Amazonic-Bay

    Salt and the Human body The concept of the human body operating at a specific "frequency" that is modulated by salt is rooted in certain alternative or quantum medicine theories rather than conventional, established scientific understanding .  Scientific Perspective From a scientific standpoint, the primary relationship between salt (sodium chloride) and the human body's electrical activity is based on ion exchange and electrical signaling, not a single, overall body frequency: Nerve Impulse Transmission: Think of sodium and potassium ions as tiny messengers that help send signals in our bodies. When a nerve cell gets excited, it lets in a bunch of sodium ions and pushes out potassium ions. This quick change creates a little burst of electricity called an action potential, which travels along the nerve like a wave. This is how our brain talks to the rest of our body, telling our muscles to move, like when our heart beats. It’s important to know that...

.   To understand how gel nails work, we need to look at the science behind them. Gel nail polish hardens through a process called polymerization, which happens when it's exposed to UV or LED light. This turns the liquid gel into a tough, long-lasting coating that can stay on for weeks, unlike regular nail polish that dries by letting the liquid evaporate into the air.   Key Ingredients: - Photoinitiators: These are special molecules that react to light. When they soak up energy from the UV/LED lamp, they break apart and create free radicals, which are super reactive. - Pigments and Stabilizers: Pigments give the polish its color, while stabilizers keep the color from fading and ensure the polish stays smooth.   The Hardening Process: 1. Light Absorption: When you put your gel-coated nails under a UV or LED lamp, the photoinitiators absorb the light. 2. Activation: The light energy makes the photoinitiators break apart and form free radicals. 3. Cros...