Category Archives: Required SCIENCE PHYSICS MATH and TECHNOLOGY behind the design function operation and understanding of psychotronics energy based weapons nanotechnology tracking genetic manipulation biophotonics mind

Required SCIENCE PHYSICS MATH and TECHNOLOGY behind the design function operation and understanding of psychotronics, energy based weapons, nanotechnology, tracking, genetic manipulation, biophotonics, mind control, remote neural monitoring, electronic harassment, biologically-integrated organic opto-computing, cellular RFID, microwave mediated microbiology, remote FRMRI, near/far infra red, optics, lasers, masers, stimulated emissions, EM SCALAR electric photonic wave propagation, modulation and demodulation, error-correction, spectrography, interferometry, signals analysis, morgellons, viral vectoring, transfection, light, energy, magnetism, electromagnetics, non-kinetic weapons, weaponized neurology, phased arrays, haarp, smart-dust, synthetic biology, photonic crystals, quantum dots, self-assembly, Meta-materials design and function, pigment cells as bio-computers, SQUID, PET, tomography, and more

The 3D-architecture of individual free silver nanoparticles captured by X-ray scattering : Nature Communications : Nature Publishing Group

The 3D-architecture of individual free ​silver nanoparticles captured by X-ray scattering The diversity of nanoparticle shapes generated by condensation from gaseous matter reflects the fundamental competition between thermodynamic equilibration and the persistence of metastable configurations during growth. In the kinetically … Continue reading

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silver nanoparticles, light, color, and you. Nanotechnology: changing the world forever!

The strong interaction of the silver nanoparticles with light occurs because the conduction electrons on the metal surface undergo a collective oscillation when excited by light at specific wavelengths (Figure 2, left). Known as a surface plasmon resonance (SPR), this oscillation results in unusually strong scattering and absorption properties. Continue reading

Posted in DNA for nano-scale electronics and opto/biological computing selfassembling nanowires and organic semiconductors in VIVO (in you and me), nanotechnology meta materials quantum effects light electromagnetics genetics and you information to understand technology changing life as we knew it- forever!, Required SCIENCE PHYSICS MATH and TECHNOLOGY behind the design function operation and understanding of psychotronics energy based weapons nanotechnology tracking genetic manipulation biophotonics mind | Tagged , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , | 2 Comments

Biological small-angle scattering

Small-angle scattering is a fundamental method for structure analysis of materials, including biological materials. Small-angle scattering allows one to study the structure of a variety of objects such as solutions of biological macromolecules, nanocomposites, alloys, synthetic polymers, etc.[1] Small-angle X-ray scattering (SAXS) and small-angle neutron scattering (SANS) are the two complementary techniques known jointly as small-angle scattering (SAS). Continue reading

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Mie scattering-describes the scattering of an electromagnetic plane wave by a homogeneous sphere.

Mie scattering-describes the scattering of an electromagnetic plane wave by a homogeneous sphere. Continue reading

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LASERS, LASER TECHNOLOGY, TERMS,PHYSICS, and information to help targeted individuals understand LASER/MASER technology

The term “Laser” is an acronym which stands for “Light Amplification by Stimulated Emission of Radiation“ and is basically a device that converts energy into light. A laser typically consists of a laser cavity or resonator. In its simplest form a laser cavity is made up of two mirrors: a total reflector and a partial reflector (also called output coupler) between which light bounces back and forth. Some of this light escapes the cavity through the output coupler producing an output beam. This laser beam, as opposed to ordinary light sources, is monochromatic, directional and coherent. These properties allow for lasers to be projected over long distances thanks to their extreme brightness without spreading significantly and to be focused to a very small spot, which results in a very large power density, acting almost as a true point source.

Inside the laser cavity light gains intensity by oscillating through the gain medium (also called the lasing medium). In most lasers this medium consists of atoms which have been “excited” by means of an electrical current or light (e.g. by a flash lamp). Gain medium can be of any state: gas, liquid, solid, or plasma. This process of transforming atoms into their excited states is called “pumping”. Once excited, atoms convert this stored energy into light in a process known as “stimulated emission”. Light then travels back and forth between the two reflecting mirrors and is reinforced by constructive interference only at specific wavelengths, called longitudinal modes of the cavity. The exact wavelength(s) at which emission occurs are determined by the gain bandwidth of the gain medium, the spectral characteristics of the cavity mirrors and the longitudinal modes of the cavity at which constructive interference occurs. The cavity also controls the so-called transverse modes, i.e. the electromagnetic field pattern of radiation measured in a plane perpendicular to the propagation direction of the beam. Lasers can emit any number of transverse modes, of which TEM00 is usually the most desirable. Laser output is, in fact, usually described as what percentage of the total beam intensity is in the form of TEM00. Continue reading

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