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Yuri Grigoriev, a Russian biophysicist and a singular figure in the world of electromagnetic health and safety over the last 50 years, died in Moscow on April 6 at the age of 95.

“We have lost a ‘scientific grandfather’,” Oleg Grigoriev told Microwave News. “Yuri supported scientists and pushed them to do research. He was greatly respected by all his colleagues, myself included.”

In contrast to many of his counterparts in the West, Yuri Grigoriev promoted the idea that microwave biology is more complex than simple tissue heating. His views were based, in part, on his own research showing the importance of modulation characteristics.

A German court of appeals has ordered Alexander Lerchl to stop smearing the authors of two papers which show that mobile phone radiation can break DNA and possibly cause cancer. For more than a decade, Lerchl, a professor of biology at Jacobs University in Bremen, has charged, without evidence, that the experimental data from Hugo Rüdiger’s lab at the Medical University of Vienna (MUV) were fabricated.

In its long-awaited decision, dated December 11, 2020, and released at the end of January, the Hanseatic Higher Regional Court of Bremen threatened Lerchl with a fine of up to €250,000 (~US$300,000), or six months in prison, if he continues to falsely disparage the Rüdiger papers. The penalties would apply each time Lerchl violates the court order. Lerchl must also pay €20,000 in court costs.

In a startling new paper, researchers at the University of Iowa medical school are reporting that static electric and magnetic fields (EMFs) can control diabetes in laboratory mice.

“Exposure to EMFs for relatively short periods reduces blood sugar and normalizes the body’s response to insulin,” says Calvin Carter, one of the leaders of the research group. “The effects are long-lasting, opening the possibility of an EMF therapy that can be applied during sleep to manage diabetes all day.” Carter is a post-doc in the lab of Val Sheffield at the university’s Carver College of Medicine.

Thyroid cancer among women is skyrocketing all over the world. Incidence is growing faster than for any other cancer. This has been going on for a long time, and the reasons why remain elusive.

The prevailing view is that there’s been an “epidemic of diagnosis” —that is, overdiagnosis— particularly following a screening program. The tumors have always been there, the argument goes, but new and better detection tools (ultrasound, for example) have made it easier to spot small ones, many of which would likely never present a real threat. In any case, thyroid cancer is not one of the bad ones; 98-99 percent of those diagnosed survive at least five years, the highest for all cancers. Watchful waiting is often the best prescription.

The only recognized cause for thyroid cancer is ionizing radiation.