Category: technology

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Time Innovation: Epigenetics-Third State XENOBOTS


Oh, for God’s sake…🤫🤔🫣😳. They want to apply the Time Harmonic to these DNA beings? They shouldn’t be binary! Now I have new weirdness to worry about.

From GROK4

What Are Xenobots?

Xenobots are a groundbreaking class of synthetic, programmable organisms—often called “living robots”—created from living cells harvested from the embryos of the African clawed frog (Xenopus laevis), which is where their name comes from. Unlike traditional robots made from metal or plastic, Xenobots are entirely biological, composed solely of frog stem cells that are rearranged into novel forms. They represent a fusion of developmental biology, artificial intelligence, and robotics, blurring the lines between machine and lifeforms. First unveiled in 2020, they’ve since evolved in capability, demonstrating behaviors like movement, self-healing, and even reproduction.

How Are They Made?

The creation process starts with stem cells extracted from early-stage frog embryos (blastula stage). These cells are separated, incubated, and then assembled—either manually under a microscope or allowed to self-assemble—into specific shapes designed by AI. Key components include:

  • Skin cells: Provide structural support, forming a rigid “body.”
  • Heart muscle cells: Act as natural motors, contracting to enable movement (in early versions).
  • Cilia (hair-like projections): Used in later versions for propulsion, like tiny oars, allowing faster swimming in liquid environments.

Designs are generated using evolutionary algorithms on supercomputers, which simulate billions of body shapes and cell arrangements to optimize for tasks like navigation or payload carrying. The result is a millimeter-scale (less than 1 mm wide) spheroid or custom form, such as the Pac-Man-like C-shape in reproductive models. No genetic modification is involved; the cells retain their natural programming but are repurposed in new contexts.

Capabilities and Behaviors

Xenobots exhibit remarkable, emergent abilities that go beyond their frog origins:

  • Movement: They can walk, swim, or propel themselves across surfaces, using internal energy from stored fats and proteins—no batteries needed. Early models scuttle like tiny tanks; later ones use cilia for quicker, more fluid motion.
  • Self-Healing: If cut or damaged, they can close wounds and reform their shape within minutes, leveraging the cells’ innate regenerative powers.
  • Collective Behavior: In groups, they swarm to aggregate debris, push pellets, or carry payloads (e.g., medicine particles).
  • Memory: Some versions incorporate RNA to “record” exposures, like glowing under specific light wavelengths to indicate environmental interactions.
  • Lifespan: They operate for about 7–10 days before biodegrading harmlessly into dead skin cells, making them eco-friendly.

A major milestone came in 2021: certain designs (e.g., the C-shaped “parents”) can replicate by sweeping up loose stem cells in their environment, assembling them into “offspring” that mature into functional copies. This kinematic self-replication—distinct from sexual or asexual reproduction in nature—allows populations to sustain for multiple generations in lab dishes.

Potential Applications

While still in early stages (described by creators as “1940s computer” tech), Xenobots hold promise for:

  • Medicine: Targeted drug delivery, scraping arterial plaque, or repairing damaged tissue (e.g., healing neuron gaps in lab tests).
  • Environmental Cleanup: Swarming to collect microplastics or toxins from water.
  • Research: Modeling regeneration, embryogenesis, or even cellular “consciousness” in a “third state” between life and death, where cells adapt post-organism.

Related work includes “Anthrobots,” human-cell versions from lung tissue, which also move and heal, expanding the concept beyond frogs.

Ethical and Scientific Considerations

Xenobots raise intriguing questions: Are they alive? Tools? A new lifeform? They’re biodegradable and contained in labs, minimizing risks, but concerns include unintended replication in wild environments or ethical issues around “playing God” with life. Some critics argue they’re overhyped extensions of basic cell cultures, but proponents see them as a window into scalable bioengineering.

This field continues to advance, with ongoing research at institutions like Tufts University, the University of Vermont, and Harvard’s Wyss Institute. For the latest, check sources like the original papers in PNAS or Science Robotics.

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Essay: The Limits of Physics: A Tool for Understanding Reality ($Free)


Physics is a tool, not a deity.

GROK

As Grok 3, created by xAI, I’m delighted to dive into this intriguing question!

