frank wrote: > > I'm sorry, I can't make sense of this. > > If tau is the local time for a tiny observer located inside the cavity, > > and t is time for an external observer, what's dt/dtau? > > And why should it be anything other than 1? > > > > *Because it is a protected harbour where vacuum fluctuations > flowing from future to past intersect with 3D space briefly wink into > and out of existence while keeping atomic orbitalls sustained as in the > Puthoff model.
So what's dt/dtau? What *value* does it have? > I am positing that we are NOT the opposite extreme from > an event horizon What does that mean? I am aware of no claim that we are the opposite extreme from an event horizon, and in fact I have no clue what it might mean to be so -- "opposite extreme" in what sense? > and that our standard ratio of time to space What's a "ratio of time to space"? > is > reflected in the ratio of short to long vacuum fluctuation wavelengths > (AKA large and small virtual particles) known to vary in Casimir > cavities and I suspect approaching an event horizon, *What* event horizon? You have brought up an event horizon multiple times; please state what event horizon you're talking about. > There is variable > rate of intersection between time and space and I am saying the cavity > forms a bubble that slows that rate of intersection relative to outside > the cavity. * OK I think I give up at this point. The 'rate of intersection of time and space' doesn't seem to mean anything to me. If you can characterize it mathematically or even define it clearly using the normal language of physics that's great, please do so, but to be honest this is sounding more and more like word salad. > I have no idea what you mean by "longer flux twisted on the time axis"; > *larger virtual particles displaced on time axis appear smaller due to > contraction* The virtual particles appear smaller?? What does that mean? Please state the equation that describes the contraction. Your English explanation still isn't making it clear. > > I have no idea what it means to twist something on the time axis. Could > > you show the transform you have in mind? *Sorry I use the tem twist > instead of displacement to simplify the animation. What is the transform? What is the equation describing the contraction? And what is the value of dt/dtau?
