{"id":"HHS-OASH-2026-0397-6488","number":"6488","name":"Justin Newsome","organization":"","posted":"2026-10-28T04:00Z","received":"2026-10-21T04:00Z","body":"Docket: HHS-OASH-2026-0397\nPerspective (Question 2): \nIndividual consumer and homeowner who has measured ambient fields with a consumer multi-field meter (GQ EMF-390) and is concerned about cumulative exposure for my family, including a young child.\n\nExposures (Question 3): \nI live in a typical household with a growing number of devices transmitting EMF. WiFi and bluetooth on multiple devices, smart meters, and wireless infrastructure.\n\nObserved Exposure Patterns (Question 4k):\nObserved exposure patterns: I got a sensor to review my family's exposure. A surprising finding was that just standard wiring by light switches would give high readings. As a small test i held the sensor up to my phone while streaming a video, our running microwave, and both the phone and microwave at once. The phone and microwave together showed higher readings than the devices by themselves. Holding the sensor higher resulted in higher readings. Taking the sensor outside was notably less exposure. Another surprise to me was that at my work in an office the signal generally was less than at home.  My family is concerned but does not have any noticeable health impacts that can directly be attributed to exposures that I know of.  \n\nFuture Research Recommendations (Questions 4m, 5o):\nExisting studies seem to focus on controlled lab environments mostly over short term exposures.  Future studies should look at cumulative real world situations. Cumulative meaning interactions of different sources of exposure and exposure over time. One example experiment is proposed. A straightforward way to test the claim of direct sensing is a properly controlled, double-blind or blinded field protocol: participants who self-identify as sensitive are transported or positioned near verified high- and low-exposure locations (cell sites, base stations, or controlled sources) without visual or other cues, with actual field levels measured independently. Demographic diversity (age, sex, race/ethnicity) would strengthen generalizability. \nFCC guidance accounts for multiple transmitters inside one product and for multiple fixed sources with known spatial relationships when evaluating site compliance, but does not fully capture the real-world ambient mixture of ELF wiring fields + intermittent RF from phones, Wi-Fi, Bluetooth, IoT devices, and distant infrastructure.\nA controlled “future home” protocol that starts with a low-RF baseline and progressively adds devices while measuring both fields and any biological endpoints would help quantify cumulative patterns.\n\nCurrent Research (Question 6):\nCurrent research: Existing studies show limited conclusive health impacts but admit limitations of existing studies (Ruben et al 2010). \n\nRegulatory Recommendation (Questions 5n, 5o, 9, 10): \nThe limitations of existing studies could be greatly reduced if agencies moved toward a planned, phased in implementation. Whenever a new technology is introduced that would change exposures, select a subset of states to release it in first. Conduct health and environmental surveys before and well after the innovation is introduced in the test states as well as their neighboring states. This allows a control group to compare against in all demographics with 1 procedural update. Otherwise, different tests would be needed to ensure safety of different populations and it will be far more difficult. With this process update, states would be motivated to get good health and environmental records to be able to be a part of a new innovation rollout. I expect that industry and states will be against it. However, an economic study using forecast computer models would be interesting. It would help distribute technology through the country rather than having central points of innovation.  I could see arguments that the economy would benefit while reducing the potential harms to society. This recommendation does not stop innovation but presents a needed planned implementation. It proposed an experiment. Without it, in the current system, it is still an experiment, but it's an experiment without a control group which is far more difficult for individuals and policy makers to make informed decisions. \n\nHistorical perspective (Questions 5, 6, 16):\nWhen microwave ovens entered widespread use, regulators set leakage limits (FDA) and exposure guidelines. Debates occurred; some Eastern European standards were substantially stricter. Ovens were not banned in the USSR; leakage standards and measurement protocols were developed and enforced. Cumulative personal monitoring analogous to ionizing-radiation dosimetry badges has not been standard for non-ionizing fields because the primary established hazard mechanism differs and ambient levels are generally far below thermal thresholds. As device density and infrastructure increase, revisiting whether population-level cumulative exposure tracking or better disclosure is warranted is reasonable.","attachments":[],"attachment_inventory":true,"withheld":false,"source":"https://www.regulations.gov/comment/HHS-OASH-2026-0397-6488","tags":["child-development","health-experiences","exposure-places","policy-standards","research-evidence"],"source_hash":"e5551b9055a65a6419e78b60f5ae70de726ac61f20fa9ef5bcc493dc7a1db46d","slug":"child-development-comment-6488","classification":{"id":"HHS-OASH-2026-0397-6488","body_sha256":"1670663e9b74f20750eae0244608b354012f8b476790792534ab67982f98b29c","status":"ai_reviewed","primary_topic":"research","topics":[{"id":"research","evidence":"properly controlled, double-blind or blinded field protocol"},{"id":"standards","evidence":"planned, phased in implementation"},{"id":"electricity","evidence":"standard wiring by light switches"},{"id":"children","evidence":"including a young child"}],"summary":"The commenter describes household field measurements without known attributable health effects and proposes blinded sensitivity testing, cumulative real-world exposure research, and phased deployment with control groups. They discuss limits of existing monitoring and ask for improved disclosure.","reviewed_at":"2026-10-28T23:54:32Z","review_method":"Full comment-text review with exact source evidence; attachments not reviewed","review_source_sha256":"87725d6d4dfd15057f08b5a663e068d745cdb8f5d0eba5a3191b0c63a2fe8739","source_url":"https://rfsafe.net/hhs-comments/data/catalog.json","scope":"Original comment body; attachments excluded"},"forum_topics":["research","standards","electricity","children"],"primary_topic":"research","forum_title":"The commenter describes household field measurements without known attributable health effects and propos…"}