Aires 5G Research: Resonator Models and Biological Studies
Aires’ research program investigates high-frequency resonator behavior and biological responses through complementary studies. The map below identifies the frequency, device and method in each original report.
| Research record | Frequency / source | Method and original |
|---|---|---|
| C20S5G, 2018 | 6 GHz and 28 GHz | Numerical models for Aires Crystal. 6 GHz report · 28 GHz report |
| 64P1S5G, 2020 | 28 GHz | 64-axis resonator simulation. 58-page original |
| Lifetune bee study, 2020 | Xiaomi AC2600 router; source lists 2.4 and 5 GHz modes | Feeding, sensory response and memory. Report No. 2 |
| Defender Pro rat study, 2020 | 2.4 GHz Linksys router | Five behavioral tests in two rat lines. May 2020 report |
Strong findings with clear study identities
The bee report records short-term memory responses of 53% with an internet-connected router and 100% with router plus Lifetune in its mesh/foil test condition. The rat report identifies genotype-specific behavioral effects. The 28 GHz report calculates the response of a patterned semiconductor structure; its “64” refers to symmetry axes.
Expert review and physical measurements
PACE’s C20S5G expert peer review evaluates the 6 and 28 GHz modeling. The physics and engineering hub connects the simulations to VGTU laboratory measurements and the 2026 infrared thermal-imaging experiment.
Explore the human research
For EEG and HRV investigations, use the human-research hub. It identifies the actual participant groups, devices and exposure protocols separately from the resonator simulations.
Follow the research
Explore the Aires research program · Full research archive · Connect the research to tested devices
Updated October 25, 2026 · Josh, Aires. Original research and expert peer reviews are credited to their authors and linked above.