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The underlying physics vindicating the patents below and d'Alembert over Euler.
Complementary uses of the receiver-controlled distance proportional spectral shifts for imaging at wavelengths different from the illumination, etc.
General method for exploiting the receiver-controlled distance proportional spectral shifts to filter or select by frequency and range. Result would be immunity to interference by closer stations, jamming, etc. (see research)
Complementary methods of realization by varying over time the refractive index in medium around a diffraction grating, and the Fourier transform kernel in digital signal processing keeping sampling time constant, which may be more suited as retro-fit to existing systems.
Methods of realization using time-varying diffraction, circuit tuning and sampling intervals in digital signal processing.
Overdue dynamical analysis and motion control applied to the thermodynamic and general power conversion phase spaces.
The only treatment and design of magnetic heat engines directly converting heat to electricity, using emf induced by demagnetization. Generated power manifests as negative resistance. Traditional ideas are stuck firmly in mechanical conversion, even as they have finally begun to consider single electron and single particle engines, also challenging the Carnot limit 12+ years after the Physics World misreport (or six counting from my peer-reviewed AIAA paper describing single-electron EM engines with unity limit of efficiency -- paper copy, and poster explaining the limit).
The only simple, compact, not-so-realtime, and more than likely to have worked hardware ever proposed for capturing optical holograms and reconstructing the images in 3D. This was filed in 1985 and prosecuted pro se from India.
The diffraction capability of individual magnetic bubble domains had been experimentally verified in the 1970s by Praveen Chaudhari, both his team at IBM and Bobeck's team at AT&T, had lacked the capabilities for generating the digital data pattern to set up a holographic pattern of bubbles. That capability was only addressed in 1990-1992 by Mark Lucente's thesis work. But the manufacture of bubble memories had ceased by 1992, when I got to the US. When Mark proposed this to Steve Benton, Benton's response (as also told by Benton at an IBM Watson lab talk), was that chips weren't his thing.
Optics researchers have yet to appreciate the immense specific utility of a digital read-write capability for setting up the array of bubbles to reproduce a hologram (let alone the advantage that the required 1970s technology would not even need silicon clean rooms), as they have been treating only larger patterns, as in the MIT Media Lab work, as diffractive optical elements (DOE). The division of diffractive spreading by sub-wavelength apertures and interference between the aperture patterns to reconstruct 3D features is best illustrated by the dynamic beam forming capabilities of phased-array antennas in radars, which would appear as specular reconstructions at optical wavelengths.
Protocol method for automatically aggregating segments of virtual paths to compact the forwarding tables. (Most directly refutes Huitema's claim in this book that connection oriented networks are fundamentally less scalable because of routing table size.)
Scale invariant multidomain DNS-like hierarchical namespace and method for messaging and route setup, obviating a second end-to-end address space. like IP. Eliminates the end-to-end name and address layer duplication advocated in Internet Transparency. There was also an I-D, and an Internet FileSystem. Referees said
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Last modified: 2020.09.27.