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Kenny Carmody

@KennyCarmody

Dec 13, 2025

Genetic interventions for the prevention of infectious diseases must be stopped and banned immediately.

I make it unequivocally clear: "Whoever participates now is acting criminally!"

Despite all attempts to cover up, the extent of what is probably the greatest crime in human history is becoming more and more clear. Since 2020, the world has been lied to by a sneakily staged fear campaign and tormented with insane measures. All this served to make people receptive to genetic engineering experiments that were previously taboo as irresponsible.

Since 2021, it has become increasingly clear what unconsiderable suffering and misery those responsible in politics, industry, authorities, research, the military, media, medicine and the financial world have caused millions of people. Corpses pave their way and there was no mercy among children, pregnant women and the disabled. The brutal greed for money and global control behind the melodious phrases of environmental protection, prevention, democracy, solidarity and technical progress is becoming more and more evident.

From my point of view, the hard data of excess mortality, the increase in chronic and malignant diseases, the decline in births and the oppressive restrictions on our fundamental rights show the whole scandal around the fake pandemic.

From the beginning, the vaccination program was doomed to failure even though I myself made the mistake to take the jab in late 2021 to see my family who was very sick…

Was the genetic vaccine debacle predictable from a scientific point of view?

We answer this question very clearly with “yes”. For us, it was clear from the beginning solely on the basis of textbook knowledge that the so-called "Covid-19 vaccinations" will do more harm than good. Bhakdi et al. go one step further and explain in a language understandable even for laymen that all injections based on modified mRNA ("modRNA injections") will be potentially life-threatening.

The term "modRNA" we have chosen here instead of "mRNA" is not a pure linguistic subtlety. Steger (2025) provides clarity here by working out the dangers of modRNA in distinction to the mRNA provided to us by nature.

All modRNA injections will harm people

Whether it is a modRNA injection against coronaviruses, against influenza or against RSV: The main damage mechanisms are inherent in modRNA technology. This can be explained by one of the fundamental mechanisms of action of modRNA injections: the injection ensures that a foreign protein produced by our own body cells (in the case of Covid-19 injections, the "spike") provokes an auto attack by our immune system on these cells. There is also damage to endothelial cells that line our vessels, resulting in vasopinity and clot formation. If this happens in capillary areas, minithrombosis occurs, which does not lead to death, but to a reduction in the function of the organ concerned. The tissue damage can be of a variety of kinds, also due to the systemic spread of the vaccine throughout the body. They are therefore hardly manageable in their extent to this day.

Read 9 tweets

Kenny Carmody

@KennyCarmody

Jun 8, 2025

🚨 THREAD: EXPOSING THE VACCINE COVER-UP: Hidden DNA Contamination in COVID Shots — A Massive, Ignored Oncogenic Threat

What you’re about to read will shake the very foundation of the COVID vaccine narrative.

Kevin McKernan (@Kevin_McKernan) — a genomics expert with deep roots in the Human Genome Project — has exposed alarming DNA contamination in Pfizer & Moderna vaccines.

“.. so when I see what they're doing with these vaccines, several red flags emerged, and I began speaking about it. Now, probably what I've been asked to speak about here is what we found in the Pfizer vaccines, which are plasmids. Pfizer and Moderna both have their expression vectors still in the vaccines.”

Here’s the truth you haven’t been told 🧵

2️⃣ What did we find?

“Pfizer and Moderna both have their expression vectors still in the vaccines… plasmid DNA contamination.”

