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Abstract
Building on our theoretical release (ChemRxiv GQR1 v4[1]), our GitBook provenance white paper[2], and GQR2 recently submitted to ChemRxiv[3], this work formalizes an optical grammar for the Gated Quantum Resonator (GQR): aperture (H), field lens (C), tilt/prism (B), and splitter (I). Movies of full time evolution (see SI) and composite stills (Figs. 2,3) show that modest tilts act as steering biases that modulate sustained tunneling “buzz” (continuous flux) rather than one-off barrier “bullets.” The predictions match the grammar proposed in Man2 and clarify pris- matics, noise/heat impact (E), and the first 3D maximum-intensity projections. We conclude by outlining a conceptual instrument—the Catalytic Quantum Tunneling Electron Microscope (CQ-TEM)—that implements the GQR grammar in hardware.
Supplementary materials
Title
Supplementary Information: "Gated Quantum Resonator, Manuscript 3: Aperture–Lens Grammar, Tilt (B) Variants, and Catalytic Quantum Microscopy.
Description
Concept Box: Catalytic Quantum Tunneling Electron Microscope (CQ-
TEM)
Goal. Realize the four GQR gates in hardware: H (aperture), C (field lens), B (tilt/prism),
I (splitter/PCET proxy), while recording polarization-resolved optical/UPE and electrical
signals under precise timing.
Catalytic function. Unlike conventional TEM/STM tools, the CQ-TEM does not only
observe — its gates can steer bond flux, actively bias tunneling channels, and thereby drive
or inhibit catalysis as it probes. It is therefore both a microscope and a catalyst.
Platform. A vibration-isolated cryostat head integrates an interchangeable STM/AFM
probe, XYZ vector field coils + gate electrodes (DC+AC), piezo strain, microfluidics (for
enzymes) or vdW stacks (for 2D materials), RF/microwave ports for Stückelberg/sideband
sweeps, and polarization-resolved photon detection.
Readout. Simultaneous electric transport & optical channels (Stokes polarimetry,
UPE/SPAD/PMT), synchronized via a disciplined clock. Hashes of raw streams enable
“Proof-of-Resonance” provenance.
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Title
GQR3: Movie 1
Description
YZ @ x=0 (barrier) A, AH, AC, AHC
demonstrating the enhanced structural interference wave packet by combined forces across the tunnelling barrier and the focussing effect on the aperture under H and HC
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Title
GQR3: Movie 2
Description
3x3 panel movie of combinations of ACHEI conditions as per figure in article
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Title
GQR3: Movie 3
Description
3D plus Z-MIP of tunneling proton wavepacket into barrier with tilt applied and consequences for precise lateral only deflections and consequential aperture steerage. as per figure in main article
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Title
GQR3: Movie 4
Description
3d and 3xmip as per figure in main article that demonstrate similar steerage of wave packet and aperture by tilt adjustment.
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