#enhancingcriticalthinking

Every atom, molecule, and object in the universe is a musician playing a unique instrument. Each one has its own pitch or frequency that's determined by its size, mass, and how fast it's moving. When these vibrations come together, they can create harmony or discord, depending on how well they sync up. In the realm of physics, we have quantum mechanics, which tells us that particles like electrons in atoms don't just jump from one place to another randomly. Instead, they exist in specific energy states or "orbits," and when they switch orbits, they do so by absorbing or releasing energy in the form of photons, which are particles of light. This is akin to our musician playing notes at different pitches, creating a tune that corresponds to the energy transitions in the atom. We can see the frequency of light when it passes through a prism. These different frequencies appear as different colors. Another way we can see vibration and frequency change is by throwing a rock in a pond of water. The wave of energy radiates outward. As the wave moves away from the source, it loses power, and we can see the wavelength change and become longer. We can use a common medical device, an EEG, to measure our vibrational signature. Some believe we can measure the energy field called the aura with Kirlian Photography (KP). KP is a method that captures a person's energy outline, which is called a coronal electrical signature. This method was discovered by accident in 1939 by Semyon Kirlian.

Every atom, molecule, and object in the universe is a musician playing a unique instrument. Each one has its own pitch or frequency that's determined by its size, mass, and how fast it's moving. When these vibrations come together, they can create harmony or discord, depending on how well they sync up. In the realm of physics, we have quantum mechanics, which tells us that particles like electrons in atoms don't just jump from one place to another randomly. Instead, they exist in specific energy states or "orbits," and when they switch orbits, they do so by absorbing or releasing energy in the form of photons, which are particles of light. This is akin to our musician playing notes at different pitches, creating a tune that corresponds to the energy transitions in the atom. We can see the frequency of light when it passes through a prism. These different frequencies appear as different colors. Another way we can see vibration and frequency change is by throwing a rock in a pond of water. The wave of energy radiates outward. As the wave moves away from the source, it loses power, and we can see the wavelength change and become longer. We can use a common medical device, an EEG, to measure our vibrational signature.

Every atom, molecule, and object in the universe is a musician playing a unique instrument. Each one has its own pitch or frequency that's determined by its size, mass, and how fast it's moving. When these vibrations come together, they can create harmony or discord, depending on how well they sync up. In the realm of physics, we have quantum mechanics, which tells us that particles like electrons in atoms don't just jump from one place to another randomly. Instead, they exist in specific energy states or "orbits," and when they switch orbits, they do so by absorbing or releasing energy in the form of photons, which are particles of light. This is akin to our musician playing notes at different pitches, creating a tune that corresponds to the energy transitions in the atom. We can see the frequency of light when it passes through a prism. These different frequencies appear as different colors. Another way we can see vibration and frequency change is by throwing a rock in a pond of water. The wave of energy radiates outward. As the wave moves away from the source, it loses power, and we can see the wavelength change and become longer. We can use a common medical device, an EEG, to measure our vibrational signature. Read the full article