The 64P1S5G report models the electromagnetic response of a 64-axis Aires resonator at 28 GHz. It is a detailed engineering investigation of the resonator used in the 2020 Lifetune Room and Personal models.
The device and model
The report describes 4,161 ring grooves arranged on a 19.6 × 19.6 × 0.5 mm silicon substrate. The grooves are 0.2 µm wide and 0.8 µm deep. “64” identifies the structure’s symmetry axes.
The American Aires R&D team was led by I. Serov, with K. Korshunov, I. Soltovskaya and T. Shamko, and scientific consultants A. V. Kopyltsov and A. Jukna. Their calculations examine spatial field distributions and their time-dependent behavior under the specified incident field.
Read the complete engineering record
Download the original 58-page 64P1S5G report. For the computational setup and distinction between input and output quantities, read the technical report guide. The earlier C20S5G reports model a different structure at 6 and 28 GHz.
Connect to biological and experimental work
The 2020 Lifetune bee experiment and 2020 Defender Pro rat experiment investigate biological responses using their own protocols. The 2026 infrared thermal-imaging study adds an experimental investigation of a patterned silicon surface. Each record contributes its own kind of evidence to the physics and engineering program.
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.