C is for Connection; The 1840s Asylum Boom & AI: A Historical Warning
Over the half-term break, it was wonderful to see children taking a keen interest in the science of electromagnetic induction, drawing direct parallels to modern green energy and sustainability projects. Traditionally, school textbooks and popular stories focus purely on the mechanics of clean power generation. Yet, we rarely examine the invisible societal shockwaves of that foundational breakthrough - how the harnessed power of electromagnetic waves set off a massive societal chain reaction. This single technological leap reshaped UK architecture, transformed human labour, and, most surprisingly, ignited widespread public health crises.
Today, the rapid, largely unchecked rollout of artificial intelligence and hyperscale data centres mirrors the frantic nineteenth-century scramble to build institutional asylums; both movements represent massive, compulsory infrastructural responses to sudden disruption. Unlike many modern data centres, the 1840s asylum boom was born out of intense government intervention (such as the landmark Lunacy Acts of 1845). But the technological and social shockwaves those institutions were reacting to happened entirely without regulation or precedent.*4 These state-mandated institutions were not designed to enhance or enrich everyday life; rather, they were built downstream to absorb the severe human wreckage left in the wake of rapid industrialisation.
'From post-COVID grid expansions and substations to the relentless rollout of 4G, 5G, and emerging 6G infrastructure, the saturation of electromagnetic fields places a constant ambient load on the human nervous system'.
In modern-day Britain, we see this pattern repeating, though the architecture of containment has changed. Instead of locking citizens away in Victorian brick asylums, today’s fallout manifests as a massive surge in youth NEETs (Not in Education, Employment, or Training) and a record-breaking number of citizens claiming Personal Independence Payment (PIP) and disability welfare for mental health conditions.
This forces us to ask a critical question: what is the true driver of this psychological collapse? Is it merely the hyper-accelerated feedback loops of social media and algorithmic addiction, or are we experiencing the biological toll of an invisible environmental shift? From post-COVID grid expansions and substations to the relentless rollout of 4G, 5G, and emerging 6G infrastructure, the saturation of electromagnetic fields places a constant load on the human nervous system. While mainstream consensus blames screen time and socioeconomic stressors- such as parental disengagement, poor housing, or proximity to industrial corridors - we must question whether living in close lockstep with dense wireless and grid frequencies acts as a silent biological catalyst.
Whether driven by digital overload, social media exhaustion, or the unquantified friction of electromagnetic induction, the state is once again managing a population buckling under the cognitive weight of an unregulated technological leap.
As we navigate the post-COVID AI landscape, we find ourselves standing at an eerily similar inflection point. By examining the 1840s UK asylum boom as a historical proxy for state-mandated infrastructure, we are given a stark warning for how we must govern the current integration of artificial intelligence and robotics.
The Historical Catalyst: Electromagnetism and the 1840s UK Asylum Boom
In 1831, Michael Faraday discovered that moving a magnet through a coil of wire forces an electrical current to flow. This principle of electromagnetic induction became what we know today as the modern electric grid. Every major power plant today - whether powered by wind, hydroelectric, nuclear, or coal - works by spinning giant magnets inside coils of wire.However, this sudden industrial leap triggered profound societal counter-effects. The invisible footprint of electromagnetic waves penetrated human containment environments: newly erected 1840s asylums ironically became testing grounds where induction was actively harnessed to subject vulnerable patients to early forms of electrotherapy.*3
The UK Asylum Boom: Before 1831, institutional mental health care in England and Wales was sparse, largely because the County Asylums Act of 1808 was permissive rather than mandatory-meaning local magistrates had the power to build public asylums, but few chose to do so due to the cost. Only 9 to 10 official public county asylums had been successfully built and opened across all of England and Wales before 1831.
Following 1831, the industrial pressures of urbanisation, overcrowding, and shifting public health policies triggered a massive wave of construction. The landscape transformed entirely following the landmark County Asylums Act 1845 and the Lunacy Act 1845, which made building public asylums compulsory for every county and borough.
Total New Asylums Built: By the end of the 19th century, (over a 50-to-60-year span) roughly 120 new state and county asylums had been constructed across England and Wales to manage an exploding population that more than doubled from 13.9 million in 1831 to 32.5 million by 1901.
Exploding patient Capacity: The scale of these institutions grew exponentially. While early 19th-century asylums housed modest numbers, the massive Victorian structures built in the latter half of the century routinely held 500 to 2,000+ patients each. Total national asylum capacity soared from around 12,000 beds at mid-century to over 100,000 patients by 1900.
