy-∫(jzBzy)dy

 

Pz=d2Fz/(dxdy)=d3Wz/(dxdydz) =ρ0Uz=∫(ρ0Ez)dz=∫(ρ0(vtEsz/c+∫(dEsz/(cdT))cdt-∫(dByz/dT)dy-∫(dBxz/dT)dx)dz-∫(jxBxz)dz-∫(jyByz)dz

 

Pct=(d2Fctcdt)/(dxdydz)=d3Wct/(dxdydz) =ρ0Uct=∫(ρ0Ect)cdt=∫(ρ0(∫(dBxct/dT)dx +∫(dByct/dT)dy+∫(dBzct/dT)dz)cdt+∫(jxBxct)cdt+∫(jyByct)cdt+∫(jzBzct)cdt

 

Fx=∬Pxdydz=∬(ρ0Ux)dydz=∭(ρ0Ex)dxdydz=∭(ρ0(vtEsx/c+∫(dEsx/(cdT))cdt-∫(dByx/dT)dy-∫(dBzx/dT)dz)dxdydz-∭(jyByx)dxdydz-∭(jzBzx)dxdydz

 

Fy=∬Pydxdz=∬(ρ0Uy)dxdz=∭(ρ0Ey)dxdydz=∭(ρ0(vtEsy/c+∫(dEsy/(cdT))cdt-∫(dBxy/dT)dx-∫(dBzy/dT)dz)dxdydz-∭(jxBxy)dxdydz-∭(jzBzy)dxdydz

 

Fz=∬Pzdxdy=∬(ρ0Uz)dxdy=∭(ρ0Ez)dxdydz=∭(ρ0(vtEsz/c+∫(dEsz/(cdT))cdt-∫(dByz/dT)dy-∫(dBxz/dT)dx)dxdydz-∭(jxBxz)dxdydz-∭(jyByz)dxdydz

 

Fct=∬Pctdxdydz/(cdt)=∬(ρ0Uct)dxdydz/(cdt)=∭(ρ0Ect)dxdydz=∭(ρ0(∫(dBxct/dT)dx +∫(dByct/dT)dy+∫(dBzct/dT)dz)dxdydz+∭(jxBxct)dxdydz+∭(jyByct)dxdydz+∭(jzBzct)dxdydz

Where jx is the x-component of the current density , jy is the y-component of the current density , jz is the z-component of the current density and vt is the time velocity (vt2=c2-vx2-vy2-vz2).

g2=gx2+gy2+gz2+gct2

gx=(dPxΔU)/(¤dxU0)     gy=(dPyΔU)/(¤dyU0)    gz=(dPzΔU)/(¤dzU0)     gct=(dPctΔU)/(¤cdtU0)

Where g is the gravitational field and gx is the x-component of the gravitational field , gy is the y-component of the gravitational field , gz is the z-component of the gravitational field and gct is the gravitational field component in the time dimension. ΔU is the voltage between the points where force and counterforce acts and U0 is the background potential of the Aether (the average inner potential of the matter) and is calculated as follows: W0=∑(QU)     ∑(Q(U-U0))=0    

 ∑(Q(U+Uind))=(∑(QU))((U0+Uind)/U0)=W0((U0+Uind)/U0)

+0,65GV≤U0≤+1,1GV (exact value have’nt been measured can possibly be different for different materials) W0 is the normal spacetime energy and Uind is the induced potential.