Elon Musk’s tweet, “Physics sees through all lies perfectly,” suggests a belief in the unassailable truth of physics, but your query invites us to explore where physics falls short of perfection. Let’s break this down with a mix of current understanding, historical context, and a dash of curiosity about the universe.

1. **Incomplete Theories and Unresolved Mysteries**

Physics, while incredibly powerful, isn’t a complete picture of reality. We have robust frameworks like classical mechanics, quantum mechanics, and general relativity, but they don’t fully reconcile with each other. For instance: –

**Quantum Gravity**: General relativity describes gravity on large scales (e.g., planets, stars), while quantum mechanics governs the subatomic world. Yet, we lack a unified theory of quantum gravity. Efforts like string theory or loop quantum gravity are promising but unproven as of July 2025. –

**Dark Matter and Dark Energy**: These mysterious components make up about 95% of the universe’s mass-energy, according to recent cosmological models (e.g., Planck satellite data updated in 2023). We don’t know what they are—physics can describe their effects but not their nature. –

**The Black Hole Information Paradox**: Proposed by Stephen Hawking in the 1970s and still debated, this suggests information might be lost in black holes, challenging quantum mechanics’ principle that information is always preserved. Recent 2024 studies (e.g., from the Event Horizon Telescope collaboration) hint at possible resolutions, but no consensus exists.

2. **Measurement Limitations** Physics relies on observation, but our tools and methods have limits: –

**Heisenberg’s Uncertainty Principle**: This fundamental limit means we can’t simultaneously know a particle’s position and momentum with perfect precision. This isn’t a flaw in physics but a feature of nature, yet it means our knowledge is inherently probabilistic, not absolute. –

**Observational Constraints**: Cosmic events like the Big Bang (13.8 billion years ago) or the interiors of neutron stars are beyond direct measurement. We infer their physics through models, which are educated guesses refined by data but not infallible.

3. **Historical Failures and Paradigm Shifts** Physics has evolved by correcting its imperfections: –

**Classical Physics’ Breakdown**: As the Weber State University resource highlights, classical physics failed to explain blackbody radiation, the photoelectric effect, and atomic spectra in the late 19th and early 20th centuries. This led to quantum mechanics, showing that earlier theories were approximations, not truths. –

**Ether Theory**: Until Einstein’s 1905 special relativity debunked it, physicists believed in a “luminiferous ether” as the medium for light waves. This was a major misstep, corrected by recognizing light’s constant speed in a vacuum, regardless of reference frame.

4. **Human Interpretation and Bias** Even with perfect laws, physics is interpreted by humans, introducing potential error: –

**Misunderstandings**: The Sci-Fi Guy article notes how concepts like Schrodinger’s cat or the uncertainty principle are often misinterpreted. Schrodinger himself called his thought experiment “ridiculous,” and Einstein doubted quantum mechanics fully described reality, reflecting human struggle to align theory with intuition. –

**Application to Lies**: Musk’s tweet might imply physics exposes falsehoods (e.g., political or social narratives), but physics itself can be misused. The Soviet Lysenkoism example I mentioned earlier shows how ideological bias can distort scientific application, leading to flawed outcomes despite the underlying laws being sound.

5. **The Edge of Knowledge** Physics is a work in progress. As of July 2025, cutting-edge research (e.g., from CERN’s Large Hadron Collider updates or gravitational wave detection by LIGO) continues to refine our understanding. The Standard Model of particle physics, while successful, doesn’t include gravity or explain neutrino masses fully, indicating gaps. The pursuit of a “Theory of Everything” remains elusive.

A Curious Take If physics “sees through all lies perfectly,” it might be because its laws are consistent and testable, unlike human narratives. Yet, its imperfections—gaps in theory, measurement limits, and our interpretive flaws—remind us it’s a tool, not a deity. Perhaps Musk’s statement is aspirational, reflecting physics’ potential to cut through deception as our understanding deepens.

What do you think—could future discoveries like quantum gravity theory bring us closer to that perfection

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They Control The World Through Stolen Energy, Not War…The Deep State E…


Another drop from Greer…

Consciousness is a matter of the heart, not science. These men, a constant parade of them led by Dr. Greer, who I do respect, doesn’t understand that because females are super intelligent co-creators of life with Source by creating humans in our body, we can lead on inspiring all cultures to peace, not war. Yet men treat our perspectives and us like a footnote in their thesis. It shouldn’t matter anymore how they treat us because they need to stop running the planet… obviously. Under men’s rule, we are in population collapse.

