# Aires original research documents

Original papers, reports, expert reviews and supporting documents. See the linked Aires pages for each document’s research context.

- [Aires research archive](https://airestech.com/pages/research-archive)
- [Main Aires AI index](https://airestech.com/llms.txt)

## Documents

- [1-Method for Protecting Biological Objects from the Negative Influence of Technogenic Electromagnetic Radiation.](https://research.airestech.com/papers/1-method-for-protecting-biological-objects-from-the-negative-influence-of-technogenic-electromagnetic-radiation-663a3078f8.pdf)
- [14-ITMS AIRES GHz Proceedings](https://research.airestech.com/papers/14-itms-aires-ghz-proceedings-ac06919f24.pdf)
- [2-Patent 2019 EMI protection](https://research.airestech.com/papers/2-patent-2019-emi-protection-5ed2d5bb23.pdf)
- [2002 Bekhterev Optical-Fractal-Filter-EEG EN](https://research.airestech.com/papers/r001-2002-bekhterev-optical-fractal-filter-eeg-en-cc8cdeac1b.pdf)
- [2002 Serov-Slesarev Water-Structural-State-Aires EN](https://research.airestech.com/papers/r002-2002-serov-slesarev-water-structural-state-aires-en-7670159aa0.pdf)
- [2002 Tomilin-Serov Fractal-Resonator-Liquid-Crystals RU](https://research.airestech.com/papers/r096-2002-tomilin-serov-fractal-resonator-liquid-crystals-ru-bb53508af2.pdf)
- [2002 Zenin Water-Conductivity-Variations EN](https://research.airestech.com/papers/r004-2002-zenin-water-conductivity-variations-en-32489f3359.pdf)
- [2003 AiresTech Protective-Properties-EMF-Neutralizer-Study EN](https://research.airestech.com/papers/r005-2003-airestech-protective-properties-emf-neutralizer-study-en-cfb43225a6.pdf)
- [2003 Alexandrov-Serov EMF-Aquatic-Ecosystems RU](https://research.airestech.com/papers/r097-2003-alexandrov-serov-emf-aquatic-ecosystems-ru-0eed52a979.pdf)
- [2003 Serov-Margolin Resonator-Effect-Copper-Films RU](https://research.airestech.com/papers/r090-2003-serov-margolin-resonator-effect-copper-films-ru-ca2df5a1dd.pdf)
- [2004 Serov-Margolin Resonance-Phenomena-Nanostructures RU](https://research.airestech.com/papers/r091-2004-serov-margolin-resonance-phenomena-nanostructures-ru-a749dbcd57.pdf)
- [2005 AiresTech Blood-Parameters-EMF-Study EN](https://research.airestech.com/papers/r008-2005-airestech-blood-parameters-emf-study-en-4bfe713b8b.pdf)
- [2005 Potekhin-Soltovskaya Fractal-Properties-Nanoscale-Films RU](https://research.airestech.com/papers/r092-2005-potekhin-soltovskaya-fractal-properties-nanoscale-films-ru-bac67a72fd.pdf)
- [2005 Yuditskaya Composite-Material-Structures RU](https://research.airestech.com/papers/r099-2005-yuditskaya-composite-material-structures-ru-aab26454ae.pdf)
- [2006 AiresTech Fractal-Topology-Human-Biology-Ecology RU](https://research.airestech.com/papers/r100-2006-airestech-fractal-topology-human-biology-ecology-ru-b0edd5594f.pdf)
- [2006 Korotkov GDV-Bioelectrography-Aires-Device EN](https://research.airestech.com/papers/r009-2006-korotkov-gdv-bioelectrography-aires-device-en-3d7ffba577.pdf)
- [2007 Serov-Lukyanov-Kopyltsov EMR-Silicon-Surface-Modeling RU](https://research.airestech.com/papers/r103-2007-serov-lukyanov-kopyltsov-emr-silicon-surface-modeling-ru-5189e6f79b.pdf)
- [2013 Datova Heart-Rate-Variability-Study EN](https://research.airestech.com/papers/r013-2013-datova-heart-rate-variability-study-en-c408e595f5.pdf)
- [2013 Datova-PACE Heart-Rate-Variability-EMF-Opinion EN](https://research.airestech.com/papers/r012-2013-datova-pace-heart-rate-variability-emf-opinion-en-9de0123867.pdf)
