PHYSICS ESSAYS 26, 4 (2013)
Flowing aether: A concept
Duncan W. Shawa)
1517 Angus Drive, Vancouver, British Columbia V6J 4H2, Canada
(Received 11 December 2012; accepted 5 September 2013; published online 30 December 2013)
Abstract: The author’s article, The Cause of Gravity: A Concept [Phys. Essays 25, 66 (2012)], proposes a physical cause-of-gravity concept. An important element of the concept is that a subatomic substance—aether—ﬂows into and is expelled from cosmic bodies. The present article further develops this aspect of the gravity concept as follows: It describes inﬂowing aether and expelled aether as two distinct states of aether—thanks to two-state aether proposals of Karim Khaidarov and He´ctor Mu´nera; It uses K. P. Atkins’s “trout stream” analog to help visualize aether ﬂowing into cosmic bodies; It considers evidence which indicates that aether ﬂows into cosmic bodies; It explains why inﬂowing aether exerts more pushing force on atomic matter than expelled aether. This accounts for gravity being a one-way force; It demonstrates how inﬂowing aether accelerates and does so in conformity with the inverse square rule; It offers evidence of the speeds of inﬂowing aether; It explains why the planets do not slow down and spiral into the Sun as a result of encountering aether in their orbital paths; It explains the illusion of gravity between the Earth and the Sun appearing to be instantaneous action-at-a-distance. VC 2013 Physics Essays Publication. [http://dx.doi.org/10.4006/0836-1398-26.4.523]
Re´sume´: L’article qui s’intitule The Cause of Gravity: A concept, [Phys. Essays 25, 66 (2012)], propose un concept de la gravite´ qui est tout a` fait physique. Un e´le´ment important du concept est qu’une substance sous-atomique - l’e´ther - coule vers les astres et est expulse´e des astres. Le pre´sent article de´veloppe davantage cet aspect-ci du concept, dans les termes suivants: - Il de´crit que l’e´ther existe en deux e´tats distincts: celui qu’il prend lorsqu’il coule vers les astres, et celui lorsqu’il en sort - inspire´ des propositions de Karim Khaidarov et de He´ctor Mu´nera; - Il utilise comme analogie un "ruisseau de truites" (exemple de K. P. Atkins), pour illustrer l’e´ther qui coule vers les astres; - Il conside`re des preuves que l’e´ther coule vers les astres; - Il explique pourquoi l’e´ther qui pe´ne`tre les astres pousse la matie`re atomique plus que l’e´ther qui est expulse´ dans l’espace; ce qui explique pourquoi la gravite´ est une force qui ope`re dans une seule direction; - Il de´montre que l’e´ther qui coule vers les astres s’accorde bien avec la loi du “carre´ inverse” de la gravite´; - Il offre des preuves des vitesses de l’e´ther qui coule; - Il explique pourquoi la terre en orbite autour du soleil rencontre de l’e´ther sans ralentir sa vitesse et sans tomber dans le soleil; - Il explique l’illusion de l’apparence de la gravite´ entre la terre et le soleil comme action-a`-distance instantane´e.
Key words: Cause-of-Gravity; Aether; Flowing Aether; Inverse Square Rule; Aberration.

I. INTRODUCTION
The physical cause-of-gravity is a long-standing mystery. There is not as yet a theory of the physical cause-ofgravity that is generally accepted by the scientiﬁc community.1 If such a theory is to be found, it needs to start with a fundamental concept.
That author’s article entitled The Cause of Gravity: A Concept2 (the “Cause of Gravity article”) proposes a concept of the physical cause-of-gravity. It suggests that a subatomic substance called aether ﬂows into cosmic bodies and is expelled from them, and that gravity is caused by the pushing action on atomic matter by incoming aether less the pushing action on atomic matter by expelled aether. The present article further develops the cause-of-gravity concept, with particular regard to the ﬂowing aether aspect of the concept.
a)duncanshaw@shaw.ca

II. THE GRAVITY CONCEPT
The gravity concept as proposed in the Cause of Gravity article and in the present article is brieﬂy as follows:
Aether ﬂows in bulk—like a wind. It comes from space and ﬂows into cosmic bodies. As aether approaches cosmic bodies, it converges and accelerates. The aether collides with cosmic bodies and the transfer of linear momentum from the aether to cosmic bodies is the dominant cause-of-gravity.
The energy of the impacting bulk aether is dissipated into cosmic bodies. The energy is converted into heat and the heat causes cosmic bodies to expel individual aether cells into space. The expulsion of aether cells lowers the pressure of aether in cosmic bodies below the pressure of aether in space. The result is that higher pressure aether in space ﬂows into lower pressure aether in cosmic bodies. This ﬂow is like that of a gas that ﬂows from where its pressure is greater to where its pressure is lower.

