Volume One No. 7:  Nov 15 - Dec  14, 2004

Aerosol and EM Weapons in the Age of Nuclear War  North America is now suffering its seventh year of conspicuous and dangerous aerosol and electromagnetic operations conducted by the U.S. government under the guise of national security. Concerned citizens watch in fear as military tankers discolor the skies with toxic chemicals that morph into synthetic clouds. 

The U.S. Government, Dimensional Portals and Dr. Wen Ho Lee  This is a piece done by Dr. Richard Boyland, who is, well, Richard Boyland, However it is an interesting piece. The material is irrelevant to endgame, and changes nothing, although if not disinformation and a red herring, it may point to possible dynamics running in parallel with this one. Ho Ho for Wen Ho!  Google Search for info on Dr. Lee.

Interplanetary Day After Tomorrow?  The 2004 essay by Richard Hoagland. Interesting material. According to Hoagland, "The entire solar system - not just our one small planet -- is currently undergoing profound, never-before-seen physical changes. This paper will address and scientifically document a wide variety of significant examples, drawing from a host of published mainstream sources. We will also outline a new scientific model that, for the first time, coherently explains these simultaneous interplanetary changes via a fundamental “new Physics” - a Physics that predicts “even greater anomalies to come”…"  PART 1  PART 2  PART 3

MicroSoft - A Corporate Profile  Microsoft is ranked 15th in the world's top 500 companies and its operating software has driven 93% of the world's desktop computers since 19914. At its peak, the company had a market value roughly equal to the gross domestic product of Spain5. Its Office software, encompassing a suite of e-mail, word-processing, spreadsheet and presentation tools, dominates 90% of the market and bring in $9 billion annually, a third of the company's revenue. 

Soft Condensed Matter: Where Physics Meets Biology  The links between physics and biology have become increasingly close in recent years. Many universities in the US have invested in interdisciplinary research institutes and the UK government has earmarked funding for the so-called life-sciences interface. At first sight, no area of physics seems more relevant to biology than soft condensed matter. After all, living things are made of complex fluids - liquids that contain mesoscopic structures with length scales of 1 µm and less - and physicists have long studied complex fluids such as colloids, polymers, liquid crystals and solutions containing soap-like molecules. 

The Electronic Properties of DNA  The question of whether DNA is able to transport electrons has attracted much interest, particularly as this ability may play a role as a repair mechanism after radiation damage to the DNA helix. Experiments addressing DNA conductivity have involved a large number of DNA strands doped with intercalated donor and acceptor molecules, and the conductivity has been assessed from electron transfer rates as a function of the distance between the donor and acceptor sites,. But the experimental results remain contradictory, as do theoretical predictions. Here we report direct measurements of electrical current as a function of the potential applied across a few DNA molecules associated into single ropes at least 600 nm long, which indicate efficient conduction through the ropes. We find that the resistivity values derived from these measurements are comparable to those of conducting polymers, and indicate that DNA transports electrical current as efficiently as a good semiconductor. This property, and the fact that DNA molecules of specific composition ranging in length from just a few nucleotides to chains several tens of micrometres long can be routinely prepared, makes DNA ideally suited for the construction of mesoscopic electronic devices.

Evolving Toward Telepathy  According to the the writer, demand for increasingly powerful communications technology points to our future as a "techlepathic" species