Understanding EMF and Brain Health
In our connected world, electronic devices are our constant companions. While they bring immense convenience and connectivity, they also bombard us with electromagnetic fields (EMF) that can affect our well-being.
EMF radiation from cellphones, 5G, WiFi, and Bluetooth has been scientifically linked with increased risks of cancer, cellular stress, and DNA damage.
At HAVN, we take your health seriously, which is why we've conducted a new eye-opening study to protect your most valuable asset: your brain.
The Study: Measuring EMF's Impact on Brain Activity
Partnering with Aspen Neurotherapy and Dr. Jennifer Jones, we delved into the effects of EMF from smartphones on brain activity. Using EEG technology, we measured the brainwaves of individuals with or without an idle smartphone next to their head.
The study was designed to monitor the brainwave patterns of individuals exposed to EMF radiation, particularly from smartphones, which are a constant presence in our daily lives. Using the latest advancements in Electroencephalography (EEG), we measured the frequency of brain waves, with a focus on Beta waves (13-35 Hz) which are often associated with states of stress and anxiety.
What We Found
Our study revealed a clear picture with mind-blowing results :
❌ Without the Wavestopper™ Beanie
A drastic increase in Beta and High Beta waves (13-35 hz), associated with stress and anxiety.
✅ With the Wavestopper ™ Beanie
By blocking EMF, we see significantly reduced levels of stress and anxiety, back to normal activity.
Just having a smartphone around can lead to increased Beta brainwave activity, which is often linked to stress and anxiety. However, when our participants used the Wavestopper™ Beanie, these patterns shifted significantly.
The result? A return to normal, baseline levels of brain activity, akin to what you'd experience without any EMF exposure.
The EEG results were quantitatively analyzed using Fast Fourier Transform (FFT) algorithms, and the brainwave frequencies were z-scored to represent standard deviations from the mean, providing a clear, objective measure of brain activity.
The EEG results were quantitatively analyzed using Fast Fourier Transform (FFT) algorithms, and the brainwave frequencies were z-scored to represent standard deviations from the mean, providing a clear, objective measure of brain activity.
Why the Wavestopper™ Beanie?
The Wavestopper™ Beanie isn't just another piece of tech wear. It's a scientifically-backed solution to the modern problem of EMF exposure.
We at Lambs are excited to offer you a product that merges science with comfort, providing a simple yet effective way to address EMF concerns.
Why the Faraday™ Beanie?
The Faraday™ Beanie isn't just another piece of tech wear. It's a scientifically-backed solution to the modern problem of EMF exposure.
We at Lambs are excited to offer you a product that merges science with comfort, providing a simple yet effective way to address EMF concerns.
Shop the Wavestopper™ Hats
Wavestopper™ Beanie
Made with WaveStopper™ Technology which blocks 99% of EMF radiation.
✓ Protects your brain
✓ Supports cognition & mental clarity
✓ Promotes long-term health
Wavestopper™ Lightweight Beanie
As a lightweight version, it provides the ideal comfort and brain protection while sleeping, being inside, or during warmer days.
✓ Protects your brain
✓ Supports cognition & mental clarity
✓ Promotes long-term health
Wavestopper™ Cap
Features an inner 360º silver lining of WaveStopper™ fabric to help protect your brain while keeping bacteria, odors, and UVs at bay
✓ WaveStopper™ certified: blocks 99% of EMFs (cell phone radiation, 4G, 5G, Wi-Fi, Bluetooth)
✓ UPF 50+: blocks 99% of harmful UV rays (UVAs and UVBs)
✓ Antimicrobial & anti-odor
Wavestopper™ Performance Cap
The performance version is designed for active use with water-resisting properties and a shorter brim.
✓ WaveStopper™ certified: blocks 99% of EMFs (cell phone radiation, 4G, 5G, Wi-Fi, Bluetooth)
✓ UPF 50+: blocks 99% of harmful UV rays (UVAs and UVBs)
✓ Antimicrobial & anti-odor
