Which Age or doesn’t it matter?
My position is this: the Biological Age is here!
Look, I hear people saying we’re in the 4th or 5th Industrial Revolution but think about it, what does this actually mean? That we’re in the Digital Age — what? Computers have been digital since the invention of the transistor in 1947? Why all of a sudden Digital now? Nonsense. Or the Quantum Age — yes in time maybe. Or the Nuclear Age since Oppenheimer did his thing in 1946. That Data is the new Oil — no it is not! Data is like excrement, a bi-product of the ‘distraction’…
The only evidence — Industrial Revolution set the trajectory around steam power, the transistor created the Computing Age around electricity. Since 1947 there has been nothing of note. Other than the marketing efforts of ‘big tech’ to embellish apparent breakthroughs to get you to buy small incremental improvements, gadgets and services (TV streaming).
Stay with me as I vent a little to make a point.
You think not! What has this to do with Biology?
The stark reality is our technological advancement has been poor, held back even. The breakthroughs heralded as progress- are unimportant. It is a ‘false narrative’ — faster chips that let us enter the metaverse — or Gen AI where the data shows people are actaully less productive and less fulfilled. But this apparent progress doesn’t help humanity prosper, equalise opportunities and help people live safer richer lives.
Were being misled into celebrate backward steps such as EVs, that are worse for the planet, and cooks your cells, emit significant radiation that contributes towards cancer? All ignored.
What about the Quantum Age – I hear you. Yes Quantum promises much but it is early days even with breakthroughs in error correction and photonics in particular.
But as you will find out reading below — when Quantum meets Biological Computing, a scary prospect, we-the human race could be in real danger, as both are biological, made from atoms and particles temporarily borrowed from the Universes endless supply that make up our conscious bodies.
So the case for Biological Age is…
Why Biology changes everything — calls it out
There is a positive narrative for the Biological Age being already here, hidden in plain sight. I will show you why, how and give you the compelling evidence which will make you think again and again — the case for Biology is overwhelming.
Hopefully will amaze and wow you, maybe make you a little scared as you ponder the ethics, morals and come to terms with the reality of life itself — the realisation that BIOLOGY knows what to do in every situation.
Unlocking Life’s Blueprint and Shaping the Future
We have indeed entered a new transformative era in which our understanding of life’s fundamental mechanisms — DNA, cellular functions, and biological processes — is reshaping medicine, technology, and will if given a chance, will save society from itself.
As we decode the secrets of life, we unlock new cap abilities for curing diseases, reversing aging, enhancing longevity, and even creating novel materials and technologies that mimic or integrate with biological systems.
Biology, is emerging as the ultimate template for innovation and problem-solving across disciplines — into alternate fuels using natural materials that are efficient and earth friendly, new forms of agriculture that doesn’t rely on modifying the genes of what we eat, deliver extraordinary yields and levels of nutrition, but mostly improving the human condition.
Understanding Life Itself
The discovery and manipulation of DNA have provided unprecedented insights into the molecular basis of life. But it seems we might have our understanding of DNA wrong. Is DNA actually the ‘playbook’ and our CELLS already know what to do? Knowing what to become, how to function all along, imprinted with millions of years of evolution as we also discover humans are not the most intelligent or most complex biological organism.
Therefore, is the hidden secret to life – the ability to send the right signals and frequencies to cells? To instruct them to repair, replace, regrow, re-energise, to defend, to duplicate, to solves problems? It feels like it is.
We are familiar with breakthroughs in genomics, the advent of CRISPR gene-editing technologies have given us the ability to target and modify genes with precision, opening pathways for gene therapies and personalised medicine. But why is progress painfully slow? Or is it the legacy red tape, the funding that comes with strings and the need ‘to do as one is told’ by the profiteering regulatory bodies, or loose your funding?
Like life itself progress finds a way in new places that encourage new things. In some countries advances in stem cell research and micro-genesis are enabling the growth of tissue and organ replacements, blurring the line between biological repair and regeneration. This convergence is a direct shift from the current Healthcare for profit and exploitation model — instead of treating symptoms that address the root causes of diseases and aging itself, turning the model on its head — you notice the word PREVENTION was never used until recently.
It is evidenced Biology knows what to do, we have to allow it, help it, not hinder it, but compliment it, support it and feed it with the things the body, our biology needs.