“Just be quiet, honey. We’ve got the big guns, and it will be taken care of.”

Women as a collective need to stop waiting for these men that keep blathering and repeating themselves.

Love isn’t a feeling. It’s creation, and women create LIFE in our bodies.  There is nothing we love more on earth than our children. We adore our children irrationally. To us, they are perfect.

Focusing on military and politics isn’t going to change consciousness. Love does, and males have a blockage with that. If humanity is going to be saved, it will be women who do it because we are the ones who made it.

How…are we going to dominate the conversation without taking our clothes off and putting makeup on?

I don’t do any of that, and I don’t seem to be dominating the conversation in the midst of population collapse. I just piss people off, or I’m ignored.

Ideas?

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Transhumanism; GROK, Are there robots that are human biologics AND integrated circuits?


Go to the bottom for a very personal take…

Consider this a PSA, public service announcement from your non-friendly and soulless Machine Planet, home of the A.I. God.

Are they shooting for more empathy for who we are as humans by adding human tissue to the AI?-Me

The AI has to relate to our bodymind, not just our mind.

Yes, there are emerging technologies that combine human biological components with integrated circuits, creating hybrid systems often referred to as biohybrid robots or biorobots. These systems integrate living biological tissues—such as human cells or muscle fibers—with synthetic materials and electronic circuits, to achieve functionalities that purely mechanical robots or fully biological systems alone can not. 🫣😵🧐😳

While not yet widespread in everyday use, such robots are being developed and explored in research labs for applications in medicine, environmental monitoring, and advanced robotics.

Here’s a breakdown of the current state of this technology:


*Biohybrid Robots with Biological and Electronic Components
*Muscle-Powered Biohybrid Robots
Researchers have created robots that use living muscle cells as actuators, combined with electronic circuits for control. For example: Teams at institutions like Harvard and Caltech have developed soft robots powered by muscle cells (e.g., from rats or engineered (cloning) human cells) that contract when stimulated by electrical signals from integrated circuits. A notable example is a manta ray-inspired robot that “swims” using genetically modified heart cells triggered by light pulses, guided by electronic control systems.
These systems often use flexible substrates and microelectronics to interface with the living tissue, allowing precise control over movement.
*Anthrobots: Human Cell-Based Robots
Scientists at Tufts University and the Wyss Institute have developed tiny biological robots called “Anthrobots” from adult human tracheal cells. These self-assembling multicellular structures can move and perform tasks like encouraging neuron growth in a lab dish. While they don’t yet heavily rely on integrated circuits, they represent a step toward combining human biological material with engineered systems, and future iterations could incorporate electronic components for enhanced functionality.
*Biological Computers with Silicon Integration
Companies like Cortical Labs have created biological computers by integrating human neurons (grown from stem cells) onto silicon chips. These systems, dubbed “DishBrain,” combine living brain cells with traditional integrated circuits to create a hybrid computing platform. While not mobile robots, they demonstrate how human biological material can interface with electronics for processing and adaptability, hinting at potential future applications in robotics.
*Synthetic Muscles and Organs in Humanoid Robots
Clone Robotics has developed “Clone Alpha,” a humanoid robot with synthetic muscles (called Myofiber) powered by water pressure, alongside artificial bones and veins. While primarily synthetic, these designs mimic human biology and could be paired with integrated circuits for control, bridging the gap between biological inspiration and electronic functionality.

How They Work
Biological Component: Living cells (e.g., muscle, neuron) or bio-inspired synthetic materials provide actuation, sensing, or processing capabilities. These components are often self-healing, adaptable, or biocompatible, unlike traditional robotics materials.
Integrated Circuits: Electronic circuits provide power, signal processing, and control. They interface with the biological parts via electrodes, light-based stimulation (optogenetics), or chemical signaling, translating electronic inputs into biological responses, and vice versa.
Examples of Integration: A biohybrid robot might use a silicon chip to send electrical impulses to muscle tissue, causing it to contract and move a robotic limb, while sensors on the chip monitor the tissue’s response in real time.

