
no i didn't đ

Let's talk about the Wireless Chargers.. Wireless chargers use inductive coupling, which requires coils inside the pad & your phone. These coils generate oscillating AC magnetic fields, typically in the 110â205 kHz range (at a higher frequency than your typical powerline) This is the core tech of Qi and MagSafe. These are NOT passive fields, theyâre pulsed, often modulated to detect & adjust to the phoneâs needs. Even if thereâs no phone on it, Wireless charger thatâs plugged into the wall emits AC Electric fields. These AC fields couple capacitively to your body, especially in low conductivity environments (e.g. synthetic shoes, insulated floors), bad news for your nervous system. If the charger is a SMART/ MagSafe-compatible charger, it might also include Bluetooth (2.45 GHz) /NFC (13.56 MHz) chips to detect the device & optimize power delivery. If that's the case, then it emit low-level RF continuously / periodically (even when not charging) Also, these wireless chargers include Switch Mode Power Supplies (SMPS) for their compact size. These chop up the electricity at high frequencies, often in the 20â150 KHz range, but with spikes well into the MHz range. This creates high frequency voltage transients on your home wiring (also called Dirty electricity) TL:DR; Treat it like a mini microwave. Use at a distance (2+ meters) & unplug it when youâre not actively using it. or better yet, stick to Wired Chargers.

testing ...

yes but thereâs a lot more. Also Beckers book âcross currentsâ covers a lot more technicalities

Is your sleeping area clean from wireless RF radiation? <0.01 mW/m² is the standard you should aim for

absolutely. i missed it

My concern with Starlink đ Safe and Sound Pro II is one of the best RF meters out there (costs $400) but it only detects up to 8 GHz and their mmWave frequency range meter (costs $850) only starts at 20 GHz. There's a massive blind spot between those 2 meters Guess what fits right into that gap? Starlinkâs Ku-band frequencies 10.95-12.7 GHz (for downlink) 14-14.5 GHz (for uplink) and to even catch a glimpse of whatâs really going on.. youâd need a device like the Narda NBM-550, but thatâll cost you an outrageous $5,000. Call me a conspiracy theorist but the whole system is designed to ensure that the average person never truly understands whatâs happening around them.

wow! this is amazing. need to setup my raspberry pi again to test this

Thanks Patel <3

Kevin, itâs not about the ENERGY. Itâs about the way a signal changes over time (modulation) The way the field is oriented in space (polarization) The way power is concentrated in short bursts (PAPR) The way energy is spread across frequencies (bandwidth) The way noise raises the floor, lowering SNR (signal-to-noise ratio) The way beams are shaped in space (beamforming / spatial structure) The way signals mix inside nonlinear tissues, creating new intermodulation frequencies The WAVEFORM structure.

Z-Wave runs at 800â900 MHz Thatâs a wavelength of ~33â37 cm. Basically the size of your organs. Which puts it right in the resonance zone, where RF couples best into tissue. That means your lungs end up acting like better antennas at Z-Wave frequencies than at WiFi. Sure the power is low.. but we know that itâs not just about the power, the waveforms matter too. Pulsed, modulated signals interact differently than a plain carrier wave. Biological systems respond to patterns not just watts per square meter. So when the frequency fits your body & itâs carrying complex modulation.. The question isnât if you absorb it.. Itâs how much you react to it. Say NO to Z-Wave. Say NO to Zigbee. Reject SMART homes.

Kevin, itâs not about the energy. Itâs about the way a signal changes over time (modulation) The way the field is oriented in space (polarization) The way power is concentrated in short bursts (PAPR) The way energy is spread across frequencies (bandwidth) The way noise raises the floor, lowering SNR (signal-to-noise ratio) The way beams are shaped in space (beamforming / spatial structure) The way signals mix inside nonlinear tissues, creating new intermodulation frequencies The WAVEFORM structure.

yes ofcourse

Still using CFLs to light up your space? Terrible choice. CFLs are one of the worst lights you can use. They use an electric current to excite mercury vapor, producing ultraviolet (UV) light, which then interacts with a phosphor coating to create visible light This energy-efficient light saves electricity is by operating at 20,000-30,000 Hz, creating high-frequency electrical noise That creates a lot of Dirty Electricity, a type of nnEMF. â High Flicker â Risk of Mercury leak â High Dirty Electricity â 435-495nm Peak Blue Light â Alien waveform with spiky peaks Energy savings shouldnât come at the cost of your health. Time to ditch them. ASAP.

you can always ask
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