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Remote Molecular Sensing

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MRX provides scientific, engineering, systems integration, technical services and solutions to all branches of the U.S. military, agencies of the Department of Defense, the intelligence community, the U.S. Department of Homeland Security and other U.S. Government civil agencies, as well as solving complex technical challenges requiring innovative solutions for customers in selected commercial markets.

Monetizing Global Political and Corporate Arbitrage.

Emphasis on the convergence of numerous diverse medical and scientific disciplines; accelerating innovation and reducing complexity to elegant solutions which clearly demonstrate significant advancements of technological capabilities specific to: enabling photonic technologies for defense, security, medical and aerospace applications, algorithms and technologies for multispectral, hyperspectral and ultraspectral applications, precision inertial navigation systems, synthetic aperture radar imagery, SAR image recognition, passive millimeter-wave & terahertz imaging, hierarchical segmentation, active and passive signatures, optical spectroscopic instrumentation, remote spectrometry, remote interrogation of natural and artificially induced fields, multiple deformable mirror systems, tracking through atmosphere turbulence, adaptive antennas, counter directed energy weapons, quantum dots, net-centric systems, computational imaging, stem cell pluripotency, angiogenesis, remote in vivo catalysis,  remote medical imaging, remote medical diagnostics, remote multimodal biometrics, transformational optics, metamaterials, metamaterial lenses, conformal mapping, conformal optics, controlling electromagnetic fields, plasmonics, plasmonic lasers, nanolasers, plasmonic devices, decoherence, signals weaponizations, remote inducement of signal transduction initiating cascading synaptic shutdown, remote inducement of signal transduction initiating cascading organ shutdown, remote passive bio-tagging, remote cell specific ablation, plasma medical and weapons systems, microwave medical and weapons systems, directed energy medical and weapons systems, pulsed medical and weapons systems, CW medical and weapons systems, electron beam medical and weapons systems, harmonic medical and weapons systems, radiation absorption and deflection systems, C4ISR Systems, quantum cryptography systems, single photon detection, target detection, identification and accurate geolocation, combined active and passive systems, remote biomedical engineering and nanoengineering, remote passive bio-RFID, remote biomarker detection, biomedical applications of 3-D photonics, space debris sensing and impact mitigation, GIS vectorization, layered sensing, ubiquitously persistent surveillance systems, remote quantitative spatial analysis of solids, liquids and gasses, biometrics, nanosensors, biomimetrics, unmanned, robotic and layered systems, remote spectroscopics, target recognition, remote molecular differentiation, remote biosensor systems, subpixel spectral analysis, spectro-polarimetry, global orbiting reconnaissance technologies, sensor fusion, acquisition, tracking, pointing, optical pattern recognition, remote biomedical targeting, detection and sensing of obscured targets, visual analytics situation management, remote 3-D targeting and tracking, ISAR/SAR, polarimetric, automatic target recognition, 3D profile extraction, superlattice detectors, T2SL detectors, Ladar, Lidar, point, standoff, in vitro and in vivo detection of chemical, biological, radiological, special nuclear and explosive materials, biological monitoring, remote gamma and neutron detection, remote multimodal biometric signature acquisition and transmission, chemical, biological & radiological sensing, C3I, surveillance, intelligence and reconnaissance, radar sensor technologies, autonomous navigational systems, remote vibrometry, radar applications in the medical sciences, terahertz spectroscopy, polarimetry sensors, remote medical imagery, polarimetric ladar and lidar, rapid in situ characterization and quantification of biologicals, remote biomolecular recognition, remote biomedical diagnostics, atmospheric prorogation, three-dimensional imaging, synthetic vision systems, remote 3-D biomedical molecular specific visualization, micro air vehicles, inertial measuremnet units, miniaturized laser range finders, graphene sensors, UUV's,  signature defined radio, automatic target recognition, picoprojectors, target classification, sniper detection sensors, high performance composites, low observable tracking in challenging natural and artificially induced complex environments, counter-countermeasures, combat identification, remote foliage and building penetration systems, passive and active tagging, threat assessment, human-computer interface, performance effectiveness, automated target prioritization, intelligent autonomic sensing and sensor networks, autonomous and semi-autonomous unmanned vehicle systems, real time target discrimination and unmanned multi-sensor interoperability, integration and networking for persistent ISR.

Providing services in remote sensing, remote sensing countermeasures, acoustics, bioengineering, electrochemical engineering, electrostatics and magneto statics, fluid dynamics, heat transfer, material science, nanotechnology, MEMS, micro fluidics, optics, photonics, biophotonics, plasma physics, EHD & MHD, porous media flow, process and chemical engineering, reaction engineering, RF & Microwave engineering, structural mechanics and thermo-mechanics.

Accelerating technological development via Computational Aided Innovation allows MRX  to provide scientific applications of enabling technologies serving the medical, biotechnology, scientific, academia, defense, research, development & commercial markets thru computationally identified novel combinations of constituent technological elements derived from non-related technologies thus providing a distinguished clientele with the durable competitive advantage required to achieve and maintain global superiority.

Initiating computational innovation thru the Genesistic Reasoning Program providing cross-disciplinary engineering, multi-physics & multi-technology integration, benefiting business, government & education.
 
Providing surveillance and reconnaissance technologies, services and products for customers across the full spectrum of national security programs, including imagery and signals intelligence in operational, aerospace, civil and national security.

Delivering remote sensing, remote seeking, tracking & targeting, remote radiative catalysis, remote sensing networks, remote body mapping, remote molecular specific characterization, remote deformulation, remote delamination, remote materials identification, remote bioinformatics, remote bioimaging, remote molecular imaging, remote GPS tagging, remote DNA identification & tracking,  remote 3-D density variation, remote radioactive detection, directed energy weapon systems, high energy density plasmas and passively activated interrogation of artificially induced medium solutions to corporations, government agencies, prime contractors and principal investigators.

Remote photonic, acoustic, electronic and vibrational countermeasures.
Multi-spectrum anti reflection surfaces.

As medicinal and computational chemistry merge with radiological physics, the MRX  technology represents a novel molecular specific modality of detecting and destroying specific viruses and bacteria at the molecular level, in-vitro and in-vivo, without the harmful side effects normally associated with remote radiative catalysis, not limited to cancer associated protein-protein interactions.

Remote in vitro and in vivo molecular specific detection, differentiation and deletion of virus,
bacteria, arterial plaque, and numerous differentiated cancers,
without collateral damage to contiguous salubrious cells.
Based on absorption molecular specific targeting.

Research in transferring and adapting remote molecular specific technologies from 
U.S. defense and intelligence agencies into medical applications, primary applications include:
heart disease, lung cancer, breast cancer, ovarian cancer, prostate cancer, malaria,
HIV, hepatitis & Alzheimer's.


"Accelerating global technology represents the greatest hope for humanity" -  Neil Gerardo

© 1995-2010 Neil Gerardo All Rights Reserved


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Updated: 8 February 2010 @ 11:05 GMT