Bridging Science and Spirit: The Genius of William A. Tiller's Physics and the Promise of Information Medicine

by Nisha J. Manek MD

the north pole lowers the water’s pH, whereas the south pole increases it.194

any data that exhibits ΔpH that is different from equilibrium requires a physics wherein magnetic monopoles have an influence on material

properties. But magnetic monopoles are thought not to exist spontaneously in nature.

You are standing in hallowed space.

Tiller’s results point to something extraordinary: there is more than one familiar dimension.

“The key experiment revealing a fundamental change in the electromagnetic nature of the space associated with the conditioning process was a DC magnetic field polarity effect.”195 He is talking about a monopole effect, a singular signature of conditioned space.

All these maneuvers—rotation, reflection, translation, lead to an invariance of the configurations of the square. The collection of all possible configurations is called a “group.” Group theory is the mathematical language of symmetry.196

Crystallography was one of the first areas of science to benefit from group theory.

Gauge theory is a mathematical theory used to describe subatomic particles and their associated wave fields. Gauge symmetry is the observation that you can redefine the fields or particles in terms of each other in such a way that the laws remain the same. This is called “gauge invariance” and gives the theory a certain symmetry.197

Mathematician Ian Stewart, in his book Why Beauty Is

Truth: A History of Symmetry, illustrates the last point, defining fields and particles in terms of each other, with ...

Now we have a “symmetry” that differs from one place to another.

This local rescaling of currency transactions is a

gauge symmetry of the laws of commerce.

Like exchange rates applied to currencies, gauge transforms can be applied mathematically and geometrically to quantum fields, making the models easier to analyze.199

For every conservation law, there is a symmetry. For every symmetry, there is a force field. For every force field, there is a conservation law.200

The gauge transformations in this theory change the values of those potentials without changing the electric and magnetic fields.

The concept of gauge invariance is seen by physicists as fundamental to understanding classical and particle physics.

Tiller uses the shorthand notation of gauge theory.

There are many gauge states higher than SU(3), up to any SU[n]. Tiller’s working hypothesis is that the IHD information “lifts” space, a process he calls “conditioning,” from the familiar electromagnetic U(1) gauge to the higher level of SU(2) gauge. A space at SU(2) gauge can operate in the physical vacuum.

magnetic monopole effects.

Tiller calls the familiar four-dimensional world of matter (all elementary particles) and its governing forces such as electromagnetism and gravity “direct space,” or “D-space.” This is the standard model at U(1). Tiller’s data points to a second dimension having magnetic wave information characteristics but not material stuff: the physical vacuum at SU(2) gauge symmetry. Tiller calls the SU(2) “reciprocal space” or “R-space.” Keep in mind, when we talk about D-space, it is the familiar U(1) gauge, and when talking about R-space, it is the otherworldly SU(2)

gauge.

Tiller gives a mathematical relationship between D-space and R-space with Fourier transform geometry.

You can calculate and show that R-space is of a negative energy state of the Dirac sea and comprises the physical

The waveforms in R-space control the position, velocity, and locus of particles in the “now” of D-space. In other words, the R-space’s pilot waves guide D-space particles and matter such as electrons.

Tiller’s model corresponds to the familiar wave-particle duality of French physicist Louis de Broglie.204

The waves in Tiller’s model are superluminal, faster than the speed of light, and have a magnetic nature.

When you take data points of your home—its height, depth, and length—and apply a reciprocal function, you’re taking 1/height, 1/depth, and 1/length.

But on a graph, your home emerges perfectly from R-space with its equivalent, corresponding mirror symmetry in D-space.

The virtual R-space is a high-resolution blueprint of information overlaying your world:

Tiller says the seat of all subtle energies functions at this vacuum level of nature, that is, SU(2).

The same rule is true of joules and electron volts.

the excess ΔG necessary to tilt the equilibrium balance is from the SU(2) gauge level of R-space.

A one-unit increase in water pH is equivalent to a free energy ΔG*H+ of 24.5 meV.

Tiller uses the term “magnetoelectric” for the subtle energy effects of intention.

The way I remember magnetoelectric is with the letters “ME.” This new thermodynamic energy contribution arises from the proposed existence of heretofore experimentally inaccessible magnetic information wave signatures in a “conditioned” space.

processes in nature flow from higher thermodynamic free energy states to lower thermodynamic free energy states. The ΔpH of water is an indicator of the magnitude of the conditioning of a space.

The change in material properties is energy flowing from a high source to low one doing work.

In plain old-fashioned physics, intention does not counter the laws of thermodynamics. The intention is a source of information that is connected quantitatively to entropy. An increase in new information equals a reduction in entropy, in this case of the lab space. Human intention influences or “coheres” the vacuum state to a more ordered state. A reduction in

entropy—negentropy—contributes to Gibbs free energy.

There is a connection between D-space and R-space. It’s a question of degree, from no connectivity, zero, to complete connectivity, one. If space is conditioned, partially or wholly, it is at a higher thermody...

“There is another communication channel in nature. The R-space is the medium whereby information is transferred. It is information entanglement.”

From 2000 to 2005, Tiller

teamed up with physicists in Baltimore and Bethesda, Maryland, as well as in London, Milan, and Berlin to replicate the water pH experiments.211 Tiller was keen to collaborate with other scientists. With collaboration from these scientists, the lab setup spread from the East Coast of the US to Europe.

The ΔpH information can be readily “transferred” from Payson to Milan via R-space.

These unusual effects show that intention’s ability to generate information can affect the physical world is real and can be demonstrated under controlled, scientific conditions.

This mechanism of long-range, macroscopic-scale information entanglement distinguishes R-space. Tiller postulates that this information transfer process is related to magnetic monopole behavior that generates an entirely new type of field in human experience.

We must consider the possibility that, in an open system such as that Tiller’s colleagues in US and Europe created, nature can “import” organization into one region from another via R-space.

as with the first law of thermodynamics of energy conservation, mathematics shows that information entanglement effects must to be accounted for to offer a complete description of physical observations.