Experimental physical methods and theories – then and now

Abstract

Grant challenges in science often take a more targeted and more concerted approach to formulate a research question and then look for answers. A concerted effort to focus on one hypothesized physical aspect of a well-defined homeopathic preparation may help aligning experimental methods with theoretical models and, in doing so, help to gain a deeper understanding of the whole body of insights and data produced.

“Ultra High Dilution 1994” revisited 2015 – the state of follow-up research

“…Jurgen Schulte, also an author in 1994, 1 reported on experimental physical methods and theories for investigating UHDs. 16 His contribution in 1994 had reported on research on ice crystal structures of UHDs, nano-scale effects of succussion, clathrate structures, isotopic selforganisation, electromagnetic superradiance and coherent states as described in quantum physics, including implications of spectroscopy (UV, X-ray, Raman) and nuclear magnetic resonance experiments. New developments were outlined, with special emphasis on non-local entanglement theory.…”

“…New developments were outlined, with special emphasis on non-local entanglement theory. 16,17 Following a classification scheme by Becker-Witt et al 18 Schulte classified studies according to publication quality 19 and concluded that the body of knowledge is promising but requires a concerted action if it is to lead to field. In an update on preliminary elements of a theory on UHDs 20 Schulte and Endler re-addressed questions surrounding different mechanisms of (i) interaction between the molecular mother substance and the solvent, (ii) storage of molecule-specific information in the solvent, (iii) physiological basis of the sensitivity of the living organism towards an UHD and (iv) interaction of the test dilution with the organism.…”