0836-1398/2013/26(4)/523/8/$25.00

523

VC 2013 Physics Essays Publication

524

Phys. Essays 26, 4 (2013)

The energy that propels the inﬂow of aether is its own internal energy consisting of vibrations of aether cells and their mutual collisions and rebounding. This energy causes aether to push itself into areas of lesser pressure. The energy is constantly replenished by the energy of the aether cells that are expelled into space from cosmic bodies.
A household vacuum cleaner is an example of expulsion causing inﬂow. A vacuum cleaner expels air and this creates a partial vacuum inside the vacuum cleaner. As a result, there is a pressure imbalance between the air inside the vacuum cleaner and the air outside the vacuum cleaner. The higher pressure outside air pushes itself into the vacuum cleaner because a vacuum pump causes a pressure differential. In the case of aether, the immense reservoir of high pressure aether in the universe causes its penetration into cosmic bodies where lower pressure exists.
The vacuum cleaner example also explains the phenomenon of gravitational acceleration. Incoming air converges as it ﬂows toward the vacuum cleaner. The convergence causes the inﬂowing air to accelerate. This is the Venturi effect. The Venturi effect accounts for the acceleration of aether that ﬂows into cosmic bodies.
There are two separate and distinct states of aether. One is aether that ﬂows into cosmic bodies from space. It is a collective form of aether composed of aether cells that tend to hold together, like the molecules of a liquid. The other state of aether is the individual cells that are expelled from cosmic bodies. The expelled cells are separate from each other, like individual molecules of a gas. The collective form of aether is regenerated in space by a form of condensation of expelled aether cells.
Inﬂowing aether exerts greater pushing force on atomic matter than expelled aether cells. Expelled aether cells are extremely small compared with the collective state of inﬂowing aether. Because of their tiny size, expelled aether cells tend to pass through atomic matter and incoming aether and therefore exert only minimal collisional force on them.
Gravity is the transfer of linear momentum from inﬂowing aether to cosmic bodies, less the transfer of linear momentum to atomic matter exerted by expelled aether.
III. THE LE SAGE THEORY
The origin of the idea of gravity being caused by a pushing action goes back to theories developed by Fatio in the 17th century and Le Sage in the 18th century. Collectively, the work of Fatio and LeSage has come to be known as the Le Sage theory.
The Le Sage theory posits high-speed graviﬁc corpuscles that criss-cross the universe in all directions. Their speed is many orders faster than the speed of light. Most of the graviﬁc corpuscles pass right on through cosmic bodies, but some collide with cosmic bodies and exert a pushing force upon them. Cosmic bodies partially shadow each other from graviﬁc corpuscles. The result of the shadowing is that graviﬁc corpuscles push cosmic bodies toward each other.3
The Le Sage theory has not been accepted by mainstream science. There is, however, a body of present-day scientists who support the Le Sage theory or variations

thereof.4 Apart from the proposition that gravity is a pushing force, the present author does not agree with the Le Sage theory.5 The gravity concept proposed by the Cause of Gravity article and by the present article is fundamentally different from the Le Sage theory. Differences of substance include the following:
• Le Sage corpuscles criss-cross space in all directions at random, whereas in the proposed gravity concept, aether ﬂows in bulk toward cosmic bodies.
• In the proposed gravity concept, gravitational acceleration is caused by the Venturi effect on converging aether. In the Le Sage theory, gravitational acceleration is caused by shadowing.
• The proposed gravity concept is premised upon the density of aether in space being higher than the density of aether in cosmic bodies. This density differential triggers the ﬂow of spatial aether into cosmic bodies. There is no comparable mechanism in the Le Sage theory.
• In the Le Sage theory, corpuscles are not expelled by cosmic bodies; rather, they proceed right on through cosmic bodies and out the other side. In the proposed concept, the expulsion of aether cells from cosmic bodies is caused by the inbound ﬂow of bulk aether.
• Under the proposed gravity concept, aether has two distinct states, collective cells and separated cells. This is not in the Le Sage theory. Note, however, Mu´nera proposes the idea of “free sagions” and “condensed sagions” as a modiﬁcation to the Le Sage theory.6
• In the proposed gravity concept, incoming aether accelerates toward cosmic bodies, whereas Le Sage corpuscles do not accelerate. They travel at a constant velocity.
• In the Le Sage theory, the speed of corpuscles is many orders of magnitude higher than the speed of light. In the proposed gravity concept, the speed of inﬂowing aether is relatively slow, generally well under the speed of light.
• In the proposed gravity concept, individual aether cells are expelled from cosmic bodies and join up in space with spatial aether, thereby regenerating the supply of spatial aether. The Le Sage theory has no comparable process.
• In the proposed concept, the ram pressure of incoming aether on atomic matter is far greater than the ram pressure of expelled aether on atomic matter. This is because of the size difference between the collective state of incoming aether and the separated cells of expelled aether. This explanation for gravity operating as an inward force is not part of the Le Sage theory.
• In the proposed aether concept, expelled aether takes away heat caused by the impacts of incoming aether. The Le Sage theory does not offer the same solution to the heat problem.
The above list is not exhaustive, but it illustrates the point that the proposed cause-of-gravity concept is fundamentally different from the Le Sage theory.
IV. THE FIELD CONCEPT
Scientists consider gravity as a “ﬁeld,” with mathematical vectors within the ﬁeld indicating the direction and

