NANOTECH ---MANY OF US HAVE AN X (on forehead) IN BLACKLIGHT/ FLUORESCENCE FINDINGS ON VARIOUS BODY SITES OF ABDUCTEES by Eve Lorgen.

[Guest guest]

The Mark of the Beast is on the forehead or right hand. You may like to read what Ever Lorgen wrote about markings on abductees.

http://www.alienlovebite.com/medical_and_scientific_aspects.htm

FLUORESCENCE FINDINGS ON VARIOUS BODY SITES OF ABDUCTEES by Eve Lorgen.

Nicki

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NANOTECH ---MANY OF US HAVE AN X IN BLACKLIGHT

http://www.rumormillnews.com/cgi-bin/forum.cgi?read=118469

 

Posted By: CrystalRiver <Send E-Mail>Thursday, 7 February 2008, 9:49 p.m.

 

 

 

 

 

 

I have researched about everything I know is valid and at least partially correct. The hourglass on the forehead of Morgellons victims was of an interest; like following cookie crumbs. I have discovered that the hourglass/X was once a positive sign. Think about it; when they did the treasure hunts X always marked the spot and than they started putting an X on things that were bad or to be deleted/they would cross it out. Anyway, I put in Mary X and came up with this researcher--there are many people researching this stuff, I am not saying this person had anything to do with it. I just thought it was interesting. This was a strange search that just came to me to look up; the material here is fairly technical but those of you who know a bit about the nanotech surge might find this interesting. http://www.nanoscienceworks.org/people/content/tang-mary-x/ looked up Mary-X Mary X. Tang Ph.D. by Vance McCarthy — last modified November 09, 2006 - 09:32 Institution Stanford Nanofabrication Facility Disciplines Fabrication Chemistry City Stanford State / Provence California Website link Dr. Tang's research interests fall where biology meets miniaturization technologies: microfluidics, bioanalytical chips, DNA biophysics, self-assembling nanostructures, bio-electrical interfaces. Education B.S. in Chemistry, Occidental College; M.S. in Chemical Engineering, Stanford University; Ph.D. in Bioengineering, University of California at Berkeley and San Francisco Career Highlights 1998 – present Biotech Liaison and Process Manager, Stanford Nanofabrication Facility, Stanford University. Promote interdisciplinary research activities for the NSF- funded National Nanofabrication Users' Network. Activities include facilitating cross-disciplinary collaborations, organizing educational seminars and symposia, and initiating biochip-related research projects. 1997 Post-doctoral Researcher, University of California at Berkeley, Department of Chemistry, in the laboratory of Professor Richard A. Mathies. Research in DNA electrophoretic sequencing on glass chips. 1984-1991 Manufacturing Process Engineer and Senior Development Engineer, Intel Corporation. Worked in various aspects of semiconductor processing: plasma enhanced deposition of dielectrics, plasma and wet etching of conductive films and dielectrics, planarization technologies, quality and statistical process controls, and expert systems. Books M.X. Tang. “Polyelectrolyte behavior in DNA: Self-assembling toroidal nanoparticles” Chapter 10 in _Nanobiology: Nanoscale Fabrication of a New Generation of Biomedical Devices_, R.S. Greco, ed. CRC Press, Boca Raton, 2005. Important Articles M.E., Harmon, M. Tang, C.W. Frank. “A microfluidic actuator based on thermoresponsive hydrogels.” /Polymer/,* 2003*, 44 45474556. M.X. Tang, W. Li, F.C. Szoka, Jr. “Toroid formation in charge neutralized flexible or semi-flexible biopolymers: potential pathway for assembly of DNA carriers.” /Journal of Gene Medicine/, in press. NanoScienceWorks.org Listings: 920 biographies 204 institutions ---------------------- Many Blessings, CrystalRiver THE 'Mu' CHIP RFID TECHNOLOGY http://www.rumormillnews.com/cgi-bin/forum.cgi?read=118487

Posted By: tangodog <Send E-Mail>Friday, 8 February 2008, 12:40 a.m. In Response NANOTECH ---MANY OF US HAVE AN X IN BLACKLIGHT (CrystalRiver)

 

 

 

 

 

 

Electronic Numbering of Products and Documents using the "µ-chip" (or mu-chip) supported by a Networked Database unleashes new Business and Life Style Applications that facilitate innovative Manufacturing, Distribution, Consumption, Tracking and Recycling operations. ~Concept~ The RFID, wireless semiconductor integrated circuit that stores an ID number in its memory, was proposed about a decade ago as an alternative to the barcode. Its use, however, has so far been limited to a few applications where its advantages offset its relatively high cost. *Size compared to a grain of rice The µ-chip is Hitachi's response to resolving some of the issues associated with conventional RFID technology. The µ-chip uses the frequency of 2.45GHz. It has a 128-bit ROM for storing the ID with no write-read and no anti-collision capabilities. Its unique ID numbers can be used to individually identify trillions of trillions of objects with no duplication. Moreover with a size of 0.4mm square, the µ-chip is small enough to be attached to a variety of minute objects including embedding in paper. Manufacturing, distribution and tracking systems can be built or enhanced using the µ-chip with an event-driven accumulation of, and on-demand access to, information stored in a database through the network. By coupling this database with the versatility of the µ-chip new business and life styles applications can now be brought to reality. These new applications allow manufacturing, commerce and recycling processes to be operated in a way that has not been possible before.