- [2013 Zenin-PACE Aqueous-Environment-EMF-Opinion EN](https://research.airestech.com/papers/r014-2013-zenin-pace-aqueous-environment-emf-opinion-en-59f7535e1e.pdf)
- [2014 Lukyanov Russian-German-Biomedical-Conference EN](https://research.airestech.com/papers/r015-2014-lukyanov-russian-german-biomedical-conference-en-d4509eb223.pdf)
- [2014 Serov-Sysoev Aires-Shield-Mobile-Phone-EMF-Assessment RU](https://research.airestech.com/papers/r104-2014-serov-sysoev-aires-shield-mobile-phone-emf-assessment-ru-08a7f710ea.pdf)
- [2014 Serov-Sysoev EEG-Aires-Shield-Effectiveness EN](https://research.airestech.com/papers/r016-2014-serov-sysoev-eeg-aires-shield-effectiveness-en-bfe48e3607.pdf)
- [2015 Havas Aires-Device-Effectiveness-Report-v1 EN](https://research.airestech.com/papers/r017-2015-havas-aires-device-effectiveness-report-v1-en-b494888ee2.pdf)
- [2015 Havas Aires-Device-Effectiveness-Report-v2 EN](https://research.airestech.com/papers/r018-2015-havas-aires-device-effectiveness-report-v2-en-32f95d3e79.pdf)
- [2015 Panagopoulos-Johansson-Carlo Polarization-EMF-Biological-Activity EN](https://research.airestech.com/papers/r019-2015-panagopoulos-johansson-carlo-polarization-emf-biological-activity-en-aae90556dd.pdf)
- [2016 AiresTech-RD K8-Resonator-Strength-Calculation EN](https://research.airestech.com/papers/r020-2016-airestech-rd-k8-resonator-strength-calculation-en-0e2f189b63.pdf)
- [2016 ITMS C16S-Resonator-mmWave-Test EN](https://research.airestech.com/papers/r021-2016-itms-c16s-resonator-mmwave-test-en-e0774dfc71.pdf)
- [2016 Jukna-VGTU Phase-I-Resonator-Testing EN](https://research.airestech.com/papers/r022-2016-jukna-vgtu-phase-i-resonator-testing-en-35331d6682.pdf)
- [2016 Kopyltsov-Korshunov Distributed-Computing-EMF-Proceedings EN](https://research.airestech.com/papers/r023-2016-kopyltsov-korshunov-distributed-computing-emf-proceedings-en-cc9958c560.pdf)
- [2016 Kopyltsov-Korshunov Distributed-Computing-EMF-v2 EN](https://research.airestech.com/papers/r024-2016-kopyltsov-korshunov-distributed-computing-emf-v2-en-ce0fc3f8bf.pdf)
- [2016 Kopyltsov-Korshunov Distributed-Computing-EMR-Surface RU](https://research.airestech.com/papers/r105-2016-kopyltsov-korshunov-distributed-computing-emr-surface-ru-f6366c483d.pdf)
- [2017 AiresFoundation Product-Development-Expenditures-1992-2017 EN](https://research.airestech.com/papers/r025-2017-airesfoundation-product-development-expenditures-1992-2017-en-fec8f68cf7.pdf)
- [2017 AiresTech HOLOEXPO-Conference-Proceedings RU](https://research.airestech.com/papers/r106-2017-airestech-holoexpo-conference-proceedings-ru-272337ab11.pdf)
- [2017 ITMS C28S-Resonator-mmWave-Test EN](https://research.airestech.com/papers/r026-2017-itms-c28s-resonator-mmwave-test-en-ed6ad20ee1.pdf)
- [2017 Jukna-VGTU Phase-II-Resonator-Testing EN](https://research.airestech.com/papers/r027-2017-jukna-vgtu-phase-ii-resonator-testing-en-13115f0d4f.pdf)
- [2018 Dyuzhikova Chromosome-Aberrations-Rat-Study EN](https://research.airestech.com/papers/r028-2018-dyuzhikova-chromosome-aberrations-rat-study-en-39d89bded0.pdf)
- [2018 ITMS C32S-Resonator-mmWave-Test EN](https://research.airestech.com/papers/r029-2018-itms-c32s-resonator-mmwave-test-en-ef505049e1.pdf)
- [2018 Jukna ITMS-GHz-Fractal-Proceedings EN](https://research.airestech.com/papers/r031-2018-jukna-itms-ghz-fractal-proceedings-en-1e24225239.pdf)
- [2018 Jukna-VGTU Phase-III-Resonator-Testing EN](https://research.airestech.com/papers/r030-2018-jukna-vgtu-phase-iii-resonator-testing-en-d8a3628825.pdf)
