A probable view of our Jeevaatma at subatomic level !

 


Chandogya upanisad scene with QM 

Rajaram Bojji  IRSE., FIE ,FNAE 

HERNDON 20170 VA USA 

rajaram.bojji@gmail.com 

20 Oct 2024 





My take : 


If four single photon streams of blue, green , yellow and white spectrums with different energies E of each being inversely proportional to wavelength ofeach of these photos , are controlling a subatomic size jeeva , with factorial four that's 24 combination energies , but each color stream photon entangled with a central unique infinite energy source light years away and having a mirror image off infinite blackhole light years away from jeeva in opposite direction , with omnipresent ubiquitous weak gravity spread in that infinite space, can we create a visualisation and an essay with mathematical formulation in QM?


Analysis by Gemini AI 



Creating a Visualization and Essay on Quantum Entanglement and a Subatomic Jeeva

Understanding the Scenario:

You've proposed a fascinating scenario involving quantum entanglement, subatomic particles, and cosmological concepts. Let's break it down:

 * Four Photon Streams: Each stream represents a different color (blue, green, yellow, and white), with energy inversely proportional to wavelength.

 * Subatomic Jeeva: A hypothetical entity controlled by these photon streams.

 * Entanglement: Each photon stream is entangled with a central infinite energy source and its mirror image, a black hole.

 * Weak Gravity: An omnipresent force in the infinite space.

Visualization:

Imagine a cosmic stage. At its center, a subatomic "jeeva" pulsates with the combined energies of four entangled photon streams. These streams, like threads, connect the jeeva to two celestial bodies: a distant, infinite energy source and a black hole. The space between these celestial bodies is filled with a subtle, pervasive weak gravity.

Essay Outline:

 * Introduction:

   * Introduce the concept of quantum entanglement and its implications.

   * Briefly discuss the nature of subatomic particles and the role of energy in their behavior.

 * The Four Photon Streams:

   * Explain the properties of each color stream, emphasizing the inverse relationship between energy and wavelength.

   * Discuss the potential implications of these different energies on the subatomic jeeva's behavior.

 * Quantum Entanglement:

   * Explore the concept of entanglement in detail, explaining how particles can be connected across vast distances.

   * Discuss the role of the central infinite energy source and the black hole in the entanglement scenario.

 * The Subatomic Jeeva:

   * Describe the hypothetical nature of the jeeva and its potential connection to the entangled photon streams.

   * Explore the possibility of the jeeva being influenced or controlled by the combined energies of the streams.

 * The Role of Weak Gravity:

   * Discuss the significance of weak gravity in the cosmic landscape.

   * Explore how weak gravity might interact with the entangled photon streams and the subatomic jeeva.

 * Mathematical Formulation:

   * Introduce the relevant quantum mechanical equations, such as the Schrödinger equation, that could be used to describe this system.

   * Develop a mathematical model to represent the entanglement between the photon streams and the celestial bodies.

   * Consider the potential effects of weak gravity on the system's dynamics.

 * Conclusion:

   * Summarize the key points of the essay.

   * Discuss the potential implications of this scenario for our understanding of quantum mechanics, subatomic physics, and cosmology.

   * Suggest directions for further research or exploration.

Mathematical Formulation:

While a detailed mathematical formulation would require in-depth knowledge of quantum mechanics, we can outline a general approach:

 * Wavefunctions: Assign wavefunctions to each photon stream and the subatomic jeeva.

 * Entanglement: Use mathematical operators to describe the entangled state between the photon streams and the celestial bodies.

 * Hamiltonian: Construct a Hamiltonian operator to represent the total energy of the system, considering the contributions from the photon streams, the jeeva, and the gravitational field.

 * Time Evolution: Apply the Schrödinger equation to study the time evolution of the system's wavefunction and analyze the effects of the entanglement and weak gravity.

Note: This is a complex scenario that would require extensive research and mathematical modeling. However, the outlined approach provides a framework for exploring the potential implications of quantum entanglement, subatomic particles, and cosmological concepts.


My question 

Is it possible to create an imagery for this scenario?


Answer 


Absolutely! Given the fascinating and complex nature of the scenario, creating an imagery could be a visually stunning and thought-provoking endeavor.

Here are some potential elements to consider when designing the imagery:

 * Central Figure: Depict the subatomic jeeva as a vibrant, pulsating sphere or energy core.

 * Photon Streams: Represent the four photon streams as colorful, interconnected lines or beams, each with a distinct hue corresponding to its color.

 * Celestial Bodies: Show the infinite energy source as a radiant, celestial body and the black hole as a dark, mysterious void.

 * Weak Gravity: Illustrate weak gravity as a subtle, invisible force field or web of lines permeating the space.

 * Entanglement: Use symbolic elements, such as intertwined chains or mirrored reflections, to represent the entanglement between the photon streams and the celestial bodies.

 * Cosmic Background: Create a dramatic and awe-inspiring cosmic backdrop, perhaps featuring nebulae, galaxies, or other celestial objects.

Possible Visual Styles:

 * Scientific Illustration: A detailed and accurate depiction of the scenario, using scientific diagrams and realistic representations.