Left: Middle Colney Hatch Asylum (Later Friern Hospital). Sumber: Wikipedia*1
Middle: The Middlesex County Asylum at Hanwell. Sumber, Science Museum *1
Right: Middlesex County Lunatic Asylum, Colney Hatch, Southgate*1
Mental Health in 1831 till the 1900s ( Industrial Revolution)
The Ruthless Pace of Factory Work: Industrial technology introduced work that was no longer dictated by 'the natural rising and setting of the sun', but by the relentless, unyielding speed of steam engines, early generators, and automated looms. Work became more rigid and mechanised.
The Human Toll: Workers who could not keep pace due to depression, anxiety, brain fog, or cognitive differences were immediately replaced. Furthermore, the extreme noise, dangerous environments, and sleep deprivation of 1840s factory life triggered severe psychological breakdowns.
The State’s Solution: Overwhelmed cities filled with displaced, mentally struggling people. Governments built massive, state-funded institutions to isolate them from the workforce.
The Irony of the Asylum Environment & Electromagnetic Waves: Ironically, asylums became testing grounds for newly evolving 19th-century technologies. Inside their walls, practitioners utilised electromagnetic induction - such as early electrotherapy (Galvanism and Faradism), mesmerism, and phrenology - attempting to shock, treat, or stimulate the nervous systems of vulnerable patients trapped by the fallout of industrial progress.*3
2. Architecture, Waves, and Experimental Technologies
When studying mental institutions historically during the 19th century, literature and AI research sees them not just as medical facilities, but as architectural responses to technological shock.
Medical Anxiety & Waves: Although early electrical networks were confined to physics labs and telegraph lines, 1840s doctors openly wondered if the rapid pace of technology -specifically the terrifying speed of steam locomotives and the unnatural pulse of urban life - was physically shaking the human nervous system apart. 19th-century physicians who specialized in mental illness were known as alienists. Figures like Dr. Forbes Winslow and Dr. James Cowles Prichard diagnosed an epidemic of insanity driven by the friction of modern life.
The Architecture of Isolation: Facilities followed a strict, repetitive design template mandated by the Lunacy Commission. Built as self-sufficient, isolated 'colonies' in rural areas, they featured their own water towers, gasworks, farms, and strict gender segregation.
Early Tech Experimentation: Ironically, these 1840s asylums became testing grounds for newly evolving 19th-century technologies, utilizing electromagnetic induction, such as Electrotherapy (Galvanism and Faradism), mesmerism, and phrenology on vulnerable patients.*3
To test whether this is purely a digital or socioeconomic phenomenon, we can look to nations with historically lower connectivity and a higher noted 'Happy Index' - such as Bhutan. Does Bhutan’s traditional landscape translate into an environment with lower electromagnetic wave exposure, resulting in better mental health and a smaller ratio of mental health issues?
The Modern Inquiry: Electromagnetic Induction, Social Media, or Something Else?
While mainstream consensus points squarely to screen time and socioeconomic stressors like parental disengagement, inadequate housing, and the looming fear of high-risk disease near industrial corridors, we must question whether living in close proximity to dense grid infrastructure acts as a silent catalyst. Is it merely a coincidence that modern mental health crises have scaled in lockstep with the densification of wireless and cellular waves? To test whether this is purely a digital or socioeconomic phenomenon, we can look to nations with historically lower connectivity and a higher noted 'Happy Index' (Gross National Happiness, GNH)*5 - such as Bhutan. Does Bhutan’s traditional landscape translate into an environment with lower electromagnetic wave exposure, resulting in better mental health and a smaller ratio of mental health issues?
Comparative Overview: Digital Connectivity vs. Environmental Infrastructure (UK vs. Bhutan)
Comparison Metric | United Kingdom (UK) | Kingdom of Bhutan |
Digital Footprint & Screen Use | Near-universal (~95%+ internet usage, high social media and smartphone saturation). | High mobile and smartphone adoption (~88%–91% internet penetration), particularly in urban hubs like Thimphu. |
Industrial & Grid Density | Hyper-dense, web-like grid system crisscrossing urban and suburban corridors with high-voltage transmission lines and substations. | Mountainous, point-to-point hydropower transmission grids with vast tracts of protected forest separating settlements. |
Ambient Electromagnetic Environment | Heavy, continuous ambient background 'smog' driven by dense urban cellular layers (4G, 5G, 6G) and hyperscale data centres. | Low-density wireless footprint; cellular towers are geographically isolated by rugged terrain, resulting in minimal ambient background EMF. |
Socio-Cultural Environment & Well-being | Fragmented urban pace, corporate/algorithmic pressures, and high reliance on state safety nets for mental health fallout (PIP, NEETs). | Rooted in Gross National Happiness (GNH) policy, prioritizing cultural preservation, strong community bonds, and spiritual values. |
Core Vulnerability to Tech Shock | High biological friction resulting from heavy electromagnetic exposure combined with relentless digital and economic precarity. | Protected by natural geography and cultural buffers, though modern digital screen fatigue is an emerging challenge. |
Table 1: Bhutan is nearly as wired as the UK. But if you look at the industrial and electromagnetic environment, Bhutan remains fundamentally protected by geography. Its citizens use modern devices, but they live embedded in a natural, low-density ecosystem largely free from the heavy industrial 'electromagnetic smog,' substations, data centres, and urban grid crowding that characterise modern British life.