Phys. Essays 26, 4 (2013)

525

intensity of the gravity force at any given point. There is no doubt that the ﬁeld concept of gravity is extremely useful. The fact that we use gravity vectors to plot our way to the Moon, to Mars, and to other planets and bodies in the solar system bears this out. However, mathematical vectors do not explain the underlying physics of gravity. The pushing force of inﬂowing aether less the pushing force of expelled aether is offered as a physical description of gravitational ﬁelds.
Fields as we know them are made up of distinct things. The “things” may be blades of grass or stalks of corn. The proposed cause-of-gravity concept is based upon aether cells, in both their collective and separated states, as being the things that constitute gravitational ﬁelds.
V. AETHER
Aether is posited as a subatomic substance that permeates space and cosmic bodies. It has tangible physical existence and can exert momentum on any substance it encounters. It consists of cells that are ﬂexible and compressible and possesses thermodynamic properties of temperature, pressure, and density.
Aether exists in two separate states: (1) a collective state where its cells adhere to each other—much like a ﬂuid; and (2) a separated state where the individual cells are separated from each other—much like the individual molecules of a gas. In its collective state, aether can ﬂow in bulk like a ﬂuid and exert linear momentum on any atomic matter that it encounters. In its separated state, it essentially passes on through atomic matter.
The concept of aether existing in two distinct states differs from the approach taken in the Cause of Gravity article. In the Cause of Gravity article, inﬂowing aether and expelled aether are distinguished from each other, with inﬂowing aether being said to consist of individual aether cells, and expelled aether to consist of the constituent parts of aether cells.
While preparing the present article, the author became aware of the idea of two different states of aether in a paper written by Khaidarov.7 Khaidarov calls one state “phase aether” and says that it is made up of separate individual cells called “amers.” He calls the other “corpuscular aether” and says that it consists of groups and domains of large numbers of amers. He employs the phenomena of “evaporation” and “condensation” to describe aether changing back and forth between the two states.
In addition, the author’s attention has recently been brought to a paper by He´ctor Mu´nera entitled, A Le Sagian Atomic-Type Model for Propagation and Generation of Gravity (2011).8 In that paper, Mu´nera proposes separate states of aether (he uses the word “sagions”) that he describes as “free sagions” and “condensed sagions.”
The present paper adopts the idea of separate states of aether principally because separate states of atomic matter (gas, liquid, and solid) are known scientiﬁc phenomena. A second reason is that the collective state of aether is consistent with aether acting as a medium through which electromagnetic radiation is transmitted, a medium sufﬁciently

complex to accommodate the phenomena of wave lengths, amplitude, polarization, wave packets, and group velocity.9
VI. SPACE
In this article, the word “space” is used to denote the volume of the universe that lies between cosmic bodies. In this sense, space is seen as a combination of absolute void and whatever substances that exist in the void—mainly aether. The void is simply nothing, and therefore has no structure. To the extent that space has structure, it is provided by the substances that occupy the void—again, mainly aether.
VII. FLOWING AETHER
This section focuses upon the inﬂow aspect of the gravity process. In order to understand the concept of inﬂowing aether, it helps to visualize the ﬂow of water in an ordinary stream. Consider the diagram of a “trout stream” (Fig. 1) by Atkins.10
Atkins explains his trout stream diagram:11
“Imagine a rapidly flowing trout stream containing several whirlpools that dimple its surface. A complete description of the flow could be obtained by giving the velocities of the water at each point in the stream. The velocity of a small sample of water located at P could be given as three vectors in a Cartesian coordinate system: Vx, Vy, and Vz. The resulting description of the flow might be referred to as a velocity field.”
Atkins suggests that the trout stream illustrates what is taking place throughout the universe. He suggests that the behavior of the stream is similar to that of a gravitational ﬁeld. He notes the convergence of the stream’s ﬂow as it approaches the opening of a narrow tunnel under the dam.
Visualize a vessel ﬂoating in the trout stream. The vessel goes where the stream goes. When the stream twists and turns, the vessel does too. When the stream converges into a narrow channel and therefore accelerates, the vessel accelerates with the stream.
Picture yourself standing in the trout stream. You feel the pressure of the ﬂowing stream against your legs. You feel that pressure as long as you stand your ground. It is like the pressure we feel from our own weight caused by the force of inﬂowing aether. Imagine losing your footing in the stream and being swept away downstream. In effect, you are now in a state of free-fall as you are being carried by the ﬂow of the stream. You no longer feel the pressure that you felt when you were standing your ground against the ﬂow of the stream. The stream’s path has become your path.
With the trout stream in mind, picture aether ﬂowing in bulk into the Earth and into the Sun. Figure 2 illustrates these ﬂows.
Then go one step further: Visualize aether ﬂowing into cosmic bodies throughout the universe. See this happening with moons, planets, stars, galaxies, accretion discs, black holes, clusters of galaxies, and all the other material things that exist in space. Think of countless individual ﬂows of

