World Science Festival Brisbane 2024

World Science Festival Brisbane returns 15-24 March 2024. Brace yourselves for a mind-blowing cosmic journey when World Science Festival Brisbane honours the ‘thinkers and dreamers’ that have shaped our world in a captivating exploration of artistic and scientific achievements.
For ten days from Friday 15 March until Sunday 24 March 2024, the festival will offer a lab full of workshops, engaging conversations, awe-inspiring demonstrations, art installations, and a curated program of free and ticketed events for visitors of all ages. Book tickets now at www.worldscien...

[@1234Brian.Street]

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[@theuniversewithin74]

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*SR🌘GR🌒HH*
There are issues with linear thinking based on the Hubble constant and reverse inflation. Having a singularity as zero point, even in QM, is problematic because it requires time dilation to be instant. Using holographic principles and implementing applied graduality in Möbian mathematics provides a much smoother transition regarding transfer of energy and entropy.
Understanding that time dilation in relativity also is less drastic locally because of quantum fields, quantum entanglement and holographic principles. Once you approach extreme gravity fields, such as neutron stars and black holes, the normal attributes and effects of gravity is less severe within the local relativistic grid, because the matter that is caught in the gravity field is indeed light itself and gravity is a function of light, so the acceleration experienced by the subject is much more gradual and doesn't necessarily lead to spaghettification, because matter is fundamentally made of light, thus rendering a smoother transition within local fields.
There is a possible misconception that black holes are more destructive to local events, because we have implemented a differentiation between matter, light and energy. Proposing that light and motion are the fundamental forces in physics solves several of the empirical findings in our universe - from local events to the very large.
IMPORTANT NOTE: There is also a possibility that the laws of nature might change from region to region in the universe. Applying the same unified functions everywhere might not be applicable - based on the observer. Quantum Mechanics combined with holographic principles in conjunction with relativity might produce variations that are stable within physicality as a whole. But they might also produce temporal shift variations that might fluctuate between timelines, not compromising the stability of the system as a whole.
Temporal shifts pose little/no threat to quantum fields in macro or micro, because the energy transfer between two or several more points are conserved within holographic principles.
Best way to explain is superpositions of quantum fields. But using spherical understanding we might end up with hyperpostions in addition, meaning that within multiverse theory and/or paralell physics, we can propose that local variations might occur elsewhere.
One might suspect that this could be inherently unstable, but hopefully stability is ensured by *Special* and *General Relativity* in conjunction with *Hypertensored Holigraphy*
QM & QFT are ultimately functions of HH, because all forces, all phenomenons, energy, polarities and particles are fundamentally holographic, thus made of light.
Diverge Planck and apply Hypertensorality to:
v=d-(t³c³)
If one might observe local effects that seem irreversible to the observer, the stability/instability of said system might return to its relative position in space as they where when the temporal shift gradually occurred. A Rosen/Einstein bridge might be folded back onto itself, reestablishing pre-existing physicality relative to the initial motion through space time. Quantum Entanglement might provide a reasonable solution to reoccurance of paralell shifts that within time dilation could possibly be "stored" in the same field, but according to the observer. Matter and energy that exist in local time at one point might be shifted and parallaxed with EPR that in reality is the same as ER.
Local EPR might occur continously between substances that share the same locally observed quantum field and the energy accessible could possibly be much greater than within relativity, because e=mc² isn't truly applicable when dealing with motion on a quantum level.
When taking into account that matter in itself consist of light, e=mc² is rather moot. Energy is indeed conserved within relativity and as we know we can't break relativity within relativity itself, but when we apply quantum and holographic principles, we could propose that
e=cc²
The accuracy of this correction must be investigated, but it is strongly suggested through quantum entanglement and holography that the state of energy in the universe is much greater than what relativity proposes.
Considering sphericality to QE in EPR we might unlock a deeper understanding between gravity, relativity and QM. There might be spherical and macro EPRs that beam QE through quantum fields in absolute zero and this might give us access to zero point energy that is much greater than fission and much less complicated than fusion, because the input energy is more or less the device itself. Stability and security is better overall because zero point energy doesn't require usage of unstable materials...
This has to be investigated further to test the hypothesis.
IMPORTANT NOTE: There is never one singular source for any given system. There are always a plurality of systems and subsystems to ensure the stability and security of the spectrum of the laws of nature, physics and life. If there was only one singular source for any given system, it would ultimately lead to instability and degradation.
Stability of the laws of nature are almost impossible to compromise, because ultimately light is the very foundation of matter and gravity. Even though quantum mechanics might seem random at certain conjunctions, the configurations are governed by quantum entanglement that principally are benign in nature, because changes to the information/polarity exchange are secured in relativity that ensures a certain degree of stability.
Complete equilibrium in any given system are prohibited by the 2nd Law of Thermodynamics, but it may at the same time be rendered void when entering the quantum realm, where exotic effects might be empirically observed. This is easiest explained by double slit experiments that prove quantum entanglement can not only give parallel energy patterns, but also plural outcomes without loss of energy but possibly provide divergence of energy, thus rendering the 2nd law of TD moot, possibly invalid or maybe incorrect in its current understanding.
This can lead us to energy production that leave us with little to no loss of energy. Runaway effects that might go critical such as in fission production are less hazardous, given the correct protocols are in place.
Weaponizing quantum energy production should be avoided at all cost and is not feasible, because subatomic particles cannot be concentrated in practical weapons. Using such technology should either way be separated from military science regardless. Civilian and military sciences SHOULD always be maintained.
How life itself originated is a whole other field and might be discussed both metaphysically and naturally. As I view it, I think it is interesting to entertain several avenues instead of focusing on a singular source. Life itself is pluralistic, so why shouldn't there be several sources without excluding any existing.
Information is fundamentally secure within systems. It cannot vanish and is stored within SR/GR/QM/HH.
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