The 2020 64P1S5G report documents how Aires modeled the interaction between a patterned silicon resonator and a 28 GHz incident field. This guide identifies the inputs, calculations and output figures for readers examining the engineering in detail.
| Element | Specified in the report |
|---|---|
| Geometry | 64 symmetry axes, 4,161 rings; 19.6 × 19.6 × 0.5 mm silicon substrate. |
| Incident field | 28 GHz; 50 V/m at the modeled hemisphere 10 m from the source. |
| Mesh refinement | Successive spatial steps of 32, 16, 8 and 4 µm, with different calculated peak values at each resolution. |
| Processing | Combined spherical-wave contributions, mirrored hemispheres and rotated coordinate systems. |
| Results | Calculated electric-field distributions and time-series behavior, with appendices describing topology and computing hardware. |
How to read the numerical values
Field peaks and maximum-to-minimum ratios in this report are computational outputs for the stated model and processing steps. Their meaning depends on the modeled geometry and resolution. The report’s proposed lattice-restructuring explanation is presented as a direction for structural investigation.
Open the complete report, figures and appendices. The study overview explains the device identity. Compare the 2.4 GHz C16S/C28S/C32S models, 6 and 28 GHz C20S5G models and 2026 thermal-imaging experiment through the frequency-specific research guide.
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.