526

Phys. Essays 26, 4 (2013)

FIG. 1. Atkins’s trout stream diagram. From K. R. Atkins, Physics, 3rd Edition. Copyright VC 1976 by K. R. Atkins.

aether in constant motion, ﬂows that tie cosmic bodies to each other and provide each body with gravitational force.
VIII. EVIDENCE OF INFLOW
A baseball that is tossed upwards and falls back to the ground is compelling evidence of inﬂow. Something of substance must be pushing the baseball toward the Earth. That “something” must have substance in order to effect the push and it must be moving in the general direction of the push. It is suggested that inﬂowing aether fulﬁls this description.
There is considerable evidence derived from experiments that supports the propositions that aether ﬂows into all sides of the Earth and that the Earth encounters aether on

its orbital path. These propositions are drawn from test
results and interpretations of data amassed by numerous scientists, including Michelson and Morely,12 Sagnac,13 Miller,14 Allais,15 Galaev,16,17 DeMeo,18 De Witte,19 Cahill,20 Mu´nera et al.,21,22 Pound and Rebka,23,24 Pound and Snider,25 Vessot et al.,26 Atsukovsky,27 Nikitin,28 and Khaidarov.29
The experiments include interferometry tests by Mickel-
son, Morley, Sagnac, Miller, Galaev, and Mu´nera, coaxial
cable tests by De Witte and Cahill, red shift tests by Pound,
Rebka, Snider, and Vessot et al., light deﬂection tests by
Nitikin, and ﬂyby doppler shift observations of spacecraft by
Cahill.
The tests have generally been performed for the purpose
of determining whether aether exists. Numerous scientists

FIG. 2. Inﬂowing aether.

Phys. Essays 26, 4 (2013)

527

interpret the test results as establishing that aether does, in fact, exist. The tests are said to have established aether drift—the encountering of aether by the Earth on its orbital path around the Sun.
There is also evidence that aether ﬂows into all sides of the Earth. The two above-cited papers by Galaev indicate both horizontal and vertical vectors to incoming aether. These vectors are consistent with the Earth encountering aether in its orbital path and aether ﬂowing into all sides of the Earth. Cahill has conducted experiments and he has also analyzed the experimental work of Miller and De Witte and others. He concludes that quantum foam (a form of aether) ﬂows into matter. Atsukovsky, Khaidarov, Mu´nera, and DeMeo are also in accord that aether, in one form or another, enters cosmic bodies from space. Nikitin’s observations of light deﬂection toward the Earth are consistent with the proposition of inﬂowing aether.
Allais carefully examined the data compiled by Miller and concluded that it supports the proposition of aether drift. Allais also observed in Miller’s data a drift component that is perpendicular to the Earth’s orbit. From this, he reasoned that the space that surrounds the Earth must be “anistropique,” that is, its actions and characteristics are not the same in all directions. While this is not direct evidence of aether ﬂowing into all sides of the Earth, it is consistent with that proposition.
The experiments of Pound, Rebka, Snider and Vessot and his collaborators are of particular interest. Their experiments were carried out for the purpose of testing the predictions of relativity, and their results are said to have conﬁrmed the predictions. In fact, the recorded data reveal that the frequency of radiation waves coming into the Earth is higher than the frequency of the same radiation leaving the Earth. While these results may be consistent with the predictions of relativity, there is another conclusion that may be drawn from the data. That conclusion is that radiation travels faster into the Earth than away from the Earth. If one assumes that aether is the medium through which electromagnetic radiation is transmitted, the higher speed of incoming radiation may be viewed as evidence that the medium itself is ﬂowing into the Earth.
It must be said, however, that a cloud of controversy lies over whether aether even exists. There is a body of opinion that the Michelson–Morley experiment in 1887 and other interferometry tests establish that there is no such thing as aether. This proposition is generally accepted by present-day mainstream science. The present author does not share this view. Experiments carried out by Miller14 produced data that he contended conﬁrmed the existence of aether drift. This work was subsequently discredited by a team led by Shankland et al.30 Since then, the Shankland analysis itself has been convincingly attacked.31 The issue remains a continuing source of controversy.
Another concern relates to the observation of gravitational anomalies associated with solar eclipses. The anomalies are generally known as the “Allais Effect.” Several articles that deal with gravitational anomalies are published in the book entitled Should the Laws of Gravitation be Reconsidered? The Scientiﬁc Legacy of Maurice Allais.32