Fg2=Fgx2+Fgy2+Fgz2+Fgct2

Fgx=∭(¤gx)dxdydz=∬((PxΔU)/U0)dydz=∬Pgxdydz

Fgy=∭(¤gy)dxdydz=∬((PyΔU)/U0)dxdz=∬Pgydxdz

Fgz=∭(¤gz)dxdydz=∬((PzΔU)/U0)dxdy=∬Pgzdxdy

Fgct=∭(¤gct)dxdydz=∬((PctΔU)/U0)dxdydz/(cdt)=∬Pgctdxdydz/(cdt)

Where Fg is the gravitational force (that is an unidirectional force whitout counterforce (you can read about the derivation of the gravitational force in ”artificial gravitation”) you can easyli see it by that the gravitational force occurs between force and counterforce pairs of electromagnetic nature where it exists a potential difference between the points where force and counterforce acts (if you change force against counterforce you multiplicate whit -1 but then ΔU also changes sign so that you multiplicate whit (-1)2=1 thus Fg is in the same direction at both points (lacks counterforce) so that it could be used to UFO propulsion) and Fgx is the x-component of the gravitational force , Fgy is the y-component of the gravitational force , Fgz is the z-component of the gravitational force and Fgct is the gravitational force component in the time dimension.

Pgx+Pgy+Pgz+Pgct=Pg=(PxΔU)/U0+(PyΔU)/U0+(PzΔU)/U0+(PctΔU)/U0=(PΔU)/U0=(d3W/(dxdydz))ΔU/U0=ρ0UΔU/U0=¤c2ΔU/U0=(d3Wg)/(dxdydz)

Pgx=d2Fgx/(dydz)=d3Wgx/(dxdydz)=∫(¤gx)dx=(PxΔU)/U0

Pgy=d2Fgy/(dxdz)=d3Wgy/(dxdydz)=∫(¤gy)dy=(PyΔU)/U0

Pgz=d2Fgz/(dxdy)=d3Wgz/(dxdydz)=∫(¤gz)dz=(PzΔU)/U0

Pgct=(d2Fgxcdt)/(dxdydz)=d3Wgct/(dxdydz)=∫(¤gct)cdt=(PctΔU)/U0

Where Pg is the total gravitational pressure ((gravitational energy)/volume) and

Pgx is the gravitational pressure ((gravitational force)/area) in x-direction , Pgy is the gravitational pressure ((gravitational force)/area) in y-direction , Pgz is the gravitational pressure ((gravitational force)/area) in z-direction and Pgct is the gravitational pressure ((gravitational energy in the time dimension)/volume) in the time dimension.

Wgx+Wgy+Wgz+Wgct=Wg=∭Pgdxdydz=∭(¤c2ΔU/U0)dxdydz

Wgx=∫Fgxdx=∭Pgxdxdydz

Wgy=∫Fgydy=∭Pgydxdydz

Wgz=∫Fgzdz=∭Pgzdxdydz

Wgct=∫Fgctcdt=∭Pgctdxdydz

Where Wg is the gravitational spacetime energy ( because ΔU is part of the formula it seems that the gravitational energy is some sort of energy change where energy is transfered between this 4space and other 4space(overdimensions, hyperspace)) Wgx is the gravitational energy in x-direction , Wgy is the gravitational energy in y-direction , Wgz is the gravitational energy in z-direction and Wgct is the gravitational energy in the time dimension.

Pg/P=(d3Wg)/(d3W)=ΔU/U0

I hope that this article together whit euclidean 4dimensional electromagnetism and electrogravitation and the hyperspace theory gives you enough information to build time (zero point) energy converters, UFOs and stargates. And that you really knows how the universe works.

 

supplement to euclidean 4dimensional eletromagnetism and electrogravitation.docx (23,3 kB)

 

 

 

 

 

 

 

 

 

 

 

 

Space-time energy.docx (22,6 kB)

 

Space-time energy

Energy is not a 3dimensional concept that classical physics says but instead a 4+dimensional concept where time (zero point) energy can be converted to space energy , And 4dimensional space-time energy can be transfered to parallel 4space whit higher lightspeed (hyperspace) and also be transfered to other places and times in the same 4space (stargate travel). The energy conservation law is not valid in 3 dimensions but is instead valid in 4+dimensions this universe + all hyperspace levels. The time (zero point) energy is potential space energy and the space energy is potential time energy. The time (zero point) energy is depending on motions in the time dimension , and the space energy is depending on motions in the space dimensions. The time (zero point) energy is an infinite energy source that can power time (zero point) energy converters that is electromagnetical overunity devices.  Mathematically the space-time energy can be described in this way:

