Brain changing sonic attacks

- Advertisement -

New York, USA (CWBN)_ The National Academy of Sciences reported yesterday that what was dubbed as “sonic attacks” US diplomats in Cuba and China in two separate incidents that took place in 2016 and 2017, resulting in changes to brain structure, is consistent with directed microwave radiation.

The report stated that “Overall, directed pulsed RF (radio frequency) energy, especially in those with the distinct early manifestations, appears to be the most plausible mechanism in explaining these cases among those that the committee considered.”

It also identified that the secondary scenario to explain the symptoms would be Persistent Postural-Perpetual Disorder (PPPD), which is triggered by “episodes of vertigo or unsteadiness of vestibular, neurological or psychiatric origin.”

Although the report did not claim that the radiation was intentionally directed, the report suggested that it could be used with ill intent.

Hot this week

Australia Cracks Down on Shady Student Recruitment Practices—New Law Could Change International Education Forever!

The Australian government has once again introduced important legislative...

The Most Secure UK Passport Ever? King Charles’s Royal Redesign Promises Big Changes!

(Commonwealth_Europe) From December 2025, British passports will take on...

The Royal Green Alliance: How King Charles and Prince William Are Forging a Climate Dynasty

Environmental (Commonwealth Union)—In a theatrical display of cross-generational commitment...

The Graceful Allure of the Royal Ballet and Reiss Collaboration

When ballet meets high street, the result ought to...

Planning a Disney Holiday? Expect to Pay More Than Ever Before

Disney is once again adjusting its ticketing strategy, and...
- Advertisement -

Related Articles

- Advertisement -sitaramatravels.comsitaramatravels.com

Popular Categories

Commonwealth Union
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.