The articles suggest various and conﬂicting explanations. The present paper does not attempt to resolve the problem of gravitational anomalies.
In summary, it is clear that there is a substantial body of evidence that supports the propositions that aether ﬂows into the Earth and that the Earth encounters aether on its orbital path. While these propositions remain a source of controversy, it is suggested that they are rational and reasonable, and more likely than not correct.
IX. EXPULSION OF AETHER
The expulsion of aether from cosmic bodies is an essential element of the gravity concept. Reasons why expulsion is essential include:33
1. Expulsion plays a role in regard to the direction of inﬂow being toward cosmic bodies. Expulsion creates a continuous partial vacuum of aether in cosmic bodies and it is toward and into the partial vacuum that spatial aether ﬂows.
2. The heat generated by the impacts of inﬂowing aether, would, if not dispersed be sufﬁcient to incinerate cosmic bodies. The expulsion of aether provides the means to disburse heat into space.
3. Without the compensating factor of expulsion, the constant inﬂux of aether would quickly cause cosmic bodies to balloon in size.
4. Regeneration of spatial aether (aether in its collective state) is essential for the long-term operation of gravity. Expulsion of aether cells provides the continuous supply of cells necessary for regeneration of spatial aether.
X. NET PUSHING FORCE
An essential element of the gravity concept is the proposition that incoming aether exerts greater pushing force on atomic matter than expelled aether. This differential accounts for gravity being an inward force toward cosmic bodies.
As posited, inﬂowing aether and expelled aether are two separate and distinct forms of aether. Inﬂowing aether consists of aether cells that tend to hold together and act in concert. Expelled aether consists of individual aether cells that are separate from each other. Aether cells are extremely small and when in their separated state, they tend to pass on through matter—much like neutrinos that rarely collide with atomic matter.
The present article contends that the “collision crosssection” of inﬂowing aether is far greater than that of expelled aether cells. The concept of collision cross-section dates back to the work of Rutherford in 1911 in his development of the nuclear theory of atoms. Experiments by Rutherford and others were carried out by bombarding atoms with alpha particles. The results showed that atoms had “nuclear cross-sections.”34 More recently (1961–1963), the concept has been described by Feynman:35
“The effective “size” of a target in a collision we usually describe by a “collision cross section,” the same idea that is used in nuclear physics, or in light-scattering problems.”

528

Phys. Essays 26, 4 (2013)

The present paper contends that the collision crosssection concept may fairly be applied to aether, both in its collective state and in its separated cells state.
It is suggested that the collision cross-section of an individual aether cell must be so small compared with that of billions upon billions of aether cells in their collective state, it is a fair inference that the pushing force of inﬂowing aether on atomic matter must dominate over that of expelled aether cells.
This inequality of pushing force on atomic matter raises the question of whether the equality of momentum principle is being violated. In fact it is not. It is a matter of where the momentum comes into play. While incoming aether imparts far more momentum on atomic matter than expelled aether, the individual aether cells that travel into space maintain their momentum until they eventually collide and coalesce with spatial aether. It is in space that expelled aether cells mainly exert their momentum.
XI. CONVERGENCE AND THE INVERSE SQUARE RULE
One of the hallmarks of gravity is the inverse square rule. The force of gravity is proportional to the inverse square of the radius from the centre of a cosmic body.
Does the cause-of-gravity concept accord with the inverse square rule? Yes, it does, for the following reasons:
Consider inﬂowing aether as essentially a perfect ﬂuid. As aether ﬂows in bulk from space toward a cosmic body, the ﬂow is subjected to convergence. This is because the ﬂow is from the broad expanse of space into the relatively narrow destination of a cosmic body. Picture what happens in a river that ﬂows into a narrow canyon. As the ﬂow converges, its velocity increases. The same thing happens in the nozzle of a garden hose. The narrowing ﬂow path causes convergence and convergence accelerates the velocity of the water. This is the Venturi effect. The inﬂow of aether to a cosmic body is likewise narrowed because all pathways converge as they move towards the body.
In the case of ﬂow into all sides of a globe, the inverse square rule is applicable. This is conﬁrmed mathematically by Cahill in his article Dynamical Three-Space: Emergent Gravity.36
In regard to expelled aether, the velocity of its cells is set at the instant of expulsion, and the cells spread out into space just like radiated light. It is accepted physics that the intensity of light diminishes with the inverse square of the distance from the source. In like manner, so does the intensity of expelled aether cells.
In conclusion, after considering both inﬂow and expulsion, it is evident that the proposed cause-of-gravity concept accords with the inverse square rule.
XII. VELOCITIES OF INFLOWING AETHER
Assuming that aether ﬂows and accelerates into cosmic bodies, can its velocities be calculated? The present article argues that the speeds of free-falling spacecraft returning to the Earth from the moon are evidence of the velocities of