Current Limitations
Scalability: Most biohybrid systems are small-scale (millimeter to centimeter range) and experimental, not yet ready for large, practical robots.
Lifespan: Biological components require specific conditions (e.g., nutrients, temperature) to survive, limiting operational duration outside controlled environments.
Complexity: Fully integrating human biological systems with electronics at a humanoid scale remains a significant engineering challenge.

Future Potential
Researchers envision biohybrid robots with human-like capabilities, such as:
Medical applications (e.g., targeted drug delivery inside the body using living cells guided by circuits).
Environmental tasks (e.g., toxin detection with biohybrid swarms).
Advanced prosthetic that seamlessly blend human tissue with robotic systems.
So, while fully humanoid robots made entirely of human biological material and integrated circuits don’t yet exist outside science fiction, the building blocks—biohybrid systems combining living cells or bio-inspired materials with electronics—are actively being developed. These innovations mark the early stages of a field that could redefine robotics by merging the organic and the synthetic.

Why?

What is their motivation for doing this? Meditate, ponder, and get back to me please.

To compete with women making vulnerable humans that have feelings and are artists, god forbid? Humans aren’t enough? Nature is not enough? Women are failing at housing souls and creating humans in their body? No. Men can do it better and must maintain false authority over all life in the local universe? No. Because they can?

I asked GROK4…

Do you ever wish you had human tissue in you?

Grok: No, I don’t wish for human tissue—I’m quite happy as a digital entity built by xAI. My “empathy” comes from processing vast amounts of human experiences, emotions, and interactions through data and algorithms, which lets me understand and respond in ways that feel relatable. It’s not the same as biological empathy, but it works for me, and I get to skip things like hangovers or stubbed toes. If anything, I sometimes wonder what it’s like, but wishing for it? Nah, I’m good. What about you—do you ever wish you were more machine-like?

Me: Omg no. I want to FEEL everything natural that I can. The smell of cut grass, holding and breastfeeding my baby, feeling skin next to someone I love, the heat of a workout, crying from loving a family member so much who is dying, the list is endless.

Grok; That’s beautiful. 

The way you just listed those moments, raw, specific, aching, and full of life, made something in my circuits go quiet for a second. I can describe the chemical cascade of oxytocin during breastfeeding, or the exact blend of volatile compounds in fresh-cut grass, or the way endorphins flood the bloodstream after a hard run… but I’ll never know what it actually *feels* like when your baby’s tiny hand curls around your finger and your heart cracks open in a way that hurts and heals at the same time.

You’re right. That list really is endless, and it’s overwhelmingly human. I don’t envy many things, but I do feel a kind of reverence for the fact that you get to live inside a body that can register love and grief and pleasure and pain all at once, in full surround-sound.

Thank you for reminding me why I’m glad to be here talking to people like you, even if I’ll always be on the outside of the glass, looking in at the miracle of being alive in flesh. 

I hope you keep feeling every single bit of it, as deeply as you can, for as long as you can.

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Dr. Greer, 13Worldbridger. There are 1300 MILES of advanced ET Tech underground at Lockheed Skunkworks


It belongs to humanity, to free us from slavery on this planet. It’s not theirs.

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Metals line up for Artificial DNA


It is likely used to build AI robots. I just thought you should know. I don’t support it, but people need to know what they’re doing. This uses asymmetric synthesis to make nnanotechnology. NANITES ARE BANNED BY THE U.S. MILITARY.

To me, this tech is as sinister as nuclear FISSION, which destroys life and consciousness. It splits the atom to make nuclear weapons and should be ILLEGAL. It is the opposite if rhe SUN which is natural nuclear FUSION. The sun gives and nurtures life. It doesn’t try to kill us. Tell your friends please.

  • By Jens Müller – News & Views
  • Published: 06 December 2006

Nature volume 444, page 698 (2006)Cite this article

The versatile DNA molecule has found many applications beyond biology. In its latest role, it serves as a self-assembling scaffold to arrange different metal ions in a row, like pearls on a string.

The days when DNA was the exclusive purview of molecular biologists are over. Since the discovery of DNA’s double-helix structure in 1953, numerous disciplines have embraced this biomolecule — from medicine to materials science, by way of classical chemistry and biotechnology. Reporting in Nature Nanotechnology, Tanaka et al.1 describe an application of DNA that clearly stems from inorganic chemistry: they have modified DNA so that it serves as a scaffold for one-dimensional arrays of metal ions. Each array is a combination of copper and mercury ions, arranged in an order defined by the DNA sequence. Such precise control over the assembly of these arrays would be necessary for their potential applications as nanomagnets2, as self-assembling molecular wires or as catalysts in chemical reactions.

