How to boost your learning productivity with music based on brainwave frequencies
When attempting to learn for good, it is important to know that your brain actually follows certain electrical pulses and frequencies. This is part of the biochemical nature of your brain. There is a natural rhythm of pulsating energy through your brain. You might be thinking that this is nice to know but how does it help you on a practical basis. This is very helpful because if you're looking to boost your productivity as you try to learn new things, you need to tap into this very powerful technology. Unfortunately, a lot of people pair music and learning in all the wrong ways and they end up walking away with substandard results.
The truth is most types of music are distracting. They disrupt the information absorption process. They get in the way of you tying in new ideas with stuff you learn in the past or projecting that idea into future hypothetical situations. Whatever the case may be, the music that you're listening to, regardless of how soothing it seems to sound gets in the way. This happens again and again. Not surprisingly a lot of people feel really frustrated. They ask themselves, "I'm listening to soothing music. What's going on? I'm listening to classical music. Why am I not learning what I should be learning? This should be easy. I'm using the right music. I'm in a nice and comfortable room. The lighting is not too hard on the eyes. Why am I not learning?"
You might want to take a second look at the music you are using. For the most part, your brain is caught in a dilemma when you listen to what you think is a soothing music as you read a book. Your brain is actually caught between relaxing and learning. A lot of people mistake this two. They think that they are one and the same. A lot of people also think that they are completely opposite of each other. The truth is your brain can relax and learn in an optimal level. The problem is most of the existing music out there tends to focus more on relaxing instead of learning. Your mind is left walking a tightrope between relaxation and education.
Thankfully, you can do both with brainwave frequencies. Based on extensive studies of the electrical signals and frequencies sent off by the brain, there is a music that is composed to mirror and incorporate these brainwave frequencies. You think in a certain rhythm. Your mind processes information following a certain pattern. When you match music to your brain's rhythm, this can lead to better processing efficiency. This is crucial because when you end up matching how your brain processes information and you optimize its efficiency - thanks to musical input - it's like putting your brain on steroids. The best part to all of this is that your brain may be pumping up or working out like it's on steroids but you feel relaxed and calm throughout the process. There's nothing abrupt, jarring or surprising about the whole process. In fact, it doesn't feel like your brain is working overtime but it is. That's how effective brainwave frequencies can be as far as music selection is concerned.
The bottom line about brainwave frequencies
The bottom line is a state of calm. It's the first step to more efficient learning. It's really hard to learn something new if you are listening to music that gets you emotional. A lot of people are saying that classical music is the best type of music to study to. That’s just an opinion. The truth is if you listen to any kind of music that triggers some sort of emotional response, your learning efficiency is in jeopardy. A state of calm is absolutely necessary for more efficient learning. When you're listening to typical music, the emotional states you go through can disrupt the learning process. Granted, at the certain parts of the process, you actually speed up your learning process but that's more than offset by parts in the music where you are so emotionally engaged that you are not really absorbing much information.
Brainwave music enhances the learning experience
The solution to all of these is brainwave music. Brainwave music enhances both mood and processing. Music based on brainwave frequencies optimize your brain so it's more receptive to new information. Brainwave frequencies are not random. They are not dependent on emotions to increase your receptivity to new ideas. Best of all, when you are listening to music based on brainwave frequencies, you are able to focus on the big picture. You are able to mentally "apply" the new concepts you're learning to either past experiences or future hypothetical situations. You are also able to speculate alternative scenarios. This can help jog your mind. The best part to all of these is when you're doing this, you're like putting your mind to some sort of intellectual gym. It doesn't break a sweat while you’re listening to music based on brainwave frequencies. You're still relaxed and calm. You're just soaking in all these information. If you are cramming for a test try music based on brainwave frequencies.
The best part to brainwave music is that it works its effect on a purely 'effortless' level. You don't have to stick electrodes to your temples. You don't have to sit up and pay attention to the music. You don't have to time certain reading or certain tasks to the sounds you are hearing to maximize absorption and retention. You don't have to do any of that. It is completely passive. You just need to sit back and do your thing and everything else falls into place.
Learn more with less effort
This is a much better approach to 'actively work' on your learning cycles and tasks because you are more relaxed about it. Think about it-if it is obvious to you that you are actively (as judged by your physical actions and deliberations) on something, you can't help but feel stressed. You can't help but think about what is at stake and this puts quite a bit of pressure on you. This is what you set in motion with other methods of boosting your learning ability. Not brainwave music. You just chill out and everything falls into place. No rush. No quota to meet. No deadline to agonize over.