Scientific experiments are profoundly influenced by conventional academic theories and practices. At first glance technological innovation appears to be a steady stream of incremental advances, where each discovery is built upon the last. If we examine the notion of incremental “scientific breakthrough” it seems an agreeable enough idea until we consider that it does not take into account the evidence that breakthroughs are by their very nature categorically hard to predict and are beyond the realm of normal expectations.

It’s easy to rationalize that advances like calculus, electromagnetism, flight, wireless communications were bound to happen eventually, but this would never the less be an inappropriate use of hindsight, as real breakthroughs are often “quantum leaps” which come from unconventional sources.

With new scientific frontiers come a new status quo predisposed to setting at odds those of a conventional bent who would declare it absolutely impossible with persons who would risk the fire to venture into the unknown, results obtained by experimental means in hand, saying “It’s not shirking convention, it’s science!”

As we know, many technologies start as a proverbial “black box” and eventually become better understood through scientific inquiry. Having first been impartially validated many of these advances are now part of mainstream, though still not well understood (e.g. electricity.) For that reason we have concluded it to be altogether unnecessary to be in possession of an explanation capable of articulating in full detail the mechanisms of action demonstrated by a technology in order to employ it successfully.

In that spirit, the following information is presented in a popular scientific style intended to relay in detail our current work and its technical background. Similarly, we have accounted for comparable technology and the accumulated research conducted on the topic thus far.

What are informational copies of biologically active substances?


IC – Informational Copy

Biologically active substance (BAS) – a substance, that which in small amounts (concentrations) can cause response of the biological organism. Different BAS causes different reactions and different organisms can react differently within similar BAS.

Biologically neutral substance – comparatively, such substances in small amounts may not cause any noticeable response within the biological organism.

Researches have noted that if a biologically active substance is placed in close proximity to a biologically neutral substance, and both within an external electromagnetic field of certain characteristics, the result is that where the neutral substance acquires biological activity and characteristics of the active substance.


Thus, it’s possible to say that each substance has its own informational image, which may be imprinted on other substance with the help of electromagnetic field.

How are informational copies transferred to the secondary carrier, i.e. water or aqueous systems?

Let’s consider an analogy of this principle:

If we place a camera into a dark room and attempt to capture a photo of an object without an illuminating source, we do not obtain the picture of the object. To obtain a picture (informational image) of the object, a light source (in this scenario of informational copies, an electromagnetic field) is required, which illuminates and reflects upon the object, creating a visible interference that is observed as a photo image.


This principle – transfer of informational characteristics via electromagnetic field, has been implemented in homeopathy for many years.

Whereas such substances and materials as distilled or boiled water, plastic, glass, aluminum foil, wax, paraffin, 30-40% ethyl alcohol and other substances are used as a secondary carriers.


Let’s explore a laser experiment:

  • Using a typical laser pointer as a source of electromagnetic field, and acting as a carrier of the informational image
  • An Aspirin tablet as a biologically active substance
  • An ordinary compact disc (known as an informational carrier, consisting of plastic and aluminum) as a secondary carrier.
  • And finally, an additional informational carrier such as a sample of water

Initially the biologically active substance is in an unexcited state, (as in our earlier analogy of the photographed object in a dark room).

By turning on the laser, its beam falls upon the Aspirin tablet and we could consider that the substance progresses into an excited state, thus enabled to emit a super weak electromagnetic field, which in turn modulates the laser beam. The super weak modulated laser beam then begins to interact with the secondary carrier (compact disc) and modifies the state of the secondary carrier.

Currently, it is unclear of what happens within the compact disc’s material properties under this influence. However, experimental results show that the effected disk is able to provide a specific effect on the water sample. Measurable changes are recorded within the water samples parameters, such as; pH, electrical conductivity, and others.


As a result, by placing the Aspirin (medical drug) tablet upon the CD surface, and illuminating the tablet via laser beam, it is possible to obtain a secondary carrier with an information copy of the tablet. As follows, secondary carries may be used to prepare and activate water samples with properties of the medicals drug. In the case of the IC Medicals technology, a patient would sit a glass of water upon the disc for a duration period of a half-hour and then drink the water, much like a homeopathic remedy.