The phenomenon observed in certain mountainous areas of Kohistan occurs when a specific rock is struck and produces a loud explosion-like sound accompanied by a cloud of smoke-like dust.
This is a natural geological effect caused by rocks that are highly fractured and under internal stress. When the rock is hit at a weak point, trapped air and fine mineral dust—often from quartz or limestone—are suddenly released due to rapid pressure decompression.
The abrupt escape of air creates a sharp bang that sounds like an explosion, while the ultra-fine dust disperses quickly into the air, appearing like smoke.
There is no fire, chemical reaction, or combustible gas involved; it is purely a physical process driven by mechanical impact, internal rock stress, and rapid air displacement common in tectonically active mountain regions.
For centuries, the heart was seen only as a mechanical pump, while the brain was considered the sole center of thought, emotion, and decision-making. Modern science has significantly revised this view. Research over the last few decades shows that the heart plays an active and influential role in emotions, feelings, and even decision-making — not merely a passive one.
Scientists have discovered that the heart contains its own complex network of neurons, known as the intrinsic cardiac nervous system. This system consists of tens of thousands of neurons capable of sensing, processing, and responding to information independently. In simple terms, the heart has a “mini-brain” of its own.
More importantly, communication between the heart and the brain is not one-way. In fact, the heart sends more signals to the brain than the brain sends to the heart. These signals directly influence areas of the brain involved in emotion, attention, memory, and stress regulation. This means the heart actively shapes how the brain interprets emotional experiences.
Studies in psychophysiology show that emotional states such as calmness, fear, love, anxiety, and coherence are strongly reflected in heart rhythm patterns. Before the brain consciously registers an emotion, the heart often reacts first, sending signals that influence emotional perception and decision-making. This supports the idea that feelings are not generated by the brain alone, but emerge from a heart-brain interaction.
Modern neuroscience now accepts that decision-making is not purely rational. Emotions — influenced heavily by bodily signals from the heart — guide choices, moral judgments, and intuition. This aligns with the growing field of embodied cognition, which recognizes that intelligence is distributed throughout the body, not confined to the brain.
In conclusion, modern science no longer views the heart as merely a blood pump. It is a neurological and emotional regulator, deeply involved in how humans feel, respond, and decide. While the brain processes information, the heart helps give that information emotional meaning — a discovery that bridges biology, psychology, and long-held human insight.
Question:
If the first square of a chessboard has 1 grain of rice,
the second has 2,
the third has 4,
and each next square doubles the grains…
how many grains will be on the 64th (last) square?
Answer:
Grains on the 64th square:
2⁶³ = 9,223,372,036,854,775,808
That’s over 9 quintillion grains of rice!
@EliAfriatISR Terrorism has no religion — what matters is the crime committed against innocent human beings, not the faith a criminal claims to follow.
@narendramodi Hindu scriptures are clear:
God is One, without image or idol.
📜 Rig Veda 6.45.16 — “Truth is One.”
📜 Yajur Veda 32.3 — “No image of Him exists.”
📜 Upanishads — “One without a second.”