- [2018 Michrowski-PACE Short-Resonator-Study EN](https://research.airestech.com/papers/r034-2018-michrowski-pace-short-resonator-study-en-3032704e97.pdf)
- [2018 Rybina-PACE EEG-Parameters-Opinion EN](https://research.airestech.com/papers/r035-2018-rybina-pace-eeg-parameters-opinion-en-fbb5b8b719.pdf)
- [2018 Serov-Korshunov-PACE EMF-Interaction-Calculations-Opinion EN](https://research.airestech.com/papers/r036-2018-serov-korshunov-pace-emf-interaction-calculations-opinion-en-45700b6d9a.pdf)
- [2019 Dyuzhikova-Vaido UHF-EMR-Genome-Rat-Bone-Marrow RU](https://research.airestech.com/papers/r108-2019-dyuzhikova-vaido-uhf-emr-genome-rat-bone-marrow-ru-7049d6e6bc.pdf)
- [2019 EEG Pilot Report: Mobile-Phone Exposure and Aires Shield Pro](https://research.airestech.com/papers/aires-hhs-2026-ref-25-r039-public-v1-069faa81e8.pdf)
- [2019 IFRAN-InstitutPavlova Stage1-Rat-EMF-Study EN](https://research.airestech.com/papers/r038-2019-ifran-institutpavlova-stage1-rat-emf-study-en-aac607bafe.pdf)
- [2019 Lopatina-Zachepilo Non-Ionizing-EMR-Honeybee-Behavior RU](https://research.airestech.com/papers/r109-2019-lopatina-zachepilo-non-ionizing-emr-honeybee-behavior-ru-20926d04c0.pdf)
- [2019 Rybina Cerebral-Bioelectrical-Activity-Aires-Shield EN](https://research.airestech.com/papers/r039-2019-rybina-cerebral-bioelectrical-activity-aires-shield-en-9b48732c28.pdf)
- [2019 Serov-PACE Method-Protecting-Biological-Organisms-EMR-Opinion EN](https://research.airestech.com/papers/r041-2019-serov-pace-method-protecting-biological-organisms-emr-opinion-en-64494557ba.pdf)
- [2019 Tarlykov Erythrocytes-Blood-Study EN](https://research.airestech.com/papers/r043-2019-tarlykov-erythrocytes-blood-study-en-e106ce3945.pdf)
- [2019 Tarlykov-PACE Erythrocytes-Blood-Opinion EN](https://research.airestech.com/papers/r042-2019-tarlykov-pace-erythrocytes-blood-opinion-en-690b5e1674.pdf)
- [2020 IFRAN-InstitutPavlova Stage2-Rat-EMF-Study EN](https://research.airestech.com/papers/r045-2020-ifran-institutpavlova-stage2-rat-emf-study-en-706fd77e89.pdf)
- [2020 Kuznetsova Heart-Rate-Indicators EN](https://research.airestech.com/papers/r046-2020-kuznetsova-heart-rate-indicators-en-de10a44b12.pdf)
- [2020 Lopatina-Zachepilo Honeybee-EMF-Cognitive-Activity RU](https://research.airestech.com/papers/r095-2020-lopatina-zachepilo-honeybee-emf-cognitive-activity-ru-4afdd35f66.pdf)
- [2020 Rybina EEG-Lifetune-Personal-40-60yo-Nov EN](https://research.airestech.com/papers/r047-2020-rybina-eeg-lifetune-personal-40-60yo-nov-en-09c545a851.pdf)
- [2020 Rybina EEG-Report EN](https://research.airestech.com/papers/r048-2020-rybina-eeg-report-en-851eb74ab8.pdf)
- [2021 IFRAN-InstitutPavlova Stage3-Rat-EMF-Study EN](https://research.airestech.com/papers/r049-2021-ifran-institutpavlova-stage3-rat-emf-study-en-805fa47be5.pdf)
- [2022 IFRAN-InstitutPavlova Stage4-Rat-EMF-Study RU](https://research.airestech.com/papers/r050-2022-ifran-institutpavlova-stage4-rat-emf-study-ru-6cc002e091.pdf)
- [2022 Lukyanov-Kopyltsov-Serov Silicon-Wafer-EMR-Simulation-Springer EN](https://research.airestech.com/papers/r051-2022-lukyanov-kopyltsov-serov-silicon-wafer-emr-simulation-springer-en-243a3e700b.pdf)
- [2023 IFRAN-InstitutPavlova Stage5-Rat-EMF-Study RU](https://research.airestech.com/papers/r053-2023-ifran-institutpavlova-stage5-rat-emf-study-ru-8982f8d91e.pdf)
- [2024 AiresTech Dual-Mode-of-Action-Explainer EN](https://research.airestech.com/papers/r055-2024-airestech-dual-mode-of-action-explainer-en-1a2ff84702.pdf)
