Weather Warfare? Radar Detects Anomalies Near Hurricane Beryl's Path to Texas

There's been a strange anomaly on the NEXRAD radar system leaving some to believe they are pushing the storm along using new technology.Photo byGlamHam on TikTok

By Kristy Tallman, July 7, 2024

Texas -- Recent radar images have sparked a controversial debate as Hurricane Beryl barrels towards the Texas Gulf Coast. New data shows unusual sonic wave patterns near Beryl's projected trajectory, raising concerns about the potential use of weather modification technologies by the government.

An image of Hurricane Beryl out in the Atlantic.Photo bycraiyon.com

The Situation with Hurricane Beryl

Hurricane Beryl has intensified into a Category 5 storm, causing widespread damage in the Caribbean. With winds reaching up to 160 mph, Beryl is now expected to impact the Texas Gulf Coast, bringing dangerous storm surges, heavy rainfall, and severe flooding. Beryl has already broken several records, including the fastest intensification from a tropical storm to a Category 5 hurricane in recorded history and the highest sustained winds for a hurricane in July. Evacuation orders are in place, and residents are urged to prepare for potentially catastrophic conditions​ (WUSF )​​ (Zoom Earth)​.

Unusual Radar Patterns

Recent radar images reveal unusual sonic wave patterns in the vicinity of Beryl's path. These patterns have led to speculation about the potential use of weather modification technologies, such as those described in patents for high-decibel sound waves and other methods designed to influence storm formations​ (Justia Patents)​​ (PatentScope)​.

Government Involvement and Concerns

The appearance of these sonic waves has fueled conspiracy theories about government efforts to control the weather. Historical examples like Operation Popeye during the Vietnam War, where cloud seeding was used to extend the monsoon season over Vietnam, Laos, and Cambodia, underscore the potential for weather to be weaponized​ (ClimateViewer News)​​ (ClimateViewer News)​.

A woman stands devasted at the loss after Hurricane Michael wipes out her home.Photo byapmcdn.org

Ethical and Environmental Implications

The potential misuse of weather modification technologies raises significant ethical and environmental concerns. Manipulating natural weather patterns can have far-reaching impacts on the environment and human populations. The debate over the use of such technologies underscores the need for stringent international regulations and oversight to prevent their exploitation for harmful purposes.

Official Responses

Authorities have yet to confirm the use of any weather modification technologies in relation to Hurricane Beryl. However, the unusual radar patterns have intensified scrutiny and calls for transparency regarding the application of these powerful technologies.

As Hurricane Beryl approaches, the focus remains on ensuring the safety and preparedness of affected communities. Whether or not the government is involved in manipulating the storm's path, the potential risks associated with weather modification technologies cannot be ignored.

Innovative Patents and Weather Control Technologies

Hurricane and Tornado Control Device

The "Hurricane and Tornado Control Device" patent, filed on November 2, 2001, by Andrew Waxmanski, proposes using high-decibel sound waves to influence weather systems, potentially disrupting or enhancing storm formations to create rain or steer hurricanes and tornadoes​ (Justia Patents)​​ (PatentScope)​.

Vortex Rings to Influence Weather Systems

A patent granted on October 23, 2018, describes a method for generating vortex rings to influence weather systems. This patent, developed by Jong Hyup Park for HYUNJIN CONSTRUCTION CO., LTD., involves a vortex ring-producing gun that can affect atmospheric conditions, potentially altering weather patterns​ (Free Patents Online)​​ (Cambridge)​.

A vortex ring moves through water, showcasing its donut-shaped, rotating structure and dynamic influence on the fluid.Photo byphys.org

Vortex rings are donut-shaped vortices that move through a fluid medium, such as air or water. They can be generated using various methods, including releasing bursts of gas under pressure. The stable, rotating rings created by these bursts can travel long distances and influence the surrounding fluid dynamics, potentially impacting weather systems. Vortex rings can also interact with the water surface to create waves, adding another dimension to their potential influence on weather patterns.

Proactive Mitigation of Hurricanes and Tropical Storms

A notable patent issued on April 20, 2023, details a system for proactive mitigation of hurricanes and tropical storms. This system involves deploying vast ocean surface structures designed to prevent seawater from evaporating by creating cool, shaded areas on the ocean surface. These floating structures can significantly reduce water temperature increases due to sun irradiation, thereby reducing the likelihood of storm formation​ (Justia Patents)​​ (PatentScope)​​ (MyEscambia.com)​.

The system works by exploiting the natural thermal dynamics of the ocean. Tropical cyclones derive their energy from warm ocean surface waters. By cooling these waters, the system can deprive the storm of its energy source, thereby weakening it or preventing its formation. This is achieved through methods such as bubble curtains, which involve ships deploying perforated pipes that release streams of air bubbles from the ocean floor to the surface. The rising bubbles carry colder water from deeper layers to the surface, cooling the warm surface waters​ (Justia Patents)​​ (PatentScope)​.

The approach is designed to be scalable, allowing for deployment in strategic locations across vast ocean areas. This makes it possible to target specific regions known for frequent storm formation, such as the Gulf of Mexico and the Caribbean. The system's scalability and cost-effectiveness are key advantages, potentially enabling widespread use without exorbitant costs​ (MyEscambia.com)​.

While these patents present innovative methods, we are told these technologies are not yet widely in practice. Supposedly practical implementation remains limited, with ongoing research and development needed to evaluate their effectiveness and potential impacts fully. Ethical considerations and environmental concerns also play a significant role in determining the future use of such powerful weather control technologies.

Conclusion

As Hurricane Beryl threatens the Texas Gulf Coast, the emergence of unusual sonic wave patterns in its path has reignited debates over the ethical and environmental implications of weather modification technologies. While innovative patents such as high-decibel sound waves, vortex rings, and proactive ocean cooling systems present potential benefits for managing severe weather, they also raise significant concerns about the manipulation of natural weather patterns and the possible misuse of these technologies.

As scrutiny increases by more and more Americans, transparency and rigorous oversight are essential to ensure that such powerful tools are used responsibly and according to the will of the people. The safety and preparedness of communities remain paramount, highlighting the urgent need for a halt in these devastating manipulations that are destroying the lives of many in their path.

By Kristy Tallman, July 7, 2024

The Republic News

Sources: National Hurricane Center, WUSF, USPTO, FreePatentsOnline, Cambridge Core, NOAA NCEI, MyEscambia.com If you have a news story you'd like shared, email kristyznews@gmail.com.

#WeatherModification #ClimateChange #HurricaneBeryl #StormSurge #DisasterPreparedness #EmergencyManagement #CaribbeanStorms #TropicalCyclones #ClimateEngineering #GlobalSecurity

Sources

1. National Hurricane Center
2. WUSF
3. USPTO
4. FreePatentsOnline
5. Cambridge Core
6. NOAA NCEI
7. MyEscambia.com