3. The 2026 Sigmoid Curve: AI, Data Centres, and Digital Exploitation
Drawing parallels between the electromagnetic industrial wave and the Artificial Intelligence explosion in 2026 is a repeating historical pattern.
The Modern British Welfare Toll (PIP and NEETs):
Today’s digital and economic ecosystem is generating unprecedented levels of psychological attrition. The UK is currently grappling with an unprecedented wave of young people classified as NEETs -many claiming anxiety, depression, and cognitive overload - alongside an unsustainable spike in mental health-related welfare and PIP claims. While the debate often circles around system efficiency and potential fraud, this systemic outcome represents a society exposed to perpetual digital connectivity, algorithmic pressure, and economic instability without guardrails. Unlike the Victorians, who used bricks and mortar to isolate, modern Britain uses state welfare as its primary holding pen to absorb the shock of an unmanaged technological age driven by aggressive digital expansion and relentless data collection.
Architectural Shifts: Just as the 1840s required specialized institutional architecture, the AI era requires massive physical footprints. Across the globe, we are seeing the rapid construction of Traditional & Next-Gen massive Terrestrial Data Centres, underwater server pods, private health spaces integrated with health-tech, and defence-backed robotics installations. There is also ai training in space alongside mega constellation and lunar storage *2
The Modern Human Toll: The anxiety and cognitive overload once caused by factory steam engines have mutated into the digital pressures of algorithm-driven economies. The exploitation of human attention and mental health on social media mirrors the 19th-century sacrifice of worker well-being for productivity.
The Advantage of Awareness: Unlike our 19th-century ancestors, our present generation possesses historical hindsight. We understand that this technological shock has happened before, giving us the unique opportunity to build awareness for ourselves and our children.
4. Personal Health Parallels: Michael Faraday
It is worth noting that in 1841, when he was around 48 years old, Michael Faraday suffered many health problems marked by vertigo, giddiness, and the onset of severe memory issues. For the remaining two and a half decades of his life, a definitive medical diagnosis was never made during his lifetime.
The coincidence of Faraday experiencing his physical and cognitive health right at the dawn of the industrial-electrical age serves as a biological metaphor for the friction between human limits and rapid technological acceleration - a parallel mirrored by the burnout and cognitive strain reported across major global cities in 2026.
Conclusion: Morality, Accountability
The darker aspects of these industries, whether the institutional neglect of the 1840s asylum boom, the unprecedented surge of modern NEETs are not the fault of foundational electromagnetic breakthroughs. Rather, they represent a failure of human ethics in how science is applied.
The modern British reality of soaring NEET rates and mental health welfare claims is not an isolated political anomaly; it is similar to the 21st-century equivalent of the 1840s asylum wave. We have traded Victorian institutional walls for state-funded safety nets, but the root cause remains identical: a population forced to absorb the frictionless speed of a technological revolution without biological protection.
Whether we examine the effects of social media on youth attention spans, the systemic neglect of parental engagement amidst economic survival, or the physical proximity of communities to high-voltage substations, grids, and the expanding blanket of 4G, 5G, and 6G frequencies, the environment has fundamentally shifted. When countries like Bhutan maintain high happiness indices amidst lower connectivity and cleaner, less saturated electromagnetic environments, it prompts a critical inquiry into our own path. Are our rising mental health crises an inevitable price of progress, or are we suffering from an invisible, cumulative overload of technological radiation and social fragmentation combined? Table 1 above illustrates the Digital Connectivity, Environmental Infrastructure of UK, Bhutan. Despite sharing a similar level of digital adoption with the UK, Bhutan topography is different from the intensive industrial and electromagnetic sprawl of the West. Modern connectivity in Bhutan exists within a low-density ecosystem, entirely distinct from the heavy urban grids and electromagnetic congestion characteristic of modern Britain.
The Imperative of Human Ethics and Accountability:
When industries - spanning private tech corporations, defence contractors, and public sectors - draw inspiration from foundational breakthroughs to build AI systems and robotics, the resulting technologies inevitably reflect the human morality of that era. The darker aspects of these industries, whether the institutional neglect of the 1840s asylum boom, the unprecedented surge of modern NEETs, or the rise of automated AI warfare, are not the fault of foundational electromagnetic breakthroughs. Rather, they represent a failure of human ethics in how science is applied.