@Kevin_McKernan published a paper that kicked off global replication — including studies in 🇨🇦🇩🇪🇺🇸 — confirming residual DNA in every vial tested. 👇

🔬 David Speicher @DJSpeicher (Canada): Tested 30+ vials — found DNA in all of them
🔬 Philip Buckhaults @P_J_Buckhaults (South Carolina): Replicated findings, gave powerful testimony
🔬 Dr. Sin Lee: Confirmed with Sanger sequencing
🔬 Brigitte König (Germany): Peer-reviewed replication
🔬 Ulrich Kammerer’s lab: Showed plasmid DNA persists in cell lines for several cycles
🔬 Even high school interns at FDA found contamination 6–470x over legal limit

“This DNA isn’t gone in 48 hours. Some of it contains SV40 elements. And it’s easy to detect — which makes you wonder how it passed through regulation for 13 billion doses.”

3️⃣ Why does DNA in the vax matter?

“There is a limit… it used to be 1,000-fold lower.”

The original DNA limit was 10 picograms per dose. But regulators raised it drastically — especially after liability shields were granted under the National Childhood Vaccine Injury Act.

Problem is:
❌ That limit was based on naked DNA
❌ Naked DNA degrades fast — half-life: 5–10 minutes
🧬 But now it’s encapsulated in lipid nanoparticles (LNPs)

“That means this DNA isn’t breaking down. It’s being delivered directly into cells.”

So even the current limits are obsolete, and the actual levels found?

🚨 100 nanograms to 1 microgram per dose

🚨 That’s 10–100x over the limit — and the limit no longer even applies

⸻
“So how did this happen?”

Pfizer’s clinical trial used a different product than what got mass-injected.

During trials:

✅ They purified the RNA with PCR — cutting plasmid contamination

But scaling up?
❌ They skipped that step
❌ Used cheaper plasmid purification straight from E. coli
⚠️ Possibly leaving behind endotoxin (LPS) — which can cause septic-like reactions

Remember people collapsing in vax centers?

“That is likely LPS — though not yet measured directly.”

What has been measured is the plasmid DNA. And it’s everywhere. Published, peer-reviewed, replicated worldwide.

“This is not a conspiracy theory. BMJ has published on this. Pfizer switched products — and regulators knew.”

The EMA even requested a small trial (n=250) after the change. That data?
🚫 Never delivered.

This is called bait-and-switch — and in vaccine manufacturing:

“The process is the product. You change the process, you run new trials. They didn’t.”

Read 16 tweets

Kenny Carmody

@KennyCarmody

Feb 18, 2025

The most compelling argument against tech in schools | Sophie Winkleman at ARC 2025

The Digital Dilemma: The Impact of Screens on Childhood and Society

Social media is described as a great connecting force, and it can be a wonderful thing. But when we stop noticing people in our immediate surroundings in favor of the swirling masses online, I don’t think of it in quite such a warm, fuzzy glow.

Whether it’s my young couple from the bus, teens alone in their bedrooms glued to hours of futile, dangerous rubbish, parents scrolling on their phones while their babies try in vain to catch their eye, or toddlers given Siri voice companions in nurseries—none of these newly acquired habits seem to bode well for our collective spiritual flourishing. The disintegration of adult society and the loneliness of our elderly population is bleak enough. But the digital destruction of childhood is a crisis we must face if we’re to have an alliance of remotely functioning citizens, let alone responsible ones.

The Silent Takeover of Screens

I first became interested in the topic of screens and children a few years ago when I was made patron of the education charity School Home Support. I visited schools across the country and too often saw children distracted in classrooms, yet silent in playgrounds. Screens were taking their attention away from their teachers during lessons—and away from each other during break time.

I also observed children, in general, becoming a different species. The raucous exuberance of youth was being replaced with an anxious, irritable insularity, which was disturbing to see.

From a personal point of view, I know that if I’d had devices in and out of the classroom, I would have bombed academically. I’d have been constantly distracted, thrilled by all the garbage available online. I wouldn’t have read any books, and I’d have got up to goodness knows what on my various machines. Our household landline was quite derailing enough.

Looking back, I cherish the very analogue form of education I received and the deeply human connection with my beloved teachers. It’s been one of the greatest gifts of my life, and I want all children to be able to focus, acquire knowledge, and achieve their maximum potential. I think that should be every civilized society’s aim.