The Explosion of Bio-Materials and Bio-Processes
Whilst I try to keep our feet firmly on the ground — the fusion of biology with technology is driving rapid progress in bio-materials and bio-procedures. Innovations such as bio-printed organs, bio-graphene, and smart implants are transforming healthcare. Things inside us sort things out, offer early warning signs and a nudge to adjust lifestyles.
Surgical robotics and micro-biological techniques enhance precision in medical interventions, making procedures safer and less invasive, is a good thing. These technologies not only repair and replace biological functions but increasingly integrate with them, leading to seamless human-machine interfaces — as the world of sensors can interpret almost any signal from the body, major organs and brain, as its always been an electro magnetic environment, a delicate balance prone to outside disruption.
Bio-fuels is another profound opportunity, derived from living organisms are contributing to more sustainable energy solutions, illustrating the broad application of biological knowledge beyond traditional medicine controlled doctrine. But now we have proven these processes can also breakdown the waste of modern society, as we learn to signal micro organisms, enzymes and bacteria to clear up our mess.
Longevity and Enhancement: Rewriting Human Potential
I have to say I am a fan of Brian Johnson and follow many of his protocols. He has demonstrated the biggest winner in the Biological Age is the potential for extending human lifespan and enhancing physical and cognitive capabilities.
Longevity therapeutics aim to slow, halt, or reverse aging by targeting senescent cells, regulating metabolic processes, and modulating gene expression. The discovery that ‘death is not a certainty’, there is no inception date and we can slow and even reverse our bodies ageing. The false nail in the coffin has been exposed. Strange that tribes all around the world live long lives in natures garden, yet average life expectancy in an industrial age was once 30 years, and we’ve been told things are improving with average ages 87 in the west. Yet ‘blue zones’ confirm this is another LIE.
Remember this. It is clear living a simple life, eating less, being outside in touch with nature extends life, but there is no profit in this.
Things will get very interesting, very fast. The accelerations and enhancements through biological computing, physical twinning (cloning), and bio-robotics allow us to augment human abilities in unprecedented ways.
The primary accelerator here is the ‘Free Energy Principle’ (another article pending) will not only redefine computing, steering it away from carbon generating, destructive data-centres — that are killing the planet more than anything else in the name of progress. The potential is biological computation is finding new efficient and scary ways to find the answers, to deliver exponential computation at almost zero energy, living brain cells (mini brains) intuitively knows what to do, and how to do it!
By leveraging biology’s inherent efficiency and adaptability, these advancements could lead to healthier, longer lives with expanded human capabilities. Who wouldn’t want that? You know the answer. A healthier happier, more alert and intelligent population.
It is inevitable humans will merge with technology on several levels – as we redefine the trans-humanism argument. A synthetic life, hybrid life and modified life is just around the corner — worth remembering alligators and sharks live hundreds of years. Why shouldn’t we? The answer there is no biological reason why not!
Biology as the Universal Template
What sets the Biological Age apart, is that biology itself is becoming the master blueprint. Life’s processes have evolved through billions of years of natural selection, making them extraordinarily optimised and adaptable.
The Free Energy Principle is a marvel, the core thesis confirms that all living systems strive to minimise entropy while maximising efficiency, are being translated into computational models and embodied networks that mimic biological intelligence. The embodiment of Scary Smart!
This is seen in a rapidly advancing area called Organoid Intelligence — processing using miniaturised organs for data processing offers a glimpse into how biology will surpass traditional computing.
Then we look at agriculture which is being revolutionised by biological principles, using biologically-driven farming methods enhancing productivity and sustainability. Going back to the old ways, moving away from dangerous fertilisers and genetically modified produce. I’m sorry but Lemons without pips is what we expect from the food processing industry, it not what we should eat.
Conclusion: The Biological Age is Here
We are in an era where BIOLOGY has become a universal framework guiding technological advancement. From regenerative medicine to biological computing, from sustainable energy to life-enhancing therapies, the principles of life itself are being harnessed to solve complex problems. The true and real narrative shines through as years of indoctrination of us all has to be unwound before the lies and false narrative literally kills us.
Biology knows what to do; it has the answers we need. As we align our technologies and innovations to more closely fit and align with biological systems, we open the door to a positive future where life’s template guides everything from healthcare to computing, energy, and lifestyle. Biology can feed us, secure our health, provide free energy and delivers human freedoms by removing the profit motive that feeds all wars and harmful geopolitics.
The Biological Age is not just about understanding life — it’s about realising that life is the key to shaping our future. It knows what to do and how to do it.
