Subnostr

31 March 2024 - every Friday i leave and then return to find my sofa has been moved a little. And when i sit on it i get a severe back ache.

My sofa is like the #CCTV cam that doesn't work, it overlooks the main road.

Whatever the #MI5 #intelligenceServices and #police #lawenforcement **renew** when i leave and then come back, whether it is #grapheneOxide in the sugar, salt and or honey or some device they need to refresh weekly, with 12 hrs of lag it starts to hit hard with the #microwaveFreyEffect, body jolts, pins and needles, numbness, vertigo, headaches and #coughtorture ( #radiationSickness ).

https://web.archive.org/web/20240330232325/https://www.drrobertyoung.com/post/the-havana-syndrome-pulsating-microwaves

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The **Microwave Auditory Effect**, also known as the **Frey Effect**, is a fascinating phenomenon where individuals perceive audible sounds—such as clicks, buzzing, hissing, or knocking—**without the aid of any electronic receiving device**. These sounds are generated **directly inside the human head** due to **pulsed or modulated radio frequencies**. Let's delve into the details:

- **Origin and Discovery**:

- During **World War II**, personnel working near radar transponders reported hearing strange sounds. In **1961**, American neuroscientist **Allan H. Frey** conducted experiments on this phenomenon and was the first to publish information about it.

- Frey's experiments revealed that subjects could hear appropriately pulsed microwave radiation from distances ranging from a few inches to hundreds of feet from the transmitter.

- The perceived loudness was linked to the **peak power density** rather than average power density.

- The induced sounds were described as "a buzz, clicking, hiss, or knocking," depending on transmitter parameters.

- By adjusting these parameters, Frey could even induce sensations like severe buffeting of the head or a pins-and-needles feeling.

- **Mechanism**:

- The generally accepted mechanism involves **thermoelastic expansion** of portions of the auditory apparatus.

- Each microwave pulse causes rapid (though minuscule) heating of the brain (in the range of 10^-5°C).

- This heating generates a pressure wave that travels through the skull to the cochlea, resulting in auditory sensations.

- **Modern Observations**:

- Workers at microwave transmitting sites emitting **pulsed microwave radiation** have reported auditory responses.

- Frequencies from approximately **200 MHz to at least 3 GHz** can induce these effects.

In summary, the Frey Effect demonstrates that our brains can perceive sounds directly from microwave radiation, creating an intriguing intersection of science and perception¹²³.

Source: Conversation with Bing, 30/03/2024

(1) Microwave auditory effect - Wikipedia. https://en.wikipedia.org/wiki/Microwave_auditory_effect.

(2) Unveiling the Mysteries of the Microwave Auditory Effect: Exploring the .... https://www.alonereaders.com/article/details/1237/unveiling-the-mysteries-of-the-microwave-auditory-effect-exploring-the-frey-phenomenon.

(3) What is the Frey effect? – The Rh Negative Blog. https://www.rhesusnegative.net/staynegative/what-is-the-frey-effect/.

(4) Review of Audiovestibular Symptoms Following Exposure to Acoustic and .... https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7199630/.

10Luno 1y ago

# Certainly! Let's delve into the distinction between **peak power density** and **average power density** of microwave radiation:

1. **Peak Power Density**:

- **Definition**: Peak power density refers to the **maximum power** observed at a specific point in time.

- **Explanation**: Imagine a microwave emitting a pulse of radiation. The peak power density corresponds to the highest power output during that pulse.

- **Use Case**: In applications where rapid bursts of energy matter, such as radar systems or certain medical treatments, understanding peak power density is crucial.

- **Example**: If you're tracking a fast-moving object using radar, the peak power density helps determine the system's ability to detect it during brief intervals.

2. **Average Power Density**:

- **Definition**: Average power density represents the **average power emission over time**.

- **Explanation**: Consider the total energy emitted by a microwave over a period. Divide that energy by the duration to get the average power density.

- **Use Case**: In scenarios where sustained exposure matters, like assessing potential health effects from long-term microwave exposure, average power density is relevant.

- **Example**: When evaluating safety guidelines for microwave ovens, the average power density helps establish permissible exposure limits.

Remember, peak power density focuses on instantaneous bursts, while average power density considers the overall emission over time. Both play essential roles in understanding and managing microwave radiation exposure¹²³. 🌐🔬

Source: Conversation with Bing, 06/04/2024

(1) Average Power Density Vs. Peak Power Density - Server Technology. https://www.servertech.com/blog/average-power-density-vs-peak-power-density.

(2) Peak Power Vs. Average Power- Master It & Calculate It. https://blog.ophiropt.com/peak-power-vs-average-power-master-it-calculate-it/.

(3) Laser Peak Power and Average Power: What’s the Difference?. https://blog.ophiropt.com/laser-peak-power-and-average-power-whats-the-difference/.

(4) Average and Peak Power – A Tutorial - Newport. https://www.newport.com/medias/sys_master/images/images/h8f/h7a/8797052108830/Average-and-Peak-Power-Calculation-Tech-Note-1.pdf.

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