Doglas, Y. (2006). On the Origin of Inertia. PHILICA.COM Article number 5.
On the Origin of Inertia

Yeo Doglasunconfirmed user (Singapore, Independent Researcher)

Published in physic.philica.com

Abstract
Abstract

Inertia is often linked to mass, and said to be an innate property of mass. However, there is no theory to explain the origin of inertia, and why it is linked directly to mass. Also, the elusive gravitons are yet to be found, and this is a puzzling area.


Theory

 

In line with Quantum Electrodynamics (QED), where everything is based on particle interactions, I hypothesise that inertia is due to a new particle, named the inerton for convenience.

 

This theory borrows ideas from chemistry. Usually, physics is used to explain chemistry, but not the other way round. In this theory, some chemical ideas are used to explain inertia.

 

This theory will also explain to some extent how gravity works, as inertia and gravity may be linked.

 

Assumptions:

1)      Bond breaking requires energy.

 

2)      The amount of inertons in a body is directly proportional to its mass. (hence why mass is said to be equivalent to inertia)

 

Hypothesis for inertia:

 

Inside a body, there are two kinds of inertons, the positive and the negative. They are not electrically charged particles like electrons or protons. However, they do attract each other, by some other mechanism, that is outside the scope of this paper.

 

When the body is at rest, the opposite inertons attract, and form a kind of a "bond".

 

However, moving the body from rest will disrupt them, causing the "bonds" to break.

Bond-breaking is endothermic and requires energy, which explains why the body is reluctant to move at the start.

 

Once the body starts moving at constant velocity, the opposite inertons are moving around, but very quickly attracts each other back due to the many random collisions that bring one inerton with contact with another.

 

Hence, the body will continue moving, and stopping it requires a force to break the bonds again. This is because stopping the body will "jolt" the inertons such that the bonds break, which requires energy. This explains why "a body in motion will continue in motion".

As for how this theory explains gravity, it can show how the inertons cause gravity, by instantaneous dipole- induced dipole, an idea in chemistry.

 

This idea states that in random motion, there is always a chance that on one side of the body there is a higher concentration of positive inertons, for example. This would induce a higher concentration of negative inertons on the other side, causing an attractive force.

This also explains why gravity only attracts, and never repels, as induced dipoles can only attract.

 

 

July 18, 2006

 

Doglas Yeo

Information about this Article
Peer-review ratings as of 19:21:51 on 22nd Oct 2017 (from 4 reviews, where a score of 100 is average):
Originality = 132.81, importance = 27.33, overall quality = 44.63

Published on Monday 24th July, 2006 at 11:53:30.

Creative Commons License
This work is licensed under a Creative Commons Attribution 2.5 License.
The full citation for this Article is:
Doglas, Y. (2006). On the Origin of Inertia. PHILICA.COM Article number 5.

Peer review added 25th July, 2006 at 17:39:05

I am afraid this article is too simplistic, and cannot start to explain the properties of inertia. The extension to gravity is clearly wrong, because the suggested dipole-dipole force cannot be 1/r^2.

Peer review added 19th August, 2006 at 15:41:39

Anyone can dream up a new “particle” to “explain” virtually anything.

Peer review added 27th September, 2006 at 14:49:48

To short, and not nearly enough detail relating the ideas to reality.

Peer review added 8th October, 2006 at 22:48:32

This article does not have enough reality to support the data.
It reminds me of some of the stories that have been floating around for decades, such as the “dark sucker ‘theory’”.
Original, perhaps. Valid? I suspect not.
I am willing to entertain the idea, if supplied with some real data.




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