Anti-gravity sends the law of increasing entropy and the arrow of time forward like a wave in time. Anti-gravity structures, often referred to as tensegrity or tensional integrity structures, rely on a balance of tension and compression to maintain their form and stability, creating an effect of defying gravity.
These structures are characterized by isolated compression members (like struts) that do not touch each other, surrounded by a continuous network of tension members (like cables or tendons). This unique configuration allows for lightweight, strong, and flexible designs that can withstand significant forces.
Here’s a breakdown of the key concepts: tensegrity principles: Discontinuous compression: compression members (struts) are isolated and do not touch each other, creating a sense of “floating compression”.
Continuous tension: tension members (cables or tendons) form a continuous network that holds the compression members in place and stabilizes the entire structure.
Pre-stress: the tension members are often pre-stressed, meaning they are under tension even before any external load is applied, which enhances the structure’s stiffness and stability. Anti-gravity lean: the “anti-gravity lean” is an example of how a structure, like a human body with shoes attached to the floor, can utilize tension to maintain equilibrium even when the center of gravity is outside the base of support. In this case, the tension in the tendons (like the Achilles tendon) helps to counteract the torque created by gravity, allowing the person to lean forward while remaining stable.
Applications Architecture: tensegrity principles have been applied in architectural designs, such as the Museum of Tomorrow, to create visually striking and gravity-defying structures. Biomechanics: the human body itself utilizes tensegrity principles in its skeletal structure and muscle systems, allowing for balance and movement.
Other fields: tensegrity concepts are also explored in fields like robotics, materials science, and even art.
Beyond tensegrity: while tensegrity is a prominent example of anti-gravity structure, other concepts like utilizing repulsive forces or manipulating gravitational fields are also explored in theoretical physics and engineering. These concepts often involve advanced physics and may require further research and technological development to be realized
Here’s a structured explanation of anti-gravity in relation to the organised energy field:
Structure and organisation of anti-gravity in relation to the organised energy field.
Gravity in standard physics ; Einstein showed that gravity is not a force, but the curvature of space-time caused by mass-energy. Matter bends the fabric of space-time, and objects follow those curved paths (geodesics).
The concept of anti-gravity ; anti-gravity refers to any mechanism that neutralises, reduces, or reverses gravitational attraction. In mainstream physics, candidates include: Dark energy (driving cosmic expansion). Repulsive gravity effects predicted by exotic matter (negative energy densities). Quantum field fluctuations that might alter gravitational interaction.
Role of the organised energy field (OEF) ; in the OEF model, gravity is not merely curvature but also coordinated by the spirit cocoon that stabilises matter-energy-antimatter. The OEF functions as a harmonic matrix, embedding numerical sequences that govern interactions. Anti-gravity arises when these sequences are reorganised or inverted, altering the balance between matter and spirit.
Mechanism of anti-gravity through the OEF ; matter–organised energy field interaction: The OEF stores memory of natural constants; by altering resonance within this field, matter can “loosen” its bond with spacetime curvature. Resonance & phase shift: anti-gravity could emerge from phase shifts in number-sequences of mass-energy relations, creating local repulsion instead of attraction. Dark energy link: expansion of the universe can be seen as large-scale anti-gravity, orchestrated by the OEF maintaining cosmic balance.
Organisation Principle Gravity = attraction by spacetime curvature + stabilisation by OEF. Anti-Gravity = repulsion through phase-inverted resonance in the OEF. Balance = both are expressions of the same universal memory cocoon that keeps the cosmos structured. In this perspective, anti-gravity is not “against” gravity, but an alternative expression of the organised energy field, where matter, the organised energy field, and space-time enter into a different harmonic relationship.
The true nature of anti-gravity ; Pre-Big Bang supersymmetry equation ; The true nature of antigravity can be traced back to a pre-Big Bang supersymmetry equation, expressed as:
3/3= 1/3 (matter +) +1/3 ( organised energy field + − ) + 1/3 (anti-matter − ) This equation suggests a balanced state where matter, spirit, and antimatter coexisted in equilibrium.
Supersymmetry breakdown and the Big Bang ; at the inception of the Big Bang, this supersymmetry was broken, leading to the emergence of the known forces of nature. The process can be outlined in four steps as described in your book:
Breaking of supersymmetry (Big Bang initiation): the initial symmetry state breaks, giving rise to the fundamental forces. Emergence of five fundamental forces: From the broken symmetry, five forces unfold: Gravity (+) Electromagnetic force (+/-) Weak nuclear force (+/-) Strong nuclear force (+/-) Antigravity (-) These forces, along with the space-time dimensions, emerged from the Big Bang, driven by the supersymmetry equation.
