In chapter 15, Krishna uses allegory and metaphor to describe a map of a cosmic communication network, by comparing it to a special tree (banyan) with roots high up and braches flowing down. These branches are cosmic passageways that transport all his controls to different realities in space-time and are insignificant in the material world, as they have no physical form "na rupam".
Krishna’s abode is of singularity; absence of matter and energy and or the beginning of creation (Prakriti) from which all entities stems. Krishna describes himself in the three planes of existence that we know off when the multiple of all duality is focused in a singularity where Krishna is known as Purna Purushottam.
Krishna repeatedly comes back to the idea of the grand Self or Brahman; the eternal lord which is beyond all things immediately spiritual or physical. It is a power we will never know and the source of everything. It is, of course, interesting that Krishna revealed himself to Arjuna in Chapter 11 before he discusses this grand power so that we know the physical form that this grand manifestation takes.
⏩ I conclude to say that Vasudev means the lord of the universe (vishv ka deva विश्व का देव )
⏩ Chapter 11 of the Bhagavad Gita stimulates your audio-visual senses to understand the cosmic image of Krishna. In chapter 15 it stimulates your intellect to understand the conscious working of the Universe where Krishna is identified as consciousness; the supreme personality of God Head or Purna Purushottam or grand Self or Brahman in the domain of the cosmos.
15. Me and My Gita
16 Kalas of Krishna
https://meandmydharma.blogspot.com/2018/09/the-sixteen-kalas-of-krishna.html
- “Wow! Krishna is GOD (Generator, Operator, and Destroyer) that boastful egoistic, bossy and big talk guy from the Bhagavad Gita.” An interesting expression you would hear from an alienated Hindu.
- Believe it or not, Krishna is the supreme personality of Godhead.
- II Jay Shree Krishna II
Krishna in the three worlds as the unchanging controller and supporter of all living beings;
- Life on earth is made up of intelligence, energy and matter (mortal or physical plane); hence the son of Vyasudeva, Krishna was called Bhagvan.
- In the absence of matter (immortal or astral plane) he (it) is called Parameshwara
- In the absence of energy and matter (Divine or celestial plane) he (it) is the son of Vyasudeva (activated consciousness) called Parabrahma or Paramatma He (it) is Consciousness, the absolute
Note: THE SEVEN STATES OF
MATTER
1. Solid
2. Liquid
3. Gas
4. Plasma: It is
ionized gas ( eg : the flame of fire)
5. Bose-Einstein
condensate: This is a state of matter that befalls very close to absolute zero.
6. Neutron
degenerate matter: It is sometimes called neutronium and is the densest state
of matter. This is a highly compressed state of matter which every so often
occurs in the cores of massive stars.
7. Quark- gluon
plasma: This is a state of matter with the maximum energy level.
EIGHT FORMS OF ENERGY
There are many different
types of energy, which all fall into two primary forms – kinetic and potential.
Energy can transform from one type to another, but it can never be destroyed or
created. The different types of energy include thermal energy, radiant energy,
chemical energy, nuclear energy, electrical energy, motion energy, sound
energy, elastic energy and gravitational energy.
Turning Light
into Matter May Soon Be Possible. Einstein's famous equation E=mc2 has proved,
mass can get converted into energy and vice versa. For instance, when an
electron meets its antimatter counterpart, a positron, they annihilate each
other, releasing photons, the particles making up light.
Jayram Daya quickly traverses time and space to bring you what was planned for the human beings when created and their relationship to the nature. Charts give sample breakdown of key elements and creation of species. Existence Downloaded, Activated, Operated, Terminated.
Creation: Bright flash of light
at moment of conception.
Scientists Just Captured Something
Extraordinary At The Moment Of Fertilization
Photo credit:
The newly discovered human "zinc spark". Northwestern News/Duncan et
al. 2016
Sparks really do fly when the magic happens. At the exact moment, a sperm penetrates an egg, the latter releases billions of zinc atoms from its surface which spark off. Using fluorescent microscopy, these sparks emit a light, which can then be filmed. The discovery that human egg cells undergo this process could lead to new ways for doctors to identify viable eggs for in vitro fertilization (IVF).
“It was remarkable,” explained Teresa Woodruff, one of the two senior authors of the paper published in Scientific Reports. “We discovered the zinc spark just five years ago in the mouse, and to see the zinc radiate out in a burst from each human egg was breathtaking. All of the biologies starts at the time of fertilization, yet we know next to nothing about the events that occur in the human.”
The scientists were able to image the zinc sparking off the human eggs by injecting them with an enzyme released by the sperm when they hit the egg in normal circumstances. They weren’t allowed to use actual sperm due to restrictions on human research under federal law, but previous studies using mouse eggs and sperm have shown the same thing happens. The enzyme from the sperm triggers the calcium in the egg to increase and the subsequent release of zinc.
This zinc then attaches to small molecules that in turn emit light in fluorescence microscopy experiments. This means that when the sperm hits the eggs and it releases billions of zinc atoms, there can even be a tiny flash of light. This is the first time that researchers have established that this process not only happens in other mammals but also occurs during human fertilization.
In the development of an embryo, the level of zinc contained within an egg can have important implications in how the newly fertilized embryo grows. With the discovery that the sparks produced by the eggs are a direct marker of how much zinc they contain, it could give fertility doctors a new method in which to choose the best eggs with the highest chance of survival to be used for IVF.
“There are no tools currently available that tell us if it’s a good quality egg,” says Dr. Eve Feinberg, one of the paper's co-authors. “Often we don’t know whether the egg or embryo is truly viable until we see if a pregnancy ensues. That’s the reason this is so transformative. If we have the ability up front to see what is a good egg and what’s not, it will help us know which embryo to transfer, avoid a lot of heartaches and achieve pregnancy much more quickly.”
A fluorescent
flash captures the moment that sperm enzyme enters the egg Credit:
Northwestern University
“There are no tools currently available that tell us if it’s a good quality egg,” says Dr. Eve Feinberg, one of the paper's co-authors. “Often we don’t know whether the egg or embryo is truly viable until we see if a pregnancy ensues. That’s the reason this is so transformative. If we have the ability up front to see what is a good egg and what’s not, it will help us know which embryo to transfer, avoid a lot of heartaches and achieve pregnancy much more quickly.”
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