>
Private Credit: is it a Fund of Fund or a CDO-squared?
Islamic Republic of Iran's Foreign Minister Abbas Araghchi announces that Iran...
IT'S OFFICIAL: DOUBLE-SIDED CEASEFIRE IN IRAN!
The CIA used a futuristic new tool called "Ghost Murmur" to find and rescue...
China Introduces Pistol-Like Coil-Gun Based On Electromagnetic-Launch Systems
NEXT STOP: MARS IN JUST 30 DAYS?!
Poland's researchers discovered a bacteria strain that destroys pancreatic cancer.
Intel Partners with Tesla and SpaceX on Terafab
Anthropic Number One AI in Ranking and Revenue - Making $30 Billion Per Year
India's indigenous fast breeder reactor achieves critical stage: PM Modi
Mexico Speeds Up Biometric ID Rollout
Homemade solar drone smashes endurance record with 5+ hours aloft
This Home Flywheel Makes Storing Solar 90% Cheaper -- And It Works Forever!
Physicists captured a crystal made only of electrons, forming a honeycomb pattern without atoms...

There's been no indication anywhere in the world that cell phones and/or other screens are being put inside the cribs of hospitalized newborn babies yet. Nevertheless, these wee ones are still being exposed to wireless radiation from hospital Wi-Fi networks, nearby cell towers and antennas, and perhaps wireless sources being used or worn by staff. Given that research has already determined that exposure to Electromagnetic Fields (EMF) – including from sources of wireless radiation – is biologically harmful AND that children are more vulnerable to it, the results of this new study can't be a big surprise.
From Environmental Health Trust:
New Study: Wireless Radiation Impacts Sleep in Hospitalized Newborns
Research supported by The French National Research Program for Environmental and Occupational Health found impacts from chronic wireless radiation frequency RF-EMF on the sleep of hospitalized preterm newborns.
Continuous measurements of RF-EMF levels were performed in 29 hospitalized preterm newborns throughout the first 21 days after birth.
The main chronic effect found was an increase in indeterminate sleep with RF-EMF exposure. At the highest exposure levels, an increase in RF-EMF levels increased sleep fragmentation. No significant relationship was found between acute (short term) RF-EMF levels and sleep parameters.
The authors concluded, " Despite no consolidated disruption in sleep structure, this study is the first to show that some sleep parameters seem to have a certain sensitivity to chronic – but not acute – RF-EMF exposure in preterm newborns. Further studies are needed to confirm our results and examine possible mid- to long-term, sleep-related cardiorespiratory and neurodevelopmental outcomes."