aether ﬂowing toward the Earth. Once the space vehicles cross the line from the moon’s gravitation into the Earth’s gravitation, no further power is applied to propel them toward the Earth. They travel in a state of free-fall until they reach the Earth’s atmosphere. Assuming that inﬂowing aether is the dominant cause-of-gravity and that the spacecraft are being carried in that ﬂow, the speed of the spacecraft at any given point should be approximately the same as the speed of inﬂowing aether. Some adjustment is required to account for the force exerted in the opposite direction by the expelled aether cells, but because those cells generally pass on through atomic matter and collective aether, the adjustment is likely negligible.
The velocities of spacecraft returning from the moon have been calculated by Braeunig.37 The calculations are based upon no acceleration power being applied to the spacecraft after they enter the Earth’s gravitational area until they reach the Earth’s atmosphere. Thus, the spacecraft is in freefall. The calculated speeds of the vehicles in relation to the Earth vary from about 0.8 km per second at the point where they enter into the Earth’s area of gravitation, and rise to about 11.0 km per second where they start to encounter the braking effect of the Earth’s atmosphere.
Assuming that the spacecraft are being carried by aether that is ﬂowing toward the Earth, much like a vessel that is carried in Atkins’s trout stream, it follows that the speeds of the spacecraft en route to the Earth should be essentially the same as the velocities of the inﬂowing aether. Thus, for example, the velocity of the aether at the point where the vehicles reach the Earth’s atmosphere must be about 11 km per second.
One may therefore conclude that the speeds of aether ﬂowing toward and into the Earth are no more than tiny fractions of the speed of light. The speeds must be higher as aether approaches the Sun, but still very slow compared with the speed of light. One can speculate, however, that inﬂow speeds at or near a black hole might be at or beyond the speed of light.
XIII. ORBITING THROUGH AETHER
In addition to being pushed by aether toward the Sun, it is assumed that the planets encounter aether as they proceed in their orbital paths around the Sun. In effect, there are two distinct pressures exerted by aether on the planets. The ﬁrst is that of aether pushing the planets toward the Sun. The second is lateral pressure on the planets from the aether they encounter in their orbits.
If the planets are encountering aether in their orbital paths, then why does the aether not slow them down and cause them to spiral into the Sun?
The answer lies in the proposition that the aether that is pushing planets toward the Sun causes a side-force on the planets in the direction of their orbital travel. The side-force phenomenon is described by Batchelor,38 in regard to bodies that move through a ﬂowing ﬂuid. The side-force is caused by the linear momentum of the aether ﬂowing toward the Sun. The side-force on the Earth is at 90 of the direction of the ﬂowing aether and thus in the direction of the Earth’s

Phys. Essays 26, 4 (2013)

529

orbital path. The side-force off-sets the friction exerted on the planets by their orbital movement through the aether. The relevant passage and diagram from Batchelor’s text are set out below (Fig. 3):39
“The remarkable side-force or ‘lift’ on the body, which is the foundation of the theory of the lifting action of aeroplane wings, arises from the combined effect of the motion of the body and the circulation round it, and is independent of the size, shape and orientation of the body.”

instantaneous action-at-a-distance is simply an illusion. Whatever happens to the ﬂowing aether on the rest of its journey to the Sun, including how long it takes to reach the Sun, has no relevance because the gravitational push has already taken place.
The fact there is no apparent gravitational time delay between the Sun and the Earth is evidence that supports the ﬂowing aether concept of gravity. Why so? Because the concept provides a logical explanation for the apparent anomaly of the instantaneous effect of the Sun’s gravity on the Earth.

FIG. 3. Batchelor’s side-force diagram. From G. K. Batchelor, An Introduction To Fluid Dynamics (2010).
There are many factors that are relevant to the calculation of side-force. Amongst others, they include: the effects of acceleration of the aether; the shape of the Earth; convergence of stream lines; the direction of the movement of the Earth vis-a`-vis the ﬂowing aether; the rotation of the Earth; the momentum of the Earth; the momentum of the ﬂowing aether; boundary layer separation; vorticity; turbulence; and drag.40
Analyzes of these factors and calculations of the sideforce are beyond the scope of this article.
XIV. THE ACTION-AT-A-DISTANCE ISSUE
The direction of the force of gravity as between the Sun and the Earth is directly toward the Sun. There appears to be no time delay for the gravitational force to travel from the Sun to the Earth. In contrast, sunlight is subject to signiﬁcant time delay. It takes 8.3 min for sunlight to travel from the Sun to the Earth. Consequently, when we look at the Sun, we see it where it was 8.3 min ago. The absence of time delay in regard to gravity gives the impression of instantaneous “action-at-a-distance” as between the Sun and the Earth, as if gravitational force is travelling from the Sun to the Earth, with the force being exerted on the Earth at the instant it is sent.
The ﬂowing aether concept provides an explanation for the appearance of instantaneous action-at-a-distance. Visualize aether ﬂowing from outer space toward the Sun. When the ﬂow reaches the solar system and encounters the Earth, the direction of the ﬂow is straight at the Sun. This is illustrated by Fig. 2. Accordingly, when the ﬂow pushes the Earth, it does so directly at the Sun. It is at that instant that the direction of the force of gravity is set. The appearance of