So having said all of that you remain doubtful, not convinced or prefer the false narrative you’ve been sold. No matter.
Here is a list of Biological Age advancements and technologies
— and it is by no means complete of includes everything which runs for pages. Have fun, pay attention, think about it deeply as your own biology will guide you to the right answer!
1. Genomics and DNA Manipulation
– Gene Editing (CRISPR, TALENs, ZFNs): Precision editing tools to modify DNA sequences, enabling the treatment of genetic disorders like sickle cell anemia and cystic fibrosis.
– Base and Prime Editing: Advanced techniques to correct individual base pairs or insert targeted mutations.
– Gene Drives: A technology for spreading desired genetic traits rapidly through populations, often considered for controlling diseases like malaria.
– Synthetic Genomics: Artificial construction of entire genomes, enabling the creation of synthetic organisms like the minimal cell *Mycoplasma laboratorium.
– Epigenome Editing: Modifying epigenetic markers to control gene expression without altering the underlying DNA sequence.
2. Cellular and Molecular Biology
– Stem Cell Research (Embryonic, Adult, Induced Pluripotent): Generating specialised cells for regenerative therapies, disease modelling, and drug screening.
– Organoids: 3D cellular clusters that mimic the architecture and function of organs like the brain, liver, kidneys, and intestines.
– Cellular Reprogramming (know as Yamanaka Factors): Reverting adult cells back to a pluripotent state to regenerate tissues and potentially reverse aging.
– CRISPR Interference/Activation (CRISPRi/a): Gene modulation techniques that allow for up-regulation or silencing of specific genes without cutting DNA.
– Mitochondrial Replacement Therapy (Three-Parent Babies): Replacing defective mitochondria to prevent transmission of mitochondrial diseases.
3. Biological Computing and Intelligence
– DNA Computing: Using DNA strands to perform parallel computations, solving complex problems faster than traditional computers.
– Protein-Based Computing: Employing protein networks and enzymatic reactions for information processing and storage.
– Neural Interface Systems (Brain-Computer Interfaces): Direct communication pathways between the brain and external devices, potentially enabling thought-controlled robotics.
– Organoid Intelligence: Harnessing organoids for bio-computation, where neural tissue can process and store information similarly to the brain.
– Quantum Biology: Investigating how quantum phenomena like tunneling and entanglement influence biological systems, with applications in advanced sensors and bio-computing.
4. Longevity and Anti-Aging Technologies
– Senolytics and Senomorphics: Drugs that clear out senescent cells (aging cells that no longer divide) or modulate their harmful effects, potentially extending lifespan.
– Gene Therapies for Longevity (e.g., FOXO3, sirtuins): Modulating genes associated with lifespan, like FOXO, to enhance resilience to aging.
– Epigenetic Rejuvenation: Reversing age-related epigenetic changes to restore youthful function at the cellular level.
– Autophagy Enhancement: Drugs and diets (e.g., intermittent fasting) designed to improve the body’s ability to clear damaged cells and proteins.
– NAD+ Precursors (NR, NMN): Supplements aimed at boosting levels of NAD+, a coenzyme critical for cellular energy and repair.
5. Bio-Materials and Implants
– Tissue Engineering and Bioprinting: Creating complex tissue structures like skin, cartilage, and organs using 3D printing technologies that layer living cells.
– Self-Healing Materials: Bio-inspired materials that can regenerate or repair damage, mimicking natural processes.
– Bio-Graphene: Advanced conductive biomaterials that combine graphene’s electrical properties with biological molecules for use in sensors and medical devices.
– Biosynthetic Implants (e.g., bionic eyes, neural implants): Devices that restore or enhance biological functions, such as vision, hearing, or motor control.
– Nano-bots: Microscopic robots designed to operate within the body for targeted drug delivery, tissue repair, or infection control.
6. Bio-Robotics and Augmentation
– Exoskeletons and Bio-Enhancements: Wearable robotic systems that augment human strength, mobility, or endurance, often integrated with neural signals for seamless control.
– Soft Robotics: Bio-inspired robots made of flexible materials that can adapt and move like living organisms, useful in surgical applications.
– Bio-hybrid Systems: Robots or prosthetics that incorporate living tissues, enabling more natural movement and interaction with biological systems.
– Neural Lace Technology: A mesh of sensors and electrodes integrated with brain tissue, aiming to enhance cognitive capabilities or monitor neurological conditions.