The Data Speaks: The Harm of Screens

But the evidence shows that we have already put this gravely at risk. We left the doors to our children’s classrooms, their bedrooms, and their minds wide open to the world. Perhaps we thought we were giving children the right to access everything good out there, but instead, we’ve given everyone else—the good and the bad—access to our children.

Alarming Statistics

As illustrated in Jonathan Haidt’s book The Anxious Generation, the great rewiring of childhood is causing a plague of mental illness in our children:
•In the decade up to 2020, the suicide rate for younger teens increased by 167% among girls and 91% among boys.
•Hospital admissions for children with eating disorders in the UK have risen sixfold in a decade, with social media cited as a major factor.
•In 2022, there was a 500% increase in self-harming among teens over the past nine years.
•A British study last year found that one in three children is now short-sighted (myopia). By 2050, nearly a billion children worldwide are expected to be affected. Too much screen time is the culprit, with blue light harming developing eyes, interfering with children’s hormones and sleep rhythms.

Spending time outside can prevent myopia, yet screens keep children indoors more than in any previous generation.

The Smartphone Epidemic

Recently, technology regulator Ofcom reported that:
•A quarter of British children under the age of seven have a smartphone.
•97% of 12-year-olds own one.

This mass buy-in to smartphones is resulting in a lost and deeply damaged childhood, with screen addiction replacing nearly every wholesome activity you can think of. (1-7)

As Douglas Gentile puts it:

Time spent on screens is time not spent elsewhere.

A healthy childhood should involve free, imaginative play:
•Drawing
•Running
•Reading
•Writing stories
•Make-believe
•Kicking a football
•Even just staring out of the window and wondering

These are all halcyon images in a sepia tint because they scarcely happen anymore.

The Harsh Reality of Screen Addiction

Health professionals for safer screens recently issued guidance that:
•11 to 17-year-olds should have no more than 1–2 hours of screen time per day (including iPads, school laptops, and smartphones).
•But the actual average for children aged 8 to 18 is 7.5 hours per day—outside of school hours.

Out and about, the reality is starkly visible:
•The number of toddlers subdued by screens on public transport when they’d be perfectly happy looking at strangers, dogs, or the opening and closing of doors—this is tragic.
•The crossover from analogue to digital is resulting in impaired speech, cognitive development, and emotional regulation.

How will children constantly but artificially stimulated ever learn to think, imagine, create, or just be still?

The short answer is: they won’t.

Excessive screen consumption is damaging developing brains in ways that are too seismic to fully comprehend yet. (2-7)

The Battle for Our Children’s Future

The battle against smartphone addiction is gaining ground, thanks to Jean Twenge and Jonathan Haidt, who have established that the harms of:
•Front-facing cameras
•Addictive social media platforms
•24/7 dopamine ignition

…are incontestable.

From the damage to focus, self-esteem, deep thinking, reading ability, patience, sleep, real-life interactions, and empathy, to the opportunity cost of lost childhood experiences—the list is relentless.

And these harms are at the milder end of the spectrum. At the extreme end, smartphones facilitate:
•Knife crime
•Radicalization and terrorism
•Violent pornography

Some lawmakers worldwide are taking action to limit social media for under-16s. Bravo to Australia for taking the first stand.

All civilized countries must urgently follow suit, protecting children while preserving adult freedoms—because:

Adult freedom and child safety must be symbiotic.

Many parents do everything they can to mitigate screen harms at home. But then their children go to school and experience hours of screen time through:
•iPads and Alexa voice assistants in nurseries
•Learning systems like Power School in primary schools
•Google Classroom in secondary schools

Who has proven that this deluge of screen education is what’s best for our children? No one.

A Call for a Return to Real Learning

It’s understandable how we got here. Schools invested fortunes in EdTech, excited by its futuristic potential. Some tools, like NoMoreMarking, have helped teachers.

