Frequencies can indeed affect our brain waves, but the notion that they can cause our brain waves to stop working is not accurate. Let me explain in more detail.
Our brain produces electrical activity in the form of brain waves, which can be measured using an electroencephalogram (EEG). These brain waves have different frequencies, ranging from very slow waves (such as delta waves) to faster waves (such as beta waves). Each frequency is associated with different states of consciousness, cognitive processes, and physiological functions.
External stimuli, including frequencies from various sources, can influence our brain waves. For example, certain frequencies of sound or light can entrain our brain waves, meaning they can synchronize with the external stimulus. This phenomenon is known as brainwave entrainment. It has been studied and utilized in various contexts, such as audio-visual stimulation for relaxation or focus.
However, it's important to note that brainwave entrainment typically involves specific frequency patterns and controlled exposure. While external frequencies can modulate brain activity to some extent, they do not have the power to completely stop brain waves or render the brain non-functional.
The brain is a complex organ, and its functioning depends on multiple factors beyond external stimuli. Brain waves are the result of intricate neural processes and interactions, and they serve crucial functions in information processing, perception, cognition, and overall brain functioning.
If brain waves were to completely stop, it would indicate a severe dysfunction or a life-threatening condition. In such cases, it would be a medical emergency requiring immediate attention.
In summary, frequencies can affect our brain waves to some degree through brainwave entrainment, but they do not have the ability to stop brain waves or cause them to cease functioning entirely.