SCIENCE
5G and Sleep: What's the Connection?
Mon Jun 23 2025
5G technology is the newest big thing in mobile communication. It's super fast and connects lots of devices at once. But, it also brings up questions about how it affects our health, especially our sleep.
Sleep is crucial for our bodies to rest and recharge. It's divided into different stages, and one of them is non-rapid-eye-movement (NREM) sleep. During this stage, our brains show specific patterns called EEG spindles. These spindles are like little bursts of activity that help us process information and remember things.
Older types of mobile technology, like 4G, have been studied for their effects on sleep. Some studies found that the radiofrequency electromagnetic fields (RF-EMF) from these technologies can increase the number of EEG spindles during NREM sleep. This might sound bad, but it's not entirely clear what it means for our sleep quality.
Now, let's talk about 5G. It uses a different range of frequencies than older technologies. This means it might affect our sleep in different ways. But, so far, no one has really looked into this. It's a big question mark.
Here's another thing to consider. RF-EMF can activate certain channels in our brain cells. These channels are like tiny gates that let stuff in and out of the cells. One type, called L-type voltage-gated calcium channels, is linked to sleep quality and those EEG spindles. So, it's possible that 5G could affect our sleep through these channels. But, again, more research is needed.
It's important to note that the impact of 5G on sleep is still a mystery. We don't have enough information to say for sure whether it's good, bad, or neutral. But, it's a topic worth exploring. After all, we spend about a third of our lives sleeping. We should want to know if the technology we use every day is affecting it.
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questions
Could 5G RF-EMF be the reason why people are suddenly waking up to find their phones have turned into toasters?
Will 5G RF-EMF make us all start sleepwalking into the nearest Starbucks?
Could the observed effects on EEG be part of a larger experiment to monitor brain activity remotely?
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