IJETA

ABSTRACT I welcome you to the Imagination of 4th Dimension with my new illusion. Have you ever imagined the 4th Dimension? So many explanations and samples are available for 1 Dimension, 2 Dimension and 3 Dimension and this question leads to several other questions? Can a Human eye experience and feel the FOURTH Dimensional objects? With that manner questions in people mind? The current generation know very well about 2 Dimension and 3 Dimension movies and here in this paper I am explaining about the 4th dimensions with new approach. Keywords:- 1D, 2D, 3D, 4D, Time & Distance

This short book is an info-collage artwork about a range of views on the notion of quintessence and the fifth dimension, with an aperspectival approach.

2021

This last essay explains what is the 5th dimension necessary to explain Inertia, Gravity, and the paradoxes of Quantum Mechanics. We must distinguish between Einstein's Space-Time and that of Spinoza, which does not contain Time while filling all infinite space without leaving gaps. The substance is Existence, therefore it is at the same time Thought and Infinite Extension, without distinction, since thought and extension exist. The substance is the fifth dimension.

1980

ASSEMBLY TIME, 2023

ABSTRACT This essay explores the hypothetical integration of L4 and L5 dimensions into Assembly Theory and Assembly Time Theory, offering new perspectives on the understanding of complex systems and evolving phenomena. By considering these additional dimensions, we expand our analysis of the interplay between spatial properties, energetic qualities, consciousness levels, and interdimensional interactions. Incorporating fiction, religious, and cultural beliefs, we strive to provide a framework that fosters innovative thinking and contributes to our evolving understanding of the nature of reality and our place in the cosmos. This interdisciplinary approach, while speculative and imaginative, aims to inspire further research and inquiry in the realm of multidimensional systems and phenomena.

YGGDRASIL: The Journal of Paraphysics, Volume 1, Issue 2, Summer 1997: 128-157, 1997

The first two attempts to derive a unified field theory as an extension to general relativity were made by Weyl and Kaluza. The main idea was to develop a geometrical model whereby both gravity and electromagnetism emerged naturally from the same curved space-time continuum. Over the years, each of these attempts has engendered one of the main groupings of classical (non-quantum) unified field theories. Weyl sought to alter the geometry of the continuum while maintaining the number of dimensions at four. Kaluza sought to maintain the geometry of the continuum, but account for electromagnetism by altering the number of dimensions to five. It is generally believed that Kaluza’s was the first five-dimensional model of material reality and that it was largely ignored by the scientific community except for Klein’s attempt to use the model as a basis for quantizing relativity, but the model does have a separate history independent of Klein’s modification. The mere assumption of a five-dimensional space-time structure can take two basic forms, both of which are not as independent of the other as one would expect or hope. First of all, the five-dimensional space-time may be used as a mathematical formalism alone, which has no more meaning than to allow for the extra variables needed to incorporate the electromagnetic field into a single space-time structure. In this manner, the fifth dimension is assumed to have no physical meaning. It was this form that Kaluza’s theory assumed so Kaluza’s original model merely duplicated Maxwell’s electromagnetic model without adding any new physics. In the second type of these theories, the fifth dimension is given an actual physical reality. It is a basic necessity of this type of theory to explain why the fifth dimension seems to be beyond the natural experience of human perception.

Proceedings of the ASPSI, 2009

This workshop concentrates on understanding, experiencing and conceptualizing the fourth dimension of space. The knowledge imparted will be helpful to understand any physical theories based on higher-dimensional realities as well as expand an individual’s own consciousness. This workshop deals directly with the intuitive geometrical notions that we all use to perceive our commonly sensed world. Questions such as ‘What is the concept of space’, ‘Why only three dimensions’, ‘Why or why not more dimensions’, and ‘What is dimension?’ are considered. Simple methods for the visualization a fourth spatial dimension are also discussed. The ability to visualize the next higher dimension could well be enlightening if not the next step in the ongoing evolution of human consciousness, while just trying to do so expands an individual’s consciousness. If physical theories that use a higher dimension of space to explain survival are accurate, then the conscious visualization of the fourth dimension will help prepare each of us for what comes when our material bodies die. This knowledge should familiarize us with the local environment ‘where’ we could end up when we die. Many people who have experienced NDEs have reported that wherever they were during the event, the geometry was different from the geometry that they were taught in school, which is a very good description of how four-dimensional geometry relates to our commonly sensed three-dimensional geometrical world.

Arxiv preprint hep-ph/0606153, 2006

The aim of this talk is to provide non-experts with a brief and elementary introduction on the field of extra dimensions. The main motivation for extra dimensions relies on the more fundamental string theories that predict ten (or eleven) space-time dimensions. Extra dimensions must be compactified and there appear branes where gauge and/or gravity propagates. Compactification relates string constants (string scale and string coupling) with four-dimensional constants (Planck scale and gauge coupling). Only gravity can propagate in dimensions transverse to the brane. They can be detected either by gravitational (table-top) or by collider experiments where Kaluza-Klein graviton production appears as missing energy. Transverse dimensions can be as large as the sub-millimeter. Ordinary matter can also propagate in dimensions parallel to the brane. It can give rise to bumps in the dilepton invariant mass in hadron colliders or contribute by indirect effects to the electroweak observables. Longitudinal dimensions can be probed at LHC up to a scale of 6.7 TeV (9 TeV) for one (two) extra dimension(s). Extra dimensions also give rise to new theoretical ideas related to supersymmetry and electroweak breaking. Some of these ideas are reviewed.

Research Gate, 2022

This paper proposes a 4D (toy-)model (4DM) of all elementary particles (EPs) existing in a 4D spacetime (4D-ST) in which time is actually a real additional 4th spatial dimension (with compact topology) of our universe (OU) and not just a trivial abstract dimension. This 4DM easily explains all the apparent paradoxes of quantum mechanics as: non-locality of quantum EPs (QEPs), the wave-particle duality (of all known EPs and larger EP-based composite physical bodies), the quantum superposition principle, quantum entanglement, the nature of quantum fields, the quantum tunneling effect etc. #DONATIONS. Anyone can donate for dr. Dragoi’s independent research and original music at: https://www.paypal.com/donate/?hosted_button_id=AQYGGDVDR7KH2