W=∭ρ0Udxdydz=∭¤c2dxdydz

Where W is the 4dimensional space-time energy , ρ0 is the charge-density , ¤ is the mass-density , c is the lightspeed in the Aether (our 4space) and U is the scalar electrical potential.

ctFx=∭ρ0((vtEsx/c)+∫(dEsx/(cdT))cdt)dxdydz

ctFy=∭ρ0((vtEsy/c)+∫(dEsy/(cdT))cdt)dxdydz

ctFz=∭ρ0((vtEsz/c)+∫(dEsz/(cdT))cdt)dxdydz

ctW=∫ctFxdx+∫ctFydy+∫ctFzdz

xFy=-∭(jxBxy)dxdydz-∭ρ0(∫(dBxy/dT)dx)dxdydz=-∭(jxBx¤z)dxdydz-∭ρ0(∫(dBx¤z/dT)dx)dxdydz

xFz=-∭(jxBxz)dxdydz-∭ρ0(∫(dBxz/dT)dx)dxdydz=∭(jxBx¤y)dxdydz+∭ρ0(∫(dBx¤y/dT)dx)dxdydz

xFct=∭(jxBxct)dxdydz+∭ρ0(∫(dBxct/dT)dx)dxdydz

xW=∫xFydy+∫xFzdz+∫xFctcdt

yFx=-∭(jyByx)dxdydz-∭ρ0(∫(dByx/dT)dy)dxdydz=∭(jyBy¤z)dxdydz+∭ρ0(∫(dBy¤z/dT)dy)dxdydz

yFz=-∭(jyByz)dxdydz-∭ρ0(∫(dByz/dT)dy)dxdydz=-∭(jyBy¤x)dxdydz-∭ρ0(∫(dBy¤x/dT)dy)dxdydz

yFct=∭(jyByct)dxdydz+∭ρ0(∫(dByct/dT)dy)dxdydz

yW=∫yFxdx+∫yFzdz+∫yFctcdt

zFx=-∭(jzBzx)dxdydz-∭ρ0(∫(dBzx/dT)dz)dxdydz=-∭(jzBz¤y)dxdydz-∭ρ0(∫(dBz¤y/dT)dz)dxdydz

zFy=-∭(jzBzy)dxdydz-∭ρ0(∫(dBzy/dT)dz)dxdydz=∭(jzBz¤x)dxdydz+∭ρ0(∫(dBz¤x/dT)dz)dxdydz