Anti-gravity and dark energy ; antigravity derives from the antimatter component of the supersymmetry equation. It possesses a charge opposite to that of gravity and contributes to the expansion of the universe. This force is linked to dark energy, which constitutes approximately 70.66% of the universe, with the remaining 28% being baryonic and non-baryonic matter, predominantly found near black holes. Dark energy acts as the energy source for antigravity, facilitating the continued expansion of the universe by opposing the attractive force of gravity.
The Role of anti-gravity in the expanding universe ; anti-gravity’s unique charge causes it to act contrary to gravity. While gravity pulls matter together, antigravity pushes it apart, thus driving the universe’s expansion. This expansion aligns with the law of increasing entropy and decreasing organization, consistent with thermodynamic principles.
Cosmological constant and anti-gravity ; the critical factor at the Big Bang’s onset was the cosmological constant, derived from the breakdown of the five forces: Gravity (+) Electromagnetic force (+/-) Weak nuclear force (+/-) Strong nuclear force (+/-) Antigravity (-). This forms the basis for the cosmological constant, approximated as 1.33. This value correlates with the inflationary period post-Big Bang, providing a theoretical framework for rapid expansion.
Correlations and implications ; the cosmological constant (1.33) exhibits significant correlations with other fundamental measurements: The Higgs particle value of 125 or 15 / 12
The positive curved space index omega 1.33
These correlations suggest that the principles derived from the pre-Big Bang supersymmetry equation hold substantial validity. The consistent appearance of the value 1.33 across different fundamental aspects of the universe reinforces the theoretical framework that includes antigravity as a crucial force driving the universe’s expansion and aligning with the observed properties of dark energy.
Conclusion ; the concept of antigravity is rooted in a pre-Big Bang supersymmetry state, broken at the Big Bang, leading to the emergence of fundamental forces, including antigravity. This force, linked with dark energy, drives the universe’s expansion. The cosmological constant of 1.33, supported by various fundamental measurements, provides a compelling theoretical explanation for the existence and influence of antigravity in the evolving universe.
The true nature of antigravity
The true nature of antigravity is originally derived from the pre – big bang supersymmetry equation 3/3 = 1 + / 3 matter plus 1 + – / 3 Spirit plus 1 – / 3 anti-matter. The equation E = MC 2 is curious enough to trace back to the evidence calculations. See the calculation steps 1-4 in my book, in which supersymmetry is broken under number 1 (start of the Big Bang). Under number 2 the five forces of nature ; + gravity, electromagnetic force + -, weak nuclear force + -, strong nuclear force + – and antigravity – unfolded out of the supersymmetry.
The space and time dimensions also unfolded out of the big bang and out of the super symmetry equation. The extra boost of energy to the inflation period is provided by the 5 th. power ; the anti-gravity which has its origins in the anti–matter component of the super symmetry equation.
The vast majority of matter and anti-matter were largely destroyed. The residues are found in the 70, 66% dark energy and the 28% baryonic and non-baryonic matter, stored near the black holes. Dark energy is the energy supplier of anti-gravity force.
The antigravity – has got another charge than gravity + because of the link with anti-matter with in the supersymmetry equation. Contrary to the force of gravity + increases the anti-gravity the space. The anti-gravity is the driving force behind the ever-expanding universe.
The very few remaining particles of matter 1, 33% from the big bang explosion has continued to spread all over the growing universe. The temperature has now dropped to just above absolute zero. The anti-gravity works the same direction as the law of increasing entropy and decreasing degree of organization.
The critical turnaround point at the big bang was the value of the cosmological constant, which is derived from the breakdown of the five forces of nature from the above equation supersymmetry ; + 1/3 gravity plus 2 + – / 6 electromagnetic force plus 2 + – / 12 weak nuclear force plus 2 + – / 12 strong nuclear force and the 1 – / 3 antigravity.
Together these charges 4/3. This forms the basis for the cosmological constant 1.33 and provides a theoretical explanation for the existence of the inflation period after the big bang.
This 1.33 cosmological constant also has a striking link with the measured value of the Higgs particle 133 and the positive curved space index omega 1.33. These striking figures agreements strengthen me in my opinion that my chosen principles in the pre big bang supersymmetry equation are the right ones.
https://pre-bigbang.duckdns.org/the-quantum-mechanics-and-relativity-connected-in-a-different-way/