Rejuvenate Hope with Pulsors LTD.

11/13/2025

https://www.rejuvenatehopewithpulsors.com/post/global-podcast-network-jill-nicolini-interviews-eric-unlocking-the-technology-behind-pulsor

11/05/2025

www.RejuvenateHopeWithPulsors.com

10/29/2025

10/29/2025

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When the signal strengthens, the bees vanish.

In a growing concern among scientists worldwide, new observations suggest that honey bees may abandon their hives when exposed to high levels of electromagnetic radiation from 5G cell towers. What was designed to connect humanity might be quietly disrupting one of Earth’s most essential species.

Bees are crucial to our survival, pollinating more than one-third of the world’s food crops. Yet, near 5G towers, researchers have recorded unusual behavior—worker bees becoming disoriented, failing to return to their hives, and in some cases, entire colonies collapsing. These findings have raised urgent questions about how modern communication technology could be affecting the natural rhythms of insects.

Preliminary studies indicate that electromagnetic fields may interfere with bees’ navigation, which depends on the planet’s magnetic field and subtle environmental vibrations. When those cues are disrupted, bees can lose their sense of direction, drift aimlessly, and never find their way home. Though more research is needed, the evidence is increasingly difficult to dismiss.

This serves as a reminder that progress often comes with unseen consequences. While 5G promises speed and global connectivity, it may also be reshaping ecosystems in ways we are only beginning to grasp. Safeguarding bees means safeguarding the foundations of life—our food, our biodiversity, and the natural balance that sustains us all.

Until science provides clearer answers, the silence of the hives may be trying to tell us something—and it’s time we start listening.

08/28/2025

https://www.facebook.com/share/p/1CnYTwz2BE/

In a surprising breakthrough, scientists have discovered that human cells can actually hear sound and respond to it. Research shows that certain cells detect vibrations and convert them into biological signals, influencing their behaviour and function.

This groundbreaking finding challenges previous assumptions that cells operate independently of auditory cues, revealing a previously unknown layer of communication within the body. Cells exposed to specific sound frequencies demonstrated changes in gene expression, growth patterns, and even signalling pathways, suggesting sound could one day be used to influence health at a cellular level.

The discovery opens exciting possibilities for medicine and biotechnology. Future therapies could harness sound waves to promote healing, improve cellular function, or even target diseases with unprecedented precision. Scientists are now exploring how different types of sound affect various cell types and how this knowledge could lead to non-invasive treatments.

Understanding that our cells can “hear” may revolutionise the way we approach health and disease, offering innovative tools for therapies and preventive medicine. The human body may be more attuned to its environment than we ever imagined.

08/24/2025

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Remember when we talked about this technology's next-gen potential six months ago? Well, it’s already more advanced — and it’s a major privacy issue.

Researchers at La Sapienza University in Rome have introduced “WhoFi,” a system that tracks individuals with incredible accuracy — up to 95.5% — by analyzing how Wi-Fi signals bounce off their bodies.

Unlike previous systems that struggled to reach 75% accuracy, WhoFi uses a neural network that allows it to “see” through walls and work regardless of lighting.

What’s particularly alarming is that it runs on standard TP-Link routers, turning regular Wi-Fi hardware into a powerful tracking device. It works by creating unique “fingerprints” for people based on how Wi-Fi signals interact with their body shape and movements. Even when participants wore different clothing, the system could still distinguish between them with remarkable accuracy.

As we’ve noted, once 6G networks are in place, this tech could evolve even further — identifying facial expressions to determine emotions, provided they’re visible. The implications for privacy are staggering. Wi-Fi-based passive monitoring, without cameras or consent, could dramatically change how personal spaces are tracked. And let's be honest, governments may say they won’t track people, but don’t be surprised if they do.

History has shown that once these unethical practices are uncovered, the typical excuse will be “national security.”

08/18/2025

Have you ever considered how much radiation a child’s brain absorbs from everyday wireless devices? New research shows that because a child’s skull is thinner and still developing, it allows far more radiation to reach the brain compared to adults. Experts at the University of Utah warn that smartphones, tablets, and similar devices may be exposing young, developing neural tissue at much deeper levels than previously thought.

This makes children especially vulnerable. Their thinner bone structure, higher water content, and ongoing brain development increase sensitivity to electromagnetic fields. Early studies suggest potential links between this exposure and issues with sleep, focus, and long-term cognitive health—though more research is underway.

The message isn’t to fear technology, but to use it wisely. Simple adjustments like using speakerphone, reducing close contact, and encouraging screen breaks can go a long way in protecting young brains. Understanding the science behind radiation exposure is the first step toward building safer digital habits for kids.

08/07/2025

https://www.facebook.com/share/r/17B98czMCW/