But now we have better data on how tech is impacting pupils. So we must:
•Press pause.
•In many cases, rewind.

The Karolinska Institute in Sweden recently concluded that digital tools impair rather than enhance learning. Sweden has taken note and become the first country to kick tech out of classrooms, reinvesting in books, paper, and pens.

It’s time for others to follow suit. (3/7)

Read 8 tweets

Kenny Carmody

@KennyCarmody

Dec 22, 2024

What is Yoga Nidra/NSDR?

Yoga Nidra, an ancient practice now widely recognised under the term Non-Sleep Deep Rest (NSDR), serves as a bridge between wakefulness and sleep, offering a unique state where one is deeply relaxed yet fully conscious. The term "NSDR" was coined to encapsulate this practice in a way that resonates with those unfamiliar with traditional yoga, emphasizing the scientific underpinnings of what it achieves.

At its core, Yoga Nidra/NSDR is not just about relaxation; it's about entering a state where the mind can rest without losing awareness, a state where the body's need for deep rest is met without the full transition into sleep. Here's how:

- Neurological State: This practice shifts brain activity from the higher-frequency beta waves associated with active thinking to the lower-frequency alpha and theta waves. These waves are hallmarks of deep relaxation, reduced anxiety, and enhanced creativity. Studies using EEG have captured these shifts, showing a progression from the awake state to one where the brain is in a restorative mode, akin to the early stages of sleep but without losing consciousness.

- Autonomic Nervous System Balance: Yoga Nidra/NSDR acts on the autonomic nervous system by enhancing parasympathetic activity. This is the "rest and digest" system, counteracting the "fight or flight" response of the sympathetic nervous system. By doing so, it reduces heart rate, lowers blood pressure, and can decrease cortisol levels, which are indicators of stress.

- Mechanism of Action: The practice typically involves a guided meditation where you're led through a series of steps:
- Body Scan: This involves moving your awareness systematically through different parts of the body, promoting awareness and relaxation. This can lead to a decrease in muscle tension and an increase in muscle relaxation, evidenced by electromyography (EMG) studies.

- Breath Awareness: By focusing on breath, practitioners can influence the vagus nerve, increasing vagal tone. This has been shown to improve heart rate variability, a marker for overall health and resilience to stress.

- Visualization and Intention Setting: Often, Yoga Nidra includes elements of visualization or setting a 'Sankalpa' (a resolve), which can influence the subconscious mind, potentially aiding in personal growth or behavioral change through neuroplasticity.

- Dopaminergic Effects: Recent research suggests NSDR can increase dopamine release in the brain, akin to the effects observed post-sleep. This neurotransmitter is vital for motivation, pleasure, and cognitive functions like memory and attention.

- Sleep Enhancement: Even though NSDR isn't sleep, it can mimic some of its restorative benefits. For those with insomnia or poor sleep quality, NSDR can serve as a tool to enhance sleep architecture by allowing the body to experience rest in a shorter period, thus potentially reducing sleep debt.

- Cognitive and Emotional Regulation: By engaging in this practice regularly, one can enhance cognitive flexibility and emotional regulation, areas where the prefrontal cortex, influenced by the calm induced by NSDR, plays a significant role.

In essence, Yoga Nidra/NSDR is not just a practice but a state of being, one that modern neuroscience and psychology are beginning to understand and harness for health and performance enhancement.

A Huge Yoga Nidra and NSDR Thread:🧵[01-10]

Let’s start👇

1. Historical Roots

Yoga Nidra, known in Sanskrit as "yogic sleep," has its roots embedded in the ancient Indian traditions of yoga and tantra, but its journey into the scientific realm is a fascinating tale of cultural heritage meeting modern research:

- Ancient Origins: This practice finds mention in ancient texts like the Upanishads, particularly the Mandukya Upanishad, where it's described in relation to the different states of consciousness — waking, dreaming, deep sleep, and Turiya, a state of pure consciousness beyond the other three. Yoga Nidra was part of the broader tantric practices aimed at self-realization and spiritual awakening through deep relaxation.

