where x=xg=xc=xTx=xg=xc=xT, all space dimensions are taken to be equivalent and the velocity of the particles along their respective dimensions is cc, not necessarily light speed.
We see that aψaψ is then the radius of the circular path perpendicular to the time axis,
r=aψr=aψ
as such rr is increased by increasing, aψaψ. In the case of a sonic cone at 7.489 Hz, from the post "All Of Max", the equivalent of the third Maxwell's Equations,
∮2πaψEψdλ=−1c2ddt{∮πa2ψFψdAl}=−1c2dΨdt∮2πaψEψdλ=−1c2ddt{∮πa2ψFψdAl}=−1c2dΨdt --- (1)
where a change in flux through an area AlAl induces EψEψ around a loop 2πaψ2πaψ. When FψFψ is increased at a constant rate, both EψEψ and aψaψ are decrease until the equation is satisfied. Similarly, when FψFψ is decreased at a constant rate, both EψEψ and aψaψ are increase until the equation is satisfied. FψFψ is set to resonate with Earth gravitational field of 7.489 Hz.
From the post "Cold Jump",
Δt=∂tgf∂t−∂tgi∂t=1mc2(∂tgi∂tEΔh+tgi∂EΔh∂t)Δt=∂tgf∂t−∂tgi∂t=1mc2(∂tgi∂tEΔh+tgi∂EΔh∂t)
changing EΔh results in a time differential Δt. EΔh is the result of a change in aψ as a rate of change in Ψ is applied. The negative sign in expression (1), suggests an opposing change to the driving force Ψ.
As Ψ is increased,
Ψ∂t>0
Δt<0 and we are back in time.
As Ψ is decreased,
Ψ∂t<0
Δt>0 and we move forward in time.
To go forward in time, Ψ is set to resonate to a high value slowly and then dropped suddenly. To return, Ψ is set to resonate to a high value instantly; multiple hops might be necessary to travel to the past.
Don't panic. Just consistent science fiction.
Don't panic. Just consistent science fiction.