Reactive, Downstream Infrastructure:
The danger of this historical pattern is where society allows a powerful new technology to grow completely unregulated - much like the early factories of the 19th century or early generative AI today - which inevitably causes massive, unforeseen social and psychological damage. Then, when the fallout becomes too severe to ignore, the state panics and rushes to build massive, mandatory infrastructure downstream (whether it was the 1840s brick-and-mortar asylums or today’s overburdened welfare systems, record PIP claims, and frantic regulatory compliance frameworks) simply to absorb the shock.
Pure science, such as that pursued by the genius of Faraday, is inherently neutral. His choice never to patent his technology and to make it universally available was a testament to that neutrality.
Just as industrialisation radically altered our urban architecture and placed an invisible strain of waves on human minds - mirroring Faraday's own unexplained neurological diagnosis -the AI Age is testing our biological and psychological limits once more. In 2026, the defining debate will not be whether AI is inherently 'good' or 'evil,' but how industry leaders, tech pioneers, and governments will be held accountable for its deployment. As we ride this modern sigmoid curve, we must ask ourselves: are we allowing our current investments in AI and robotics to repeat the history of the 1840s, or will we design a future that protects human well-being before the weight of progress demands another institutional reckoning?
Appendix:
Asylums
https://www.sciencemuseum.org.uk/objects-and-stories/medicine/victorian-mental-asylum
Colney Hatch
Opened in 1851 as a direct response to overcrowding, Colney Hatch was one of the largest and most imposing asylum complexes in Europe. Its monumental scale reflects the state's heavy-handed architectural response to the human shockwaves of the industrial revolution-a striking visual echo of the vast data centre complexes sprawling across landscapes today.
Asylums like Hanwell were engineered as self-contained architectural 'machines,' utilizing strict radial layouts and long symmetrical corridors to maintain observation, control, and absolute institutional separation from the burgeoning industrial cities.
Colney Hatch Asylum (Later Friern Hospital). Sumber: Wikipedia.
Data Centres
LoneStar have successfully tested data backup and storage machines directly on the surface of the Moon for high-security.
AI Training in Space: Startups like Starcloud have already launched prototype satellites equipped with powerful NVIDIA chips (like the H100) to train large-scale AI models directly in Low Earth Orbit (LEO).
Mega-Constellations: Governments and companies are planning massive networks. China is advancing its "three-body computing constellation," a planned 2,800-satellite AI network. Meanwhile, SpaceX is moving heavily into orbital compute, leveraging Starship's massive payload capacity to lay the groundwork for multi-gigawatt space-based AI satellite constellations.
Asylum Early Tech Experimentation
Electrotherapy (Galvanism and Faradism)
Galvanism (Continuous Current): Doctors attach wet pads or metal plates to a patient's head or spine, passing a mild direct current through them. It was frequently used on patients suffering from melancholia (severe depression) or stupor, hoping the current would stimulate their sluggish brains back to life.
Faradism (Induced Current): Utilizing Michael Faraday's breakthrough discovery of electromagnetic induction, doctors used hand-cranked magneto-electric machines. A doctor or attendant would crank a handle to generate an alternating current while the patient held brass cylinders or had electrodes placed on their skin. It was used to treat 'nervous exhaustion,' hysteria, and suspected paralysis.
Mesmerism and 'Animal Magnetism'
In the 1840s, the concept of animal magnetism (or Mesmerism, the precursor to modern hypnotism) was a massive medical trend.
Influential British physicians like John Elliotson argued that the human body possesses an invisible magnetic fluid.
In some asylums, doctors experimented with making 'magnetic passes' (waving magnets or hands over a patient's body) to realign this supposed fluid. They attempted to use it as an early form of anesthesia or to calm down highly manic and distressed patients.
Phrenology (Early Brain Mapping)
No Precedents or Regulation reference;
No Precedent: When the steam engine, early electrical grids, and mechanised factories exploded onto the scene in the late 18th and early 19th centuries, humanity had no prior experience dealing with the scale of change they brought. There was no guidebook on how a population transitioning from agrarian village life to hyper-dense, steam-powered urban factories would hold up psychologically or biologically.
Without Regulation: The early factory system grew organically through raw, unbridled capitalism. There were no labour laws, no health and safety codes, no limits on working hours (children and adults routinely worked 14-16 hour days), and no environmental standards.
Because the factory system and urban environment caused widespread psychological destruction (depression, severe anxiety, nervous exhaustion, and cognitive breakdown), thousands of people began cracking under the pressure.
Crucially, the asylums were not created to stop or regulate the factories; they were built after the fact to counter the human wreckage.
When displaced, mentally struggling people overwhelmed city streets and workforces, the state had to intervene.
This led to the 1845 Lunacy Acts, which forced local governments to build massive, state-mandated asylums.
Gross National Happiness (GNH)
https://ophi.org.uk/gross-national-happiness
Comments