zFct=∭(jzBzct)dxdydz+∭ρ0(∫(dBzct/dT)dz)dxdydz

zW=∫zFxdx+∫zFydy+∫zFctcdt

SW=xW+yW+zW

Where ctFx is the force in the x-direction from motions in the time dimension , ctFy is the force in the y-direction from motions in the time dimension , ctFz is the force in the z-direction from motions in the time dimension , Esx/c is the electrostatic field/c in the x-direction , Esy/c is the electrostatic field/c in the y-direction , Esz/c is the electrostatic field/c in the z-direction , t is the coordinate time dimension (the 4:th dimension) , T is the own time , vt is the time velocity , ctW is the time (zero point) energy that is the energy from motions in the time dimension , xFy is the force in the y-direction from motions in x-direction , xFz is the force in the z-direction from motions in x-direction , yFx is the force in the x-direction from motions in y-direction , yFz is the force in the z-direction from motions in y-direction , zFx is the force in the x-direction from motions in z-direction , zFy is the force in the y-direction from motions in z-direction , xFct is the force in the time dimension from motions in x-direction , yFct is the force in the time dimension from motions in y-direction , zFct is the force in the time dimension from motions in z-direction , xW is the energy from motions in x-direction , yW is the energy from motions in y-direction , zW is the energy from motions in z-direction , SW is the space energy that is the energy from motions in space , jx is the x-component of the current-density , jy is the y-component of the current-density , jz is the z-component of the current density , Bxy is the magnetic field (straight field lines) in the y-direction from currents flowing in x-direction , Bxz is the magnetic field (straight field lines) in the z-direction from currents flowing in x-direction , Byx is the magnetic field (straight field lines) in the x-direction from currents flowing in y-direction , Byz is the magnetic field (straight field lines) in the z-direction from currents flowing in y-direction , Bzx is the magnetic field (straight field lines) in the x-direction from currents flowing in z-direction , Bzy is the magnetic field (straight field lines) in the y-direction from currents flowing in z-direction , Bxct is the magnetic field in the time dimension from currents flowing in x-direction , Byct is the magnetic field in the time dimension from currents flowing in y-direction , Bzct is the magnetic field in the time dimension from currents flowing in z-direction ,  Bx¤y is the classical magnetic field in the y-direction from currents flowing in x-direction , Bx¤z is the classical magnetic field in the z-direction from currents flowing in x-direction , By¤x is the classical magnetic field in the x-direction from currents flowing in y-direction , By¤z is the classical magnetic field in the z-direction from currents flowing in y-direction , Bz¤x is the classical magnetic field in the x-direction from currents flowing in z-direction , Bz¤y is the classical magnetic field in the y-direction from currents flowing in z-direction.

Fx=ctFx+yFx+zFx      Fy=ctFy+xFy+zFy      Fz=ctFz+xFz+yFz      Fct=xFct+yFct+zFct     F2=Fx2+Fy2+Fz2+Fct2     F=(Fx;Fy;Fz;Fct)

Wx=∫Fxdx=ctWx+yWx+zWx       Wy=∫Fydy=ctWy+xWy+zWy      Wz=∫Fzdz=ctWz+xWz+YWz     Wct=∫Fctcdt=xWct+yWct+zWct=SWct

ctWx=∫ctFxdx          ctWy=∫ctFydy       ctWz=∫ctFzdx          

xWy=∫xFydy            xWz=∫xFzdz          yWx=∫yFxdx    

yWz=∫yFzdz        zWx=∫zFxdx          zWy=∫zFydy     

xWct=∫xFctcdt        yWct=∫yFctcdt      zWct=∫zFctcdt

W=Wx+Wy+Wz+Wct=ctW+xW+yW+zW=ctW+SW

Ws=ctW

Where Wx is the potential energy in the x-dimension that is the energy in the time dimension and the y and z-dimensions that can be converted to energy in the x-dimension , Wy is the potential energy in the y-dimension that is the energy in the time dimension and the x and z-dimensions that can be converted to energy in the y-dimension ,  Wz is the potential energy in the z-dimension that is the energy in the time dimension and the x and y-dimensions that can be converted to energy in the z-dimension , Wct is the potential energy in the time dimension that is the energy in the space dimensions that can be converted to time (zero point) energy , Ws is the potential space energy that is time (zero point) energy that can be converted to space energy which is the same as the time (zero point) energy , F is the force , Fx is the x-component of the force , Fy is the y-component of the force , Fz is the z-component of the force and Fct is the force component in the time dimension. Negative potential energies means that the energy conversion process is reversed. Almost all space-time energy is time (zero point) energy (this means that we have an infinite energy source) it is also so that time (zero point) energy that have been converted to space energy  after some time goes back to time (zero point) energy and again can be converted to space energy (the cycle can be repeated infinite times). This also means that the myth about the heat death of the universe is just a myth that is false. For information about energy transfer to hyperspace and instantly to other places and times in our 4space you can read my  article ”The hyperspace theory” in my other articles you can read more about the physics behind time (zero point) energy converters and UFOs. I hope this article makes it easier to understand what time (zero point) energy is.

         

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