- Revival and Modernization: The modern form of Yoga Nidra as we know it was largely popularized by Swami Satyananda Saraswati in the 1960s. He systematized the practice, drawing from traditional sources but making it accessible to the general public. His work, "Yoga Nidra," detailed step-by-step methods to induce this state, which has since become a cornerstone of modern yoga practices.

- Neurophysiological Understanding: From the 1970s onwards, scientific interest in Yoga Nidra began to grow, especially with the work of researchers like Elmer and Alyce Green, who studied Indian yoga masters like Swami Rama. They observed unique brainwave patterns during Yoga Nidra, unlike those seen in normal sleep or meditation, showing a blend of alpha, theta, and occasionally delta waves, indicative of a state between wakefulness and deep sleep.

- Scientific Validation: Over the decades, research has evolved:

- Stress and Anxiety Reduction: Studies have validated Yoga Nidra's efficacy in reducing markers of stress, like cortisol levels, and improving psychological states through mechanisms involving the hypothalamic-pituitary-adrenal (HPA) axis.

- Hormonal Balance: Research has shown impacts on hormonal regulation, particularly in women with menstrual irregularities, demonstrating a decrease in stress-related hormones like prolactin and an improvement in hormonal balance.

- Sleep Science: The practice is linked to changes in sleep architecture. It doesn’t replace sleep but can enhance sleep quality, possibly by providing similar benefits through a different state of consciousness.

- Neuroplasticity and Learning: There's emerging evidence suggesting that Yoga Nidra might facilitate neuroplastic changes, aiding in learning, memory consolidation, and emotional processing by engaging the brain in a restful yet aware state.

- Functional Connectivity: Recent functional MRI studies have begun to map out how Yoga Nidra affects brain networks, showing increased connectivity in areas associated with self-awareness, emotional regulation, and the default mode network, which is active during introspection.

- Cultural to Clinical: From its origins in spiritual practice, Yoga Nidra has transitioned into clinical settings. It's now used in therapeutic contexts like PTSD treatment, chronic pain management, and as an adjunct to psychotherapy, showcasing its versatility beyond traditional spiritual practice.

- Global Adoption: With globalization, Yoga Nidra has been adapted into various forms, from traditional guided sessions to modern applications in wearable tech and apps, making it a subject of interdisciplinary research involving psychology, neuroscience, and even technology.

In essence, Yoga Nidra/NSDR's journey from ancient texts to contemporary labs illustrates a profound integration of human experience with scientific inquiry, providing a model for how traditional practices can inform and be informed by modern science.

2. Neuroscience Behind NSDR

Non-Sleep Deep Rest (NSDR), or Yoga Nidra, is not just a practice for relaxation; it's a profound state of consciousness that has deep neuroscientific implications. Here's how it affects and is studied through the lens of neuroscience:

- Brainwave Patterns: When engaging in NSDR, there's a notable shift in brainwave activity:

- From Beta to Alpha: Initially, the brain might be in a beta state, associated with active thinking and alertness. As one enters NSDR, there's a transition to the alpha frequency band (8-13 Hz), which is linked with relaxation, reduced anxiety, and an open, reflective mind state.

- Theta Emergence: Deeper into the practice, theta waves (4-8 Hz) become more pronounced. These waves are associated with deep relaxation, creativity, insight, and the transition into the dream state. It's during this stage that the brain is in a highly restorative mode, enhancing memory consolidation and emotional processing.

- Delta Waves: In advanced practitioners or during particularly deep sessions, there might even be brief occurrences of delta waves (<4 Hz), typically seen in deep, dreamless sleep, indicating profound rest and healing at a cellular level.

