@fresco,
Quote:Your 'verbiage' shows no understanding that 'causality' has no scientific basis since its sequential essence is based on the pre-Einstein concept of 'universal time'.
All Einsteins equations are saying is that the space time continuum (higgs field) and matter is made up of standing waves (clocks).
Special relativity tells us how a group of standing waves that construct matter interact with another group of standing waves that construct the higgs field when the matter is not being accelerated.
General Relativity tells us how these same groups of standing waves interact if they are accelerated by gravity or some other source.
Since, both matter and the higgs field are made up of these standing waves, (clocks) as matter moves or is accelerated through the higgs field it changes the density of the higgs field. (or changes in the density of the higgs field causes acceleration known as gravity) This change in energy density (which is known as curvature of the space-time continuum) causes a change in the rates these clocks are ticking off time. This change in the way the clocks are ticking as the the space time continuum (higgs field) interacts with the matter that constructs two different observers, makes time appear and, to actually operate at two different rates for each observer according to where the observers are located according to gravitational fields and/or how fast they are moving relative to the higgs field and each other.
Quantum mechanics, The standard Model, Shroedingers wave equations, Plancks Equations, Boltmans Equations, higgs mechanism etc. . . give us a systematic explanation of how matter and the higgs field are interacting where they come into contact with each other. But unlike relativity that looks at the picture as smooth line of all the clocks involved stretching across space, QM and quantum gravity looks at each as indiviual clocks with the electrons of matter and the photons of the Higgs bosons being the hands on the clocks.
I understand relativity and the qm wave equations well enough to account for them when interpreting the information obtained from the observations of the universe as a whole and, how its entropy has changed overtime.
You must be able to tie qm and relativity together to be able to interpret this information coherently and accurately.
Which is why I agree with leadfoot
Quote:I often wonder how those who actually accept this view that reality can't be perceived, reconcile the fact that our senses give us a pretty accurate representation of what objective scientific measurements tell us about things around us. Same thing goes for the concept of causality.
Sure, we don't see the full spectrum of light, feel the chemistry of our environment, etc., but incomplete knowledge is not the same as inability to know. I'm not sure people who accept that Kantian view actually exist. How the **** could they even get up in the morning and function.
I agree because, our senses and intelligence reveal what all these seperate views and interpretations of the physical world are telling us in a simple and comprehensive way. So why do you want to make it so complicated it becomes incomprehensible.
That is like teaching somebody how to drive a car using quantum mechanics and relativity without using your five senses to understand what a car looks like and how all its atoms interact with the operator and the road as complete units.