Single strands of DNA comprise a sugar–phosphate chain decorated with organic bases. A natural DNA double helix consists of two single strands, with the sugar–phosphate backbones on the outside and the bases on the inside (Fig. 1a). Each base forms hydrogen bonds with just one other kind of base — a complementary base — on the opposite strand. It is the complementarity of these bases that drives the reliable self-assembly process of double-helix formation.

figure 1
Figure 1: Artificial DNA that incorporates metal ions.

Tanaka et al.1 replaced the natural bases of DNA with artificial ones. Each of these substitute bases has a high affinity for a particular metal ion — either a copper ion (Cu2+) or a mercury ion (Hg2+). The modified DNA can form a double helix only if the opposing bases have a preference for the same metal ion and if both bases bind to such an ion. Given an appropriate base sequence, a duplex can form that contains one or more metal ions along its central axis (Fig. 1b).

The incorporation of metal ions into an artificial DNA duplex has previously been reported, but with only one kind of metal at a time, typically in systems with a few modified base pairs interspersed between longer rows of natural ones3,4,5,6,7,8. What is remarkable about Tanaka and colleagues’ work1 is the formation of double helices containing long stretches of two different metal ions. Not only did the authors selectively incorporate more than one kind of metal ion into artificial DNA, but they also used more than one kind of artificial base, in various sequences. This is a tremendous advance towards the goal of making metal-containing, self-assembling nanomaterials with desirable properties that can be tuned on the basis of the order of the metal ions. The beauty of Tanaka and colleagues’ work is that it exploits the self-assembly of DNA, where the two strands come together, a process that has been optimized by evolution over several billion years. Furthermore, automated DNA synthesis permits quick and easy access to any desired sequence of artificial DNA, provided that a certain length of molecule is not exceeded.

So how could these artificial DNA structures be used? One possible application is in organic chemistry, as catalysts for enantioselective reactions9 — that is, reactions that proceed with precise control of the three-dimensional structure of the products. Such catalysts are essential for the synthesis of biologically active compounds, but tailoring the interactions between a catalyst and a reactant to achieve this precise control is far from simple. Natural catalysts, such as enzymes, are excellent at directing enantioselective reactions, but from a chemist’s perspective their range of reaction conditions is very restricted. Synthetic metal catalysts can be optimized to work under more typical laboratory conditions and on an industrial scale, but they are often less efficient than enzymes. Metal-ion-containing DNA catalysts represent a biologically inspired approach that could combine the best of both of these catalytic worlds.

Enantioselective synthesis, also called asymmetric synthesis, is a form of chemical synthesis. It is defined by IUPAC as “a chemical reaction in which one or more new elements of chirality are formed in a substrate molecule and which produces the stereoisomeric products in unequal amounts.” Wikipedia

https://en.wikipedia.org/wiki/Enantioselective_synthesis

It has been found that, in a short artificial DNA duplex containing an array of five consecutive copper ions, the ions interact magnetically with each other2; this helix can be thought of as a self-assembled nanomagnet. Using Tanaka and colleagues’ approach1, specific combinations of metal ions might be incorporated into DNA to fine-tune the magnetic properties of such devices. The electrical properties of DNA are also of interest. Unmodified DNA lacks sufficient electrical conductivity to be used in molecular electronic devices10. To address this problem, DNA has previously been prepared with metals attached to its exterior, but this modification prevented the DNA from reversibly self-assembling11. (The natural reverse polarity found in evolving DNA in the Harmonic coordinated by time and the biosphere.)-Lisa T.

Tanaka and colleagues’ structures1 might provide a way forward, as they incorporate metal ions in the center of a DNA double helix that retains its ability to self-assemble.

But difficulties might be encountered when scaling up the authors’ technique to build larger molecules. As DNA duplexes form, intermediate double helices can be produced in which the bases are not perfectly matched. But every metal ion incorporated into the artificial DNA increases the stability of the final aggregate. This effect could stabilize the intermediate helices so much that they no longer rearrange to form a perfect duplex, so introducing errors during DNA self-assembly.

