Thankyou for the inspiring picture!
I am sure being that much closer to the energy in the upper atmosphere is exhilarating, not to mention the lower atmospheric pressure, lower oxygen levels promoting a responsive homeostatic recalibration.
The frequencies of the light also promote good vibes!
Thanks for the video of Penrose theoretical explorations.
Of course I have expressed an opinion on the laws of Thermodynamics as popularly expressed, and on the second law in particular.
The relation to light is intuitively obvious, but physically less clear. Nevertheless I venture that theoreticians utilise the concept of entropy incorrectly, because they disconnect thermodynamics from the rest of physics in a curious way!
It is due to the respectful nature of some physicists not wishing to antagonise heat engineers, who after al have the practical,skills that run the heat engines of our technological society. In addition, not many theoretical physicists are as dedicated and careful as Carnot. They merely take his principles and run with the wind!
I never advise considering entropy outside its proper context of Enthalpy. The complete energy or heat in a system and it's environment modify the apprehension and application of the concept of entropy significantly.
Of course when one mathematically defines entropy one opens pnforas box!
One cannot disregard the strong religious bias of the early Victorian ngineers, or hom CEOs was the ievitbe outcome of a nature without the Christian God, or the empire of His rule! In that regard, they lifted entropy out of the normal heat engine cycle of evaporation and condensation! But in fact heat was a mystery long before that. Heat was and is the Peary kinaesthetic energy of transmutation. It is by our proprioceptive apprehension of it that we evn have the notion of different forms of work transmuting into each other. We know that our muscles get hot as we exert , and tht warm or cold food fuels this heat exchange within our bodies.
It is instructive to go into the biological system of energy transportation within the body. Suffice it to say that it is an electro chemical reaction process that is cyclical.
I will,not go into the ATP cycle but will remark that the electron is deemed to play a key role, and of course where the " electon" concept is used I have to disassociate that into magnetic and electric behaviours.
We understood already that light is a material phenomenon. That is it is not apprehensible without matter. But we alo,assent to the so called electromagnetic nature of light. Finally we. Acknowledge a spectrum of frequencies of light. One of these range of frequencies, the infra red is the most closely associated with kinaesthetic and proprioceptive experience called heat .
To keep it conceptually simple I invent 3 characters : Thermo, Electro and Magneto. In fact Thermo I might better call Thermolucent, to emphasise his direct relationship to light. However if I do that I must also draw attention to the full name of Magnetolucent and Electrolucent! I cannot justifiably distinguish them otherwise.
The three triplets therefore behave in contradictory way. Thermo tends to break down and destroy hat electro and magneto work together to build! Magneto is quite ponderous and has great gravitas, while electo is light and flits from place to place at lightning speeds. Electro seems the most ephemeral of the three, as if he is hardly there, but that is because he is everywhere, setting this up, reordering that, smoothing out a chink, preparing the finishing touches for Magneto to organise into a synthetic whole.
In the meantime Thermo rattles the fabric of space as Magneto chunks it into a concentrated whole. Wherever Electo has been Thermo is not far behind. Unsettling what Electo has settled , scattering neat arrays into scenes of trauma .
Because of this it is imperative that Electro out run and out manoeuvre Thermo, restoring order as much as possible. At lower frequencies electro can easily do this, but at higher frequencies Thermo and Electro entwine with one another at the speed of light. At these frequencies Thermo is light, x rays , gamma rays and beyond. But also at these frequencies Magneto and Electro are formidable , trapping Thermo in bubbles of energy, forming a fractal region of seething radiating rotating bubbles of energy.
http://www.youtube.com/v/YqM&rel=1&fs=1&hd=1So now the question of entropy increasing is contextualised. In the mythological description I have given it is clear that regions of differing energy densities are exposited, distributed according to frequency . However these entropic distributions are symptomatic of the current state of the measured volume. The implication is that a dynamic equilibrium order is extant in any system. Thus over " time " one would expect a system to equilibriate to lower states of entropy, that is any fixed system will become cooler, more condensed and more ordered.
The injection of " heat" from an external source will raise the entropy to a maximum level after which it will radiate to a lower level providing the external source is removed.
The question is where do these " hot" spots come from?
The answer I give is that if you do not accept the Zoroastrian concept of an arrow of time pointing to the final judgment, then the cyclical or more generally vorticular dynamics discussed above will always provide hot, cold and lukewarm spots in a Fractal distribution around the universe, as an open system.
The nature of the extremes of hot and cold we have still to discover. But accepting, for sake of argument, Einstein Cosmology Black holes may be the source and sink of these 2 parameters. That is extreme cold at the centre of a black hole and extreme heat at the event horizon. Or, more naturally, extreme cold at the event horizon with extreme heat at the centre. In that case I say that the black hole has to emit some radiation beyond light radiation to be abe to shine in the measurable spectra, or Black holes as gravitational phenomena are questionable.
It is entirely feasible that geometric structures in dynamic or mechanical motion are all I can consistently describe and measure.