- [2024 AiresTech Lifetune-FLEX-Product-Report EN](https://research.airestech.com/papers/r056-2024-airestech-lifetune-flex-product-report-en-8e3134f559.pdf)
- [2024 AiresTech Lifetune-GO-Product-Report EN](https://research.airestech.com/papers/r057-2024-airestech-lifetune-go-product-report-en-12f88296d1.pdf)
- [2024 AiresTech Lifetune-ONE-Product-Report EN](https://research.airestech.com/papers/r058-2024-airestech-lifetune-one-product-report-en-2b26ace62e.pdf)
- [2024 AiresTech Lifetune-ZONE-MAX-Product-Report EN](https://research.airestech.com/papers/r059-2024-airestech-lifetune-zone-max-product-report-en-c1c2a0831b.pdf)
- [2024 AiresTech Lifetune-ZONE-Product-Report EN](https://research.airestech.com/papers/r060-2024-airestech-lifetune-zone-product-report-en-e3a59efee1.pdf)
- [2024 Lifetune One Functional-State Research Report — Russian Original](https://research.airestech.com/papers/aires-hhs-2026-ref-29-r062-public-v1-3ee0b8badf.pdf)
- [2024 Michrowski Depolarization-Aires-Commentary EN](https://research.airestech.com/papers/r061-2024-michrowski-depolarization-aires-commentary-en-4dea391996.pdf)
- [2025 Lukyanov-ITMO Stage2-Report-November RU](https://research.airestech.com/papers/r065-2025-lukyanov-itmo-stage2-report-november-ru-db149cb667.pdf)
- [2025 Review-Report institut Pavlova en](https://research.airestech.com/papers/r066-2025-review-report-institut-pavlova-en-aad164cf82.pdf)
- [2026 AiresTech Fiji-Airways-Travel-Environment-Brief EN](https://research.airestech.com/papers/r072-2026-airestech-fiji-airways-travel-environment-brief-en-9b34619827.pdf)
- [2026 ICICT Certificate-Scan EN](https://research.airestech.com/papers/r074-2026-icict-certificate-scan-en-de323b7c3f.pdf)
- [2026 Lukyanov-Makarov Silicon-Wafer-Thermal-ICICT EN](https://research.airestech.com/papers/r077-2026-lukyanov-makarov-silicon-wafer-thermal-icict-en-c917d8ffd3.pdf)
- [4 37-Report C20S5G 6HGz](https://research.airestech.com/papers/4-37-report-c20s5g-6hgz-3205d2decf.pdf)
- [41-Report 64P1S5G 28GHz en compressed 1](https://research.airestech.com/papers/41-report-64p1s5g-28ghz-en-compressed-1-43b6fdc2f6.pdf)
- [5 38-Report C20S5G 28HGz](https://research.airestech.com/papers/5-38-report-c20s5g-28hgz-9e940d62ae.pdf)
- [7 - Long Resonator Study.compressed](https://research.airestech.com/papers/7-long-resonator-study-compressed-12ff1775d9.pdf)
- [Aires Tech x UFC Testimonial and demo discussion](https://research.airestech.com/papers/aires-tech-x-ufc-testimonial-and-demo-discussion-561a17c682.pdf)
- [aires-hhs-response-2026-10-21-final](https://research.airestech.com/papers/aires-hhs-response-2026-10-21-final-d8306cfaba.pdf)
- [Archive document 2249862](https://research.airestech.com/papers/2249862-75f5dc6983.pdf)
- [pace - aires opinion - Calculation of the strength Aires C20S5G resonator s EMF interaction with 6GHz and 28GHz - I Serov - Jan 14 2019](https://research.airestech.com/papers/pace-aires-opinion-calculation-of-the-strength-aires-c20s5g-resonator-s-emf-interaction-with-6ghz-and-28ghz-i-serov-6603aa5044.pdf)
- [pace - aires opinion - changes in EEG parameters Rybina - August 17 2018](https://research.airestech.com/papers/pace-aires-opinion-changes-in-eeg-parameters-rybina-august-17-2018-993cea0614.pdf)
- [pace - aires opinion - EMF Aires Defender s influence on Heart Rhythm variability - Datova Tyumen 2013 Oct 31 2018 approved](https://research.airestech.com/papers/pace-aires-opinion-emf-aires-defender-s-influence-on-heart-rhythm-variability-datova-tyumen-2013-oct-31-2018-approv-9f1190edb4.pdf)