XV. COCOONING
Refer back to Fig. 2. Note that at the location of the Earth, the diagram illustrates aether ﬂowing into the Earth. That aether is tied to the Earth in the sense that its ﬂow is essentially caused by the Earth.
Figure 2 also depicts aether that is ﬂowing into the Sun. Note that the ﬂow toward the Sun encounters the aether that surrounds and is ﬂowing into the Earth. It is arguable that part of the pushing force of the aether that is travelling toward the Sun is absorbed by the aether that surrounds the Earth. If so, the aether that surrounds the Earth probably cocoons the Earth from part of the pushing pressure exerted by the aether that is ﬂowing toward the Sun.
It is also arguable that the Earth is similarly cocooned from part of the collisional force of the aether that the Earth encounters in its orbital path around the Sun. In other words, the aether that surrounds the Earth may be absorbing part of the force exerted by the aether through which the Earth travels in its orbital path.
Further, it is arguable that the cocooned aether is subject to turbulence,41 likely from the action of convergence, the interaction of aether that is ﬂowing into the Earth with aether that is ﬂowing toward the Sun, and the usual turbulence associated with a ﬂuid ﬂowing by an object, in this case, the Earth.
In the discussion about the trout stream analogy, an example is posed of a vessel riding in the stream. When the stream changes course, so does the vessel. In large part, the water takes the pressure of the directional changes. One could say that the vessel is cocooned by the water that surrounds it, and that the water is likely turbulent.
Cocooning offers a rational explanation for the measurements of various interferometry tests, starting with Michelson–Morley (1887), being signiﬁcantly lower than what one would expect if the Earth itself was absorbing the full force of the encountered aether. Because all interferometry tests have been carried out on the Earth’s surface, well inside the cocooning aether that surrounds the Earth, it seems likely that this would skew the measurements.
XVI. CONCLUSIONS
The cause-of-gravity article proposes a physical gravity concept that is based upon ﬂowing aether. The present article further develops the concept. It provides visualization of ﬂowing aether by reference to Atkins’s trout stream analogy;42 it proposes separate states of aether, with thanks

530

Phys. Essays 26, 4 (2013)

to Khaidarov43 and Mu´nera;44 it considers evidence that
indicates that aether ﬂows into cosmic bodies; it explains
why inﬂowing aether exerts more pressure on atomic matter
than expelled aether; it rationalizes the pushing force differ-
ential of incoming and expelled aether with the principle of
equality of momentum; it demonstrates that the concept of
aether ﬂowing into cosmic bodies is consistent with the
inverse square rule; it explains why the planets do not slow
down and spiral into the Sun as a result of encountering
aether in their orbital paths; it argues that spacecraft return-
ing to the Earth from the moon provide evidence of the
velocities of inﬂowing aether; and it provides a logical expla-
nation for the anomaly of the Sun’s gravity appearing to act
instantaneously on the Earth (i.e., action-at-a-distance).
The points dealt with in this article and in the Cause of
Gravity article collectively support the concept of ﬂowing
aether as the physical cause-of-gravity.
1R. Feynman, The Feynman Lectures on Physics. The Deﬁnitive Edition (Addison Wesley, Reading, MA, 2006), Vol. 1, pp. 7–9. 2D. Shaw, Phys. Essays 25, 66 (2012). 3Ref. 2, p. 74. 4Pushing Gravity: New Perspectives on Le Sage’s Theory of Gravitation, edited by M. R. Edwards (C. Roy Keys, Montreal, 2002). 5Ref. 3. 6H. Mu´nera, Should the Laws of Gravitation be Revisited? The Scientiﬁc Legacy of Maurice Allais, edited by H. A. Mu´nera (C. Roy Keys, Inc., Apeiron, Montreal, 2011), pp. 385–422. 7K. Khaidarov, Aethereal Mechanics, 2004, bourabai.narod.ru/mechanics-e.htm. 8Ref. 6. 9D. J. Grifﬁths, Introduction to Electrodynamics, 3rd ed. (Prentice-Hall, Inc., Upper Saddle River, NJ, 1999), pp. 364–384. 10K. R. Atkins, Physics, 3rd ed. (John Wiley & Sons, Inc., New York, 1976), p. 266. See also: S. Rado, Aethro-Kinematics (Aethron Publishing Company, Los Angeles, CA, 1994), p. 126. 11Ref. 10. 12A. A. Michelson and E. W. Morley, Am. J. Sci. 34, 333 (1887). 13M. G. Sagnac, C. R. Acad. Sci. (Paris) 157, 710 (1913); C. Rend. Acad. Sci. (Paris) 157, 1410 (1913). 14D. C. Miller, Rev. Mod. Phys. 5, 203 (1933). 15M. Allais, L’Anistropie de L’Espace (Clement Juglar, Paris, 1997). 16Y. U. Galaev, Spacetime Subst. 2, 211 (2001). 17Y.U. Galaev, Spacetime Subst. 3, 207 (2002). 18J. DeMeo, Should the Laws of Gravitation be Revisited? The Scientiﬁc Legacy of Maurice Allais, edited by H. A. Mu´nera, (C. Roy Keys, Inc., Apeiron, Montreal, 2012), pp. 285–316. 19R. Cahill, Prog. Phys. 3, 60 (2006). 20R. Cahill, Should the Laws of Gravitation be Revisited? The Scientiﬁc Legacy of Maurice Allais, edited by H. A. Mu´nera (C. Roy Keys, Inc.,

