With smartphones, tablets, and relay antennas proliferating everywhere, electromagnetic waves permeate our daily lives. Concerns about health impacts persist, especially with 5G rollout reigniting debates. Electromagnetic waves from wireless tech are invisible, inaudible, and odorless, creating an electrosmog we live in 24/7.
Their health effects spark controversy, but consensus exists on thermal effects that slightly heat body tissues. Some experts highlight non-thermal effects from wave pulsations and molecular oscillations.
Impacts vary by intensity and exposure duration, complicating definitive assessments for scientists.
Studies on rats and mice indicate long-term brain tumors from electromagnetic radiation. These frequencies "could alter gene expression (…) and induce oxidative stress and inflammation," notes oncologist Prof. Dominique Belpomme, co-author of The Black Book of Waves (Marco Pietteur ed.).
Classified as possible carcinogens by IARC since 2011, they pose higher risks to children with thinner skulls.
Epidemiological research suggests ties to childhood acute leukemia near high-voltage lines, breast cancer from occupational exposure, and parotid gland tumors from heavy mobile use.
France's ANSES deems risks low, stating 5G at 3.5 GHz poses no new threats based on current data.
For 26 GHz bands planned for future 5G, evidence remains insufficient, per ANSES.
At Atos in Yvelines—surrounded by antennas and packed with servers—glioblastomas hit unusually hard. Complément d’Enquête (2020) reported seven cases among 1,000 employees/ex-employees; an eighth followed, plus a dozen nearby. Field tests in April 2021 showed waves below limits, per local officials.
Coincidence or inadequate thresholds? Ongoing investigation needed.
Prof. Belpomme warns of links to ALS, Alzheimer's, MS, subfertility, and sterility.
Heavy mobile use correlates with reduced sperm count, mobility, and viability in men.
Pregnant women's exposure to fields ≥1.6 μT raises miscarriage risk to 20.5% vs. 8.2% at lower levels (Kaiser Foundation study). That's equivalent to a radio alarm clock 30 cm from the head.
Opt for low-SAR phones (<0.3 W/kg)—check packaging, avoid pre-2016 models with higher values.
Use speakerphone or hands-free kits; call in strong signal areas, not vehicles or basements.
Don't pocket phones near heart or genitals. Charge outside bedrooms; keep >2m away at night or power off.
Anti-radiation patches, paints, and silver-thread garments lack proven benefits. Lab tests show some cut SAR 50-99%, but real-world use varies (ANFR). Blocking signals may boost phone power, worsening exposure.