- [pace - aires opinion - EMF Aires interaction calculations Serov Korshunov et al - August 31 2018](https://research.airestech.com/papers/pace-aires-opinion-emf-aires-interaction-calculations-serov-korshunov-et-al-august-31-2018-0ba015c7be.pdf)
- [pace - aires opinion - protective action against the effect of electromagnetic radiation on structural state of an aqueous environment 2013](https://research.airestech.com/papers/pace-aires-opinion-protective-action-against-the-effect-of-electromagnetic-radiation-on-structural-state-of-an-aque-312cf63c08.pdf)
- [pace - aires opinion - State of effect of the Aires resonator in erythrocytes in human blood - Tarlykov - Jan 2019](https://research.airestech.com/papers/pace-aires-opinion-state-of-effect-of-the-aires-resonator-in-erythrocytes-in-human-blood-tarlykov-jan-2019-6dd7665df2.pdf)
- [Patent 2217181: Device for Influencing Objects of Animate and Inanimate Nature](https://research.airestech.com/papers/2217181-72a21ec51b.pdf)
- [Patent 2231137: Device for Protection from Electromagnetic Radiation](https://research.airestech.com/papers/2231137-661415a8f1.pdf)
- [Patent 2284062: Device for Structuring Electromagnetic Radiation](https://research.airestech.com/papers/2284062-f4fb185fe5.pdf)
- [Patent 2308065: Device for Converting an Electromagnetic Field to a Coherent Form](https://research.airestech.com/papers/2308065-e9908bd2f9.pdf)
- [Patent 2312384: Device for Converting Electromagnetic Radiation to a Coherent Form](https://research.airestech.com/papers/2312384-969cfc5ebd.pdf)
- [report-5g-behavior-genetic-epigenetic-processes-in-brain](https://research.airestech.com/papers/report-5g-behavior-genetic-epigenetic-processes-in-brain-c948734017.pdf)
- [Rybina (2020): Functional-State Indicators, Mobile-Phone Exposure and an Aires Resonator](https://research.airestech.com/papers/aires-hhs-2026-ref-27-r048-public-v1-455bbfbfd3.pdf)
- [Study-5G-May-6-2020](https://research.airestech.com/papers/study-5g-may-6-2020-6247a64b17.pdf)
- [Zenin (2013): Aires and the Structural State of an Aqueous Environment](https://research.airestech.com/papers/1-b235d1c4eb.pdf)
- [Zenin (2013): Aires Shield, Defender and AquaCluster — Aqueous-Environment Study](https://research.airestech.com/papers/r003-2002-zenin-aqueous-environment-structural-state-en-657fee616a.pdf)
- [~2002 AiresTech Clinical-Trial-Protocol-Applicator EN](https://research.airestech.com/papers/r110-2002-airestech-clinical-trial-protocol-applicator-en-b215d87d99.pdf)
- [~2002 AiresTech Clinical-Trial-Protocol-Bioactive-Spots EN](https://research.airestech.com/papers/r111-2002-airestech-clinical-trial-protocol-bioactive-spots-en-2b5a23e33d.pdf)
- [~2002 AiresTech Clinical-Trials-Applicators-Report EN](https://research.airestech.com/papers/r112-2002-airestech-clinical-trials-applicators-report-en-e878da1d52.pdf)
- [~2003 AiresTech BIP-Therapy-EEG-Parameters-Report EN](https://research.airestech.com/papers/r113-2003-airestech-bip-therapy-eeg-parameters-report-en-8b983ec168.pdf)
- [~2006 Rybina-Alexandrov EEG-Parameters-Research-Report EN](https://research.airestech.com/papers/r115-2006-rybina-alexandrov-eeg-parameters-research-report-en-7a5e321a92.pdf)
- [~2007 Lukyanov Broadband-Coherent-Transformers EN](https://research.airestech.com/papers/r116-2007-lukyanov-broadband-coherent-transformers-en-7a889dd460.pdf)
- [~2020 Pavlov-IFRAN Stage5-Bee-HSP70-WiFi-EMF RU](https://research.airestech.com/papers/r121-2020-pavlov-ifran-stage5-bee-hsp70-wifi-emf-ru-ee0ab05dfc.pdf)