– Physical Twinning (Advanced Cloning): Generating genetically identical organisms for organ harvesting, scientific research, or even personalised medical therapies.
7. Regenerative Medicine
– Organoid-Based Therapies: Using patient-specific organoids to test drug responses or as transplantable mini-organs for treating organ failure.
– Cellular Immunotherapy (e.g., CAR-T cells): Engineering immune cells to target and destroy cancer cells more effectively.
– Gene Therapy 2.0 (In Vivo Editing): Directly correcting faulty genes inside the patient’s body, reducing the need for ex vivo manipulation.
– Bio-Scaffolding: Biodegradable frameworks seeded with cells to guide the growth of new tissues or organs.
– Microbial Engineering (e.g., microbiome transplants): Designing and implanting beneficial microbial communities to restore gut health or treat metabolic disorders.
8. Biotechnology and Bio-Energy
– Synthetic Biofuels: Engineering microbes to produce cleaner, renewable fuels from organic waste, algae, or even atmospheric CO2.
– Bioplastics and Bio-based Polymers: Creating biodegradable plastics and sustainable materials from plant starches, cellulose, or fungi.
– Bioreactors and Fermentation 2.0: Advanced systems for cultivating cells, microbes, or algae at scale for industrial production of pharmaceuticals, food, and biofuels.
– Bio-Mining: Using engineered bacteria to extract valuable metals from ores, e-waste, or contaminated environments.
– Photo-bioreactors: Closed systems that use photosynthetic organisms like algae to capture CO2 and generate biomass for energy or bio-products.
9. Biology-Driven Agriculture
– CRISPR-Edited Crops: Precision editing to enhance crop yield, resistance to pests, or nutritional content without introducing foreign genes.
– Vertical and Controlled Environment Agriculture: Indoor farms using hydroponics, aeroponics, and LED lighting, optimised for resource-efficient, year-round production.
– Soil Microbiome Engineering: Enhancing soil health by managing or engineering the microbial communities that support plant growth and nutrient cycling.
– Perennial Grains and Climate-Resilient Crops: Developing crops with deeper root systems and greater resilience to climate change, reducing the need for tilling and fertilisers.
– Biological Pest Control: Using genetically modified insects, pheromones, or microbial pesticides to manage crop pests without harmful chemicals.
10. Bio-Security and Ethical Advances
– DNA Data Storage and Encryption: Storing vast amounts of digital data in DNA sequences, with the potential for high-density and long-term information preservation.
– Biodefense and Pathogen Detection: Developing rapid-response systems to detect and counter emerging biological threats, including synthetic biology applications for biowarfare.
– Bio-surveillance and Tracking Systems: Integrating biosensors and data analytics to monitor public health, track pathogen spread, and optimise responses.
– Ethical AI and Bioinformatics: Leveraging AI in genomic analysis while ensuring transparency and equity in healthcare outcomes.
– Biohacking and DIY Biology: Citizen science movements advancing open-access biological experimentation, often involving self-experimentation and grassroots innovations.
11. Embodied Networks and the Free Energy Principle
– Free Energy Principle in Cognitive Science: The idea that biological systems strive to minimise surprise or energy expenditure, informing models in AI and robotics.
– Embodied Cognition in Robotics: Designing robots that learn and adapt through real-world interaction, mimicking how biological organisms acquire intelligence.
– Sensory Augmentation: Enhancing or replacing sensory inputs (e.g., vision, hearing) using interfaces that merge biological and synthetic systems.
– Living Machines and Cellular Automata: Creating self-organising biological systems or machines that grow, adapt, and evolve autonomously.
12. Organoid Research and Development
– Brain Organoids for Neurological Research: Studying neuro-developmental disorders, drug responses, and even consciousness using miniature brain-like structures.
– Multi-Organ Chips (Organ-on-a-Chip): Microfluidic devices that simulate interactions between different organ systems, allowing for complex biological testing.
– Biomimetic Systems: Creating artificial tissues, organs, or devices that replicate biological functions (e.g., artificial pancreas for diabetes management).
– Bioinformatics and Organoid Modelling: Combining high-throughput data analysis and machine learning to predict organoid behaviour and optimise their growth.
The Biological Age is here, do not deny it, use it, embrace it and feed it, as our future depends on it.
About the Author.
Nick is a Futurist, Technologist and Writer, is making a TV Docu-Series about advanced technologies and their implications for humanity. He works with Founders, Investors, Families to match tech with capital.