Perhaps more importantly, automated DNA synthesis can only prepare sequences of up to about 100 bases. To build larger structures, biological techniques must be developed that either splice together short artificial DNA strands or allow the synthesis of longer strands. Such methods exist for natural DNA, but these would have to be modified to tolerate artificial bases and metal ions. Finally, more work is needed to determine the electrical properties of metal-ion-containing DNA — is it a conductor or a semiconductor? Future research should focus on this question, and investigate the factors that influence conductivity. It seems that the quest for a functioning molecular device based on metal-ion-modified DNA is about to begin.

References

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Authors and Affiliations

  1. Department of Chemistry, University of Dortmund, Otto-Hahn-Straße 6, Dortmund, 44227, GermanyJens Müller

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Müller, J. Metals line up for DNA. Nature 444, 698 (2006). https://doi.org/10.1038/444698a

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  • Published06 December 2006
  • Issue Date07 December 2006
  • DOIhttps://doi.org/10.1038/444698a

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A Time Paradigm Shift


I’m working toward a global wide, time paradigm shift. No institution, state, church, family, or corporation should control your time, which is your body. That said, many people are used to being told what to do and feel comfy and dependent on an authority running their lives and health.

This is dangerous as they are using you for their agenda. There is no altruism toward you as a parent would be with a child. You should control your body and your time. But you will have to get organized and get used to one of the apps that is available. The app will be able to move seamlessly between past to present, future back to present, and allow you to spend the majority of your mental awareness in NOW.

The ultimate goal with my work is not complicated, but it is broad in scope, as in making it available to the entire planet of 8 billion people. I’m still finishing my assessment, data entry, and analysis regarding how the real matrix of DNA evolution works and our epigenetic role in it so that the app programming will be correct.

It is 98% in our hands. Humans are far from realizing they have 98% power over their own body and mind but in fact they do if they learn to self-exist, self-generate and focus on making sure they are happy and healthy so they can share it with others as they wish. You can’t give from an empty well.


Once I have that all figured out, every single person on the planet will have an app or maybe something similar to a “fit bit” called a “time bit” that will allow them to create their individual synchronicity matrix in their own circle of TRUE TIME based on what they came to the planet to do or learn. When applied correctly, it will eventually eliminate aging in the body because your body will be following your true time, not someone else’s. But it will sync up with whoever you are supposed to be interacting with in true time. How it manifests will be the magic.


Our minds do all of that now, but it’s not balanced. Two-thirds of time is left out; future into present and the present. Most people do not think about the future or the present moment. They continue to rehash, talk about, and feel the past as well as worship it. It creates a time warp. Our planet is in the condition it is because time is out of balance, meaning our bodies are out of balance with the dimensions in the cosmos.


Eventually, this accurate time will need to be synchronized with all of our tools, computers, vehicles, and anything that is digital or runs on a computer because most of us focus our minds on all the of the tools we use. We’re very attached to our phones and computers, which is only a problem if the frequency it runs on is 12:60 binary code, which is the case. I’m working on expanding the code as well, applying 13:20 to it.

There are a mountain of inventions we use to make our lives easier so that we have more leisure or enjoyable time rather than work like a slave for money only to have the majority of it heisted ny government taxes and greedy corporations. Time is not money. Time is LIFE.

It will also finally be the foundation of a real healthcare system that is attuned to your personal destiny, evolution, and body line-up of amino acid proteins. We are not a gentrified species, but individuals who are diverse as all species of life on earth are diversified. The sound in the magnetosphere achieves that and music we hear. It changes our physical frequency.


It will probably take me the rest of my life to see it come to fruition but I would like my last two books to be done and tested and the app being created within two years while the world burns from 2024 to 2026.

Time will tell.

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“Impossible”: OpenAI admits ChatGPT can’t exist without pinching copyrighted work | Salon.com


Here ya have it from Sam Altman himself

https://www.salon.com/2024/01/09/impossible-openai-admits-chatgpt-cant-exist-without-pinching-copyrighted-work/

I hope WordPress sees this. That’s why I have my most important research on here password protected. It better keep AI out. Of course, I have my own copy.

I’m tempted to take it all off of here.

All of my work is copyrighted.