Computational Analysis of Air Quality and the Potential of Rich Indian Tradition for Healthcare 4.0

Electric and Magnetic Field in Human Body

There are complex electrical activities in different cells of the human body. Therefore a human body is a good conductor of electricity. By default, this electrical activity also produces a magnetic field.

Dynamo

In a dynamo, mechanical energy is converted into electrical energy through electromagnetic induction; a conducting wire is placed in a magnetic field. When the wire is stationary, the system does not produce current, while when the wire starts electric rotation current is made in the wire.

Modulation

In modern telecommunication systems to transmit a low-frequency sound wave, it is superimposed on to a high-frequency electromagnetic carrier wave. This technique is known as modulation (Rastogi et al., 2017; Acharya, D.P., & Ahmed, P.K., 2016).

Principle

There are three steps:

• 1.

  Generation of electricity (like a dynamo)(Sri Ram Sharma Acharya, 2015).

• 2.

  Electricity takes sound far away (like modulation (Sri Ram Sharma Acharya, 2015).

• 3.

  Reflection back of electric waves (Sri Ram Sharma Acharya, 2015) (intrinsic nature of electric current).

To understand how the electricity is generated during chanting, we compare the working function of a dynamo to that of a chanting practitioner.

In a dynamo, a conducting wire is placed in a magnetic field when the wire is stationary the system does not produce current, as the wire starts electric rotation current is made in the wire.

In our experiment, the human body is a conducting medium magnetic field. In the normal state, every organ of a human body vibrates in different frequencies. When someone starts chanting the individual begins to vibrate within the frequency of that, not only spiritually, but also on a physical, molecular level. The waves produced during chanting are directional (Ai et al., 2018).

Since during the chanting person repeatedly utters the same pure sound, in the same manner at a constant speed then there is no difference between the beginning and the end of the, i.e. the final point is the same as the initial point (Sri Ram Sharma Acharya, 2015).