- Neurotransmitter Modulation: NSDR has been shown to influence neurotransmitter systems:

- Dopamine: Studies, including those using PET scans, have observed an increase in dopamine release in the striatum, which correlates with feelings of well-being, motivation, and reward, similar to what occurs after restorative sleep.

- Serotonin: There's evidence suggesting an increase in serotonin, which plays roles in mood stabilization, sleep, and digestion, further supporting the emotional and physiological benefits of NSDR.

- GABA: By promoting relaxation, NSDR might enhance the activity of GABA, an inhibitory neurotransmitter, which helps in reducing neuronal excitability, leading to calmness and possibly aiding in anxiety reduction.

- Functional Connectivity:

- Default Mode Network (DMN): NSDR can modulate the activity of the DMN, which is active when we're not focused on the external environment. This network is involved in self-referential thoughts, memory, and envisioning the future. Enhanced connectivity here might explain improvements in introspection and creative problem-solving.

- Emotional Centers: There's a noted increase in connectivity between the amygdala (involved in emotional processing) and areas of the prefrontal cortex, which could underpin the emotional regulation and stress reduction observed in practitioners.

- Sleep Architecture Influence: Although NSDR isn't sleep, it impacts sleep in several ways:

- Enhancing Sleep Quality: By providing deep rest during wakefulness, NSDR might help in resetting or enhancing sleep patterns, particularly beneficial for those with sleep disorders.

- Sleep Compensation: For those unable to get adequate sleep, NSDR can serve as a partial compensation, offering some of the restorative benefits of sleep in a shorter timeframe.

- Neuroplasticity:

- Learning and Memory: The state of relaxation and focused awareness in NSDR can facilitate neuroplastic changes, potentially enhancing learning by improving the consolidation of new information or skills.

- Emotional Processing: It might also allow for a reprocessing of emotional experiences in a safe, These technologies have been pivotal in understanding the brain during NSDR, providing insights into both the immediate and long-term effects on brain function and mental health.

- 3. Heart rate variability, cortisol levels, and other biomarkers are measured to corroborate the subjective experience of relaxation with objective physiological changes.

The neuroscience behind NSDR offers a window into how ancient practices can intersect with modern science to improve human health and performance, revealing why this practice can be so profoundly beneficial. [Video: Neuroscience of NSDR]

Read 13 tweets

Kenny Carmody

@KennyCarmody

Oct 25, 2024

Can you comment on SV40
promoters being LNP delivered as cytosolic DNA and the impact on the cGAS-STING pathway noted by Kwon et al.

Thread Below: 🧵 pubmed.ncbi.nlm.nih.gov/31852718/

1. SV40 promoters, lipid nanoparticles (LNPs), and the immune response. The SV40 promoter is a powerful DNA sequence that can drive gene expression, but what happens when it’s introduced into cells with LNPs?

2. First, what’s SV40? It’s a sequence from the Simian Virus 40, known to enhance gene expression. We are not sure if it’s cancer-causing but data shows clear signs that is does, SV40 promoters can potentially impact cell regulation by ramping up the activity of nearby genes.

Read 17 tweets

Kenny Carmody

@KennyCarmody

Oct 20, 2024

Effect of Sunlight on Mitochondria

Sunlight and ATP Production: Sunlight, particularly in the red and infrared spectrum, stimulates cytochrome c oxidase in the mitochondria, enhancing ATP production (energy generation).

Thread [01-10] 🧵 below 👇 nature.com/articles/s4159…

1. Sunlight structures water within cells ( EZ Water), facilitating optimal electron transport in the mitochondria. “Depleted Water” in mitochondria enhances energy efficiency. An example of hidden effects of sunlight on water made 3 weeks after exposure.

2. Leptin and Energy: Light affects leptin signaling, which is crucial for energy balance and fat metabolism in the mitochondria. A lack of sunlight can lead to leptin resistance, weakening metabolic and energy production processes.

Read 23 tweets

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