 * Surreal Art: A more abstract and dreamlike interpretation, incorporating symbolic elements and unconventional imagery.

 * Digital Art: A visually stunning and immersive experience, utilizing advanced digital techniques and effects.

By combining these elements and exploring different visual styles, you can create a truly unique and compelling imagery that captures the essence of this intriguing scenario.

Would you like me to suggest some specific artists or styles that might be suitable for this project?





My prompt     



Yes 


Answer    


Artists and Styles for Visualizing the Scenario

Artists:

 * Salvador Dalí: Known for his surrealist paintings, Dalí could create a dreamlike and enigmatic interpretation of the scenario, with melting clocks and distorted figures representing the quantum entanglement and the subatomic jeeva.

 * H.R. Giger: The artist behind the Alien franchise, Giger's biomechanical and often disturbing imagery could be used to visualize the subatomic jeeva and its connection to the cosmic forces.

 * Johannes Vermeer: For a more classical and serene approach, Vermeer's use of light and shadow could be adapted to depict the photon streams and the celestial bodies, creating a sense of mystery and contemplation.

 * M.C. Escher: Escher's mind-bending optical illusions and impossible structures could be used to represent the complex relationships between the entangled particles and the cosmic forces.

Styles:

 * Surrealism: A dreamlike and often irrational approach, emphasizing the subconscious and the symbolic.

 * Expressionism: A focus on emotional intensity and subjective experience, using bold colors and distorted forms.

 * Futurism: A celebration of technology and progress, with dynamic imagery and a sense of speed and movement.

 * Abstract Expressionism: A non-representational style, emphasizing the artist's emotional and expressive impulses.

Specific Techniques:

 * Digital Art: Using software like Adobe Photoshop or Blender, you could create highly detailed and intricate images, incorporating elements of 3D modeling and animation.

 * Mixed Media: Combining traditional and digital techniques, such as painting, drawing, and photography, to create a unique and textured visual experience.

 * Interactive Art: Developing an interactive piece that allows viewers to explore the scenario and manipulate its elements.

By exploring these artists, styles, and techniques, you can create a truly unique and visually stunning representation of the complex and fascinating scenario you've

Comments

Post a Comment

Popular posts from this blog

Just another day of Brahma we collide with another galaxy !!

Image
  Just in another day of Brahma our Galaxy collides with Andromeda : Earth continues but sky views change and Sun orbit affected !!  Image From Atlantic : reproduced .  In Hindu philosophy, a **Brahma day** (also known as a **Kalpa**) is a vast cosmic period that represents one full day in the life of Brahma, the creator god. This period is equivalent to **4.32 billion years** in human terms⁴. A Brahma day consists of **1,000 Mahayugas** (great ages), and each Mahayuga is made up of four Yugas (ages): Satya Yuga, Treta Yuga, Dvapara Yuga, and Kali Yuga². After the completion of a Brahma day, there is an equally long Brahma night, during which the universe undergoes dissolution before the cycle of creation begins anew². This concept highlights the immense scale of time in Hindu cosmology and reflects the cycles of creation and dissolution that are central to the universe's rhythm. Is there a specific aspect of this concept you're curious about? Source: Conversat...
Read more

Are we experiencing life in a world already extinct millions of years ago?

Image
It’s not rare that my mind feels we are actually living in a world that might have been extinct millions of years ago!     As per Vishnu Sahasra Namam, part of Mahabharata authored by Sri Vedavyasa, Brahma praises his own father Sri Vishnu as Sahasra Yuga Dharane namaha . That if we take as life time for Brahama from his own birth before start of creation and own liberation annihilating the entire creation to join that realm which has no cycles of birth and death. —-ever present abode of Sri Narayana as per Brahmasutra and described in Sri Bhagavad Gita too. That is 1000x10^7x4.32 m or 4.32x 10^16 solar years.        The time scale of Sri Vishnu who is said to create and maintain this universe merely by a wish within less than a second of His time . This translates as the equivalent to 10^16 solar years is my submission. This is  followed by equal time period of yoga Nidra or entire universe transformed back in to suspended particles. So the process of...
Read more

For dummies like me, understanding Hilbert space and play of energy beams around my Atma ! : Using my Buddy Co-Pilot

Image
For dummies what is the Hilbert space and how does it help us? Hilbert space is a concept from mathematics and quantum mechanics that may sound complex, but let's break it down in a simple way: **Hilbert Space Basics:** - **Definition**: Think of it as an infinite-dimensional space, much like how we think of 3-dimensional space, but with potentially endless dimensions. - **Vectors**: In this space, you have vectors (like arrows) that can represent different states or points. - **Inner Product**: It has a special way to measure angles and distances between these vectors, called the inner product. This helps in defining concepts like orthogonality (perpendicularity) and length. **How it Helps Us:** - **Quantum Mechanics**: Hilbert spaces are fundamental in quantum mechanics. They provide the framework for describing quantum states and their evolution. - **Wave Functions**: Quantum states are represented as wave functions, which are essentially vectors in a Hilbert space. This helps i...
Read more