Apeiron, Montreal, 2012), pp. 359–372; Process Physics (Nova Science
Publishers, Inc., New York, 2005), Chaps. 7 and 11. 21H. A. Mu´nera, D. Herna´ndez-Deckers, G. Arenas, and E. Alfonso,
“Observation of a signiﬁcant inﬂuence of earth’s motion on the velocity of
photons in our terrestrial laboratory,” Proc. SPIE 6664, 66640K (2007). 22H. A. Mu´nera, D. Herna´ndez-Deckers, G. Arenas, E. Alfonso, and I.
Lo´pez, “Observation of a non-conventional inﬂuence of Earth’s motion on
the velocity of photons, and calculation of the velocity of our galaxy,” in
Progress in Electromagnetic Research Symposium PIERS-2009, March
23–27, Beijing, China (The Electromagnetics Academy, Cambridge, MA,
2009), pp. 113–119, www.piers.org. 23R. V. Pound and G. A. Rebka, Jr., Phys. Rev. Lett. 4, 337 (1960). 24Ref. 23. 25R. V. Pound and J. L. Snider, Phys. Rev. Lett. 13, 539 (1964). 26R. F. C. Vessot, M. W. Levine, E. M. Mattison, E. L. Blomberg, T. E.
Hoffman, G. U. Nystrom, B. I. Farrel, D. Decher, P. B. Eby, C. R.
Baugher, J. W. Watts, D. L. Teuber, and F. D. Wills, Phys. Rev. Lett. 45,
2081 (1980). 27V. A. Atsukovsky, General Ether-Dynamics (Energaotomizdat, Moscow,
1990), Chapter 7, English summary at http://rusnauka.narod.ru/lib/phisic/
acukov/3/about.html. 28G. Nikitin, Measurements of Variations in the Direction of Light Beam
(2004), translation from Russian by H. Holushko, http://vixra.org/pdf/
1205.0045v2.pdf, Russian version at http://www.bourobai.kz/nikitin/
measure.htm. 29K. Khaidarov, Gravitating aether, 2004, http://bourabai.kz/kechanics.e.
htm. 30R. S. Shankland, S. W. McCuskey, F. C. Leone, and G. Kuerti, Rev. Mod.
Phys. 27, 167 (1955). 31Refs. 15 and 18. 32Should the Laws of Gravitation be Revisited? The Scientiﬁc Legacy of
Maurice Allais, edited by H. A. Mu´nera (C. Roy Keys, Inc., Apeiron,
Montreal, 2012). 33D. Shaw, Phys. Essays 25, 69 (2012). 34H. Semat and J. R. Albright, Introduction to Atomic and Nuclear Physics,
5th ed. (Holt, Rinehart and Winston, New York, 1972), pp. 57–65. 35R. Feynman, The Feynman Lectures on Physics. The Deﬁnitive Edition,
Vol. 1 (Addison Wesley, Reading, MA, 2006), p. 43-3. 36R. T. Cahill, Dynamical Three-Space: Emergent Gravity, Ref. 32, pp.
359–372, at p. 367. 37R. A. Braeunig, Circumlunar free return trajectory (2008), www.braeunig.
us/apollo/free-return.htm; Hybrid Lunar Proﬁle with LOI and TEI (2008),
www.braeunig.us/apollo/hybrid-proﬁle.htm. 38G. K. Batchelor, An Introduction to Fluid Dynamics (Cambridge
University Press, New York, 2010), pp. 402–427. 39G. K. Batchelor, An Introduction to Fluid Dynamics (Cambridge
University Press, New York, 2010), p. 406. 40G. K. Batchelor, An Introduction to Fluid Dynamics (Cambridge
University Press, New York, 2010), pp. 398–427 and throughout the text. 41R. T. Cahill, Process Physics: From Information Theory to Quantum
Space and Matter (Nova Science Publishers, Inc., New York, 2005),
pp. 152–155. 42Ref. 10. 43Ref. 7. 44Ref. 6.