Abstract: A unique and novel operative means and method has been designed to successfully procure and sustain biological systems placed in a state of cryogenic suspension. Entire biological systems or their constituent parts are placed in a non-frozen vitrifiable state for a time interval of determinant length in the presence of a non-toxic, protective profusiate, under sustained pressure and temperature approaching or less than the glass transition temperature. The implementation of a substantial regimen of cryoprotectants and baroprotectives within the contexts of a protective profusion solution favorably alters the colligative properties of the said biological systems significantly impeding the process of nucleation. The deleterious process of nucleation, the subsequent formation of crystals and or the critical alignment of said crystals is prevented by the exactation of specific resonate energy fields.

Abstract: An instrument table having two features is disclosed. The first is a stable instrument bench that is constructed of sections of precast reinforced concrete. Each of these sections are then moisture sealed with a plastic coat or paint, then assembled using epoxy and bolts. The second element of the present invention is the replication of a precision surface on the table portion of an instrument bench.

Abstract: A device which delivers high velocity projectiles to specified or targeted sites. Said device operates to bore at extreme speeds a channel leading to specified sites and then to subsequently place explosive charges substantially below the surface of a region adjacent to or surrounding said targets. High velocity projectiles are fired in rapid succession with shaped explosive charges ranging from conventional plastic explosives to nuclear or thermonuclear devices detonating either upon impact or some distance below the point of impact. The multiple stage launch mode of the aforesaid device consists of three separate and distinct phases or stages, and/or multiples of said stages. Electropropulsive elements embodied within the devices consist of an automated plasma injection means, a primary arcing source, Tesla discharging means and propagating rails, magnetic induction elements and ancillary systems.

Abstract: The invention embodies the construction and implementation of synthetic muscle elements into numerous prosthetic devices. The aforesaid synthetic muscle elements consist of piezoelectric Gels; which function to motivate artificial limbs, rotate artificial joints, institute peristaltic motion in synthetic muscle systems and perform other activities consistant with the operation of organic muscle tissue. Sensory elements and ancillary systems embodied within said synthetic muscle means are responsive to evoked potentials generated by the neurons or other impulse conducting structures of the user. The aforesaid synthetic muscle has the additional capacity to sense, measure and act in a compensatory fashion to adjust their operation to biochemicals emitted by the user including, neural humoral secretions, endocrine levels, the formation of metabolites and the tension or partial pressures of gases such as CO.sub.2, O.sub.2, or other substances.

Abstract: An instrument table having two features is disclosed. The first is a stable instrument bench that is constructed of sections of precast reinforced concrete. Each of these sections are then moisture sealed with a plastic coat or paint, then assembled using epoxy and bolts. The second element of the present invention is the replication of a precision surface on the table portion of an instrument bench.

Abstract: A novel and innovative series of programs are deployed to actuate and control the novel embodiment of an automated laser wave detection and emissive delivery system known as the Improved Coherent Beam Coupler which is useful in surgical operations and high resolution analytic procedures. The programs are collectively designed to provide the highest resolution of optical electronic spectra data and to promote the fastest most reliable response time necessary to control the electronic composition, dispersal, and wave amplitude modulation of emissive sources. High energy multiple emissions are generated in discrete steps which are specified by impulses derived or obtained from an array of feedback sensors. The necessary tactical and logistic information necessary to engage target loci, analyze specific chemical species or any associated processes are specified by pre-existing data contained within the existing framework of readily accessible programs.

Abstract: A system and method for diagnosing and treating undesired internal conditions and structures, such as occluded vessels or aberrant histological regions. Diagnosis is effected by means of doppler analysis of laser light directed to the effected site from an inserted laser-containing unit, and treatment is accomplished by the same unit through direction of laser emissions of controlled characteristics toward the target site, thereby accomplishing departicalization, disintegration, and elimination through normal bodily processes of the undesired structure. Coherent radiation of a determinate size, wave amplitude, and electronic composition is precisely directed to given loci of operation for non-invasive analysis and treatment of aberrant sites. The invention embodies a noval unitary device with an assemblage of automated diaphragms, beam splitters, electronic choppers, an automated dye cell subsystem, and a focusing turret equipped with rotating lens elements and a piezoelectric element.

Abstract: A novel and innovative series of programs are deployed to actuate and control the novel embodiment of an automated laser wave detection and emissive delivery system known as the Improved Coherent Beam Coupler which is useful in surgical operations and high resolution analytic procedures. The programs are collectively designed to provide the highest resolution of optical electronic spectra data and to promote the fastest most reliable response time necessary to control the electronic composition, dispersal, and wave amplitude modulation of emissive sources. High energy multiple emissions are generated in discrete steps which are specified by impulses derived or obtained from an array of feedback sensors. The necessary tactical and logistic information necessary to engage target loci, analyze specific chemical species or any associated processes are specified by pre-existing data contained within the existing framework of readily accessible programs.

Abstract: A system and method for diagnosing and treating undesired internal conditions and structures, such as occluded vessels or aberrant histological regions. Diagnosis is effected by means of doppler analysis of laser light directed to the effected site from an inserted laser-containing unit, and treatment is accomplished by the same unit through direction of laser emissions of controlled characteristics toward the target site, thereby accomplishing departicalization, disintegration, and elimination through normal bodily processes of the undesired structure. Coherent radiation of a determinate size, wave amplitude, and electronic composition is precisely directed to given loci of operation for non-invasive analysis and treatment of aberrant sites. The invention embodies a noval unitary device with an assemblage of automated diaphragms, beam splitters, electronic choppers, an automated dye cell subsystem, and a focusing turret equipped with rotating lens elements and a piezoelectric element.

Abstract: A projection aligner is provided wherein anamorphic metric distortion can be introduced in the projection image by employing a bending mirror that makes a slight change in magnification along one axis of the image. In one embodiment of the invention a pneumatic bending mechanism is employed and in another embodiment, a mechanical system is employed.

Abstract: A device for producing a laser beam or discharge. The device is constructed to be portable having a pistol grip. The laser beam is generated in the body or barrel of the device. A neodymium (Nd:YAG) rod or similar material is within a xenon flash tube to which a voltage is applied. A photon emission source is provided at one end of the (Nd:YAG) rod embodying a diode and a parabolic reflector system associated with a polarized mirror which is partly reflective and which in part transmits energy rays. A polarized optical mirror is provided at the opposite end of the (Nd:YAG) rod. Activation of atoms within the rod is initiated within the contents of an optical or resonant cavity providing a means by which the necessary excitation of atoms within the optical active (Nd:YAG) rod can be achieved in order to initiate an elevation in population and subsequent inversion of levels, near and over the threshold value necessary to generate a laser beam and the subsequent discharge of said beam.