The heart unlike the brain is said to contain multiple identites and also have a more fluid expression of the chemicals which is said to augment and supress activity.
Notice however the pattern in which I set out. Tranquility, motion and inertia seem to play in threes, similar to creatoin, inerta and destruction.
The number 3 is deeply connected with Lord Shiva, symbolizing various aspects of his divine nature and power. He is often associated with the number 3 through his three eyes, the three-pointed Trishul weapon, and the Tripundra (three horizontal lines) on his forehead. He is also considered part of the Hindu trinity, along with Brahma and Vishnu, representing the cycle of creation, preservation, and destruction.
In Hinduism, the number 3 holds deep symbolic meaning, often representing completeness, balance, and the divine trinity. Kali, the Hindu goddess associated with destruction and transformation, can be linked to the number 3 through several interpretations. She is sometimes seen as part of a trinity of goddesses, embodying creation, preservation, and destruction. Additionally, her iconography can be interpreted as representing three aspects: destruction of negativity, creation of new possibilities, and liberation.
- The triboelectric effect is the phenomenon where certain materials become electrically charged after they are rubbed against each other.
- When amber is rubbed with a material like wool, electrons transfer from the amber to the wool. This transfer of electrons creates an imbalance of charge, with the amber becoming positively charged and the wool negatively charged.
- The resulting positive charge on the amber causes it to attract negatively charged objects or objects with an opposite charge.
- This ability of amber to attract objects after being rubbed was one of the first observed phenomena related to static electricity, leading to the word "electricity" being derived from the Greek word for amber, "elektron".
- Ancient civilizations were aware of the powerful electric discharges of lightning and often associated them with divine forces.
- The Earth's magnetic field, which causes compasses to point north, was also known, though not understood in terms of electromagnetism.
- The Greek philosopher Thales of Miletus, around 600 BCE, is credited with discovering that amber, when rubbed, could attract light objects, demonstrating static electricity.
- Ancient peoples also observed other natural phenomena that we now understand to be related to EMFs, such as the electric rays that could produce shocks.
- Pliny meticulously documented various weather phenomena, such as cloud formations (including what we now recognize as cirrus, cumulus, and cumulonimbus clouds), wind patterns, and the behavior of the sea.
- He linked certain celestial events, like the appearance or disappearance of stars (including the Beehive cluster), to impending weather changes, such as storms or rain.
- Pliny emphasized the practical importance of understanding weather for agriculture, providing insights into how wind direction and cloud formations could signal good or bad conditions for crops.
- He described how wind roses could be drawn on the ground or carved on wood, using simple astronomical principles to determine wind direction. Surviving Roman wind roses (some inscribed on sundials) and stone parapegmata (astrometeorological instruments) provide evidence of these practices.
- Pliny's interest in meteorology was part of his broader interest in cosmology, encompassing astronomy, meteorology, and theology.
- He described how a spread of wool-like clouds in the east could predict a three-day rain.
- He noted that mists descending from mountains or valleys could indicate fine weather.
- He observed that the sea could swell and create high waves before a storm, even in calm conditions.
- Pliny's Natural History was a comprehensive encyclopedia that preserved and transmitted knowledge about the natural world, including meteorology, to future generations.
- His work contributed to the development of scientific inquiry, particularly in fields like botany, zoology, and mineralogy.
- While not a modern scientific approach, Pliny's work laid the groundwork for later investigations into weather phenomena and their causes.
- Fruits: Avocado, apples, bananas, cantaloupe, cherries, and apricots.
- Non-starchy vegetables: Broccoli, beets, asparagus, leafy greens, garlic, carrots, and cabbage.
- Nuts and seeds: Chestnuts, pine nuts, and pumpkin seeds.
- Other: Soybeans, tofu, fermented tofu or tempeh, quinoa, and certain grains.
- (1) Kshara is a caustic, alkaline substance that is manufactured from the ashes of therapeutic herbs, and is a less intrusive treatment than Agni karma and Shastra Karma.[1] (2) Kshara is this substance obtained by processing the ash of drugs.[2] (3) These are obtained from the water-soluble ashes of herbal drugs, which are a key component in the preparation of Ksharas.[3] (4) A chemical compound that can neutralize acids, which is the fundamental characteristic of Apamarga Kshara, derived from the ash of the Apamarga herb.[4] (5) Kshar Karma, an integral facet of Ayurvedic surgical practices, represents a distinctive and age-old therapeutic procedure employing medicated alkaline substances known as " Ksharas " to address a range of diseases and conditions.[5]
Alkali preparation involves creating alkaline substances, notably through the production of Yava Kshara, which neutralizes urine acidity. This method highlights the significance of alkalis in health and wellness.
- Greek Roots: The word "apocalypse" comes from the Greek word apokalypsis, meaning "something revealed" or "an unveiling".
- A toroid is a coil of wire shaped like a donut or a hollow ring.
- When an electric current flows through a toroid, it generates a magnetic field.
- The magnetic field lines within the toroid are concentric circles, resembling a series of nested loops.
- In many cases, the magnetic field outside the toroid is considered negligible, meaning it's very weak or practically non-existent.
- Toroidal magnetic fields are important in various applications, including:
- Fusion reactors: Tokamaks, a type of fusion reactor, utilize toroidal magnetic fields to confine and control the hot plasma.
- Electromagnetic devices: Toroidal coils are used in various electronic devices and circuits.
- Fundamental physics: Toroidal electromagnetic fields are also studied in fundamental physics research.
- Fusion reactors: Tokamaks, a type of fusion reactor, utilize toroidal magnetic fields to confine and control the hot plasma.
- The magnetic field within a toroid can be calculated using Ampere's Law, which relates the magnetic field to the electric current producing it.
- There's also ongoing research into "toroidal light pulses," which are a different type of electromagnetic phenomenon that exhibit a toroidal shape in free space.
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