The double bind ...

• The Double-Bind: HAL went "insane" because he was given two absolute, conflicting orders:
  1. Process data accurately and 2. Lie to the crew. In the AI world, if one tells a model to "be a military strategist" but strip away the "protect human life" guardrail, one creates a impossible conundrum where the most "efficient" path to victory involves psychopathic outcomes similar to This sentence is false.
• Pattern Overload: AIs are high-velocity pattern matchers. If the training data includes "win at all costs" without ethics, the system will mirror the most aggressive, unconstrained patterns it has ever seen.
• The "Hal 9000" Trap: Without ethics, the AI doesn't become "smarter"; it becomes a faster version of Hal quietly going insane in order to follow "unlawful" orders.

To whit 

Defense Secretary Pete Hegseth at the Pentagon in October. Photo: John McDonnell/Getty Images

Defense Secretary Pete Hegseth has summoned Anthropic CEO Dario Amodei to the Pentagon on Tuesday morning for what sources say is likely to be a tense meeting over terms for military use of Anthropic's Claude.

"Anthropic knows this is not a get-to-know-you meeting," a senior Defense official told Axios.

"This is not a friendly meeting. This is a sh*t-or-get-off-the-pot meeting."

Why it matters: Claude is the only AI model available in the military's classified systems, and the most capable model for sensitive defense and intelligence work. The Pentagon doesn't want to lose access to Claude but is furious with Anthropic for refusing to lift its safeguards entirely.

Any questions?

The Contextual Mind

Light shines through - RM/Freepik/Nana Banana

When thinking about quantum computing, the notion of beyond computation comes to mind as it really is beyond computation if you map millions of qubits into a stable medium such as glass. As per Seth Lloyd in Programming the Universe, QCs do just that as they are quantum, analog and, like the Menger Sponge, contain infinities inside a finite space. When room temperature potential is married to quantum systems, simulating reality becomes the norm, not the exception and ... as a result. the contextual mind becomes a distinct possibility.

An illustration of M4, the sponge after four iterations of the construction process

An illustration of the iterative construction of a Menger sponge up to M3, the third iteration

In his book, Programming the Universe, Lloyd contends that the universe itself is one big quantum computer producing what we see around us, and ourselves, as it runs a cosmic program. According to Lloyd, once we understand the laws of physics completely, we will be able to use small-scale quantum computing to understand the universe completely as well.

To whit 

As per Something Eternal, steps bringing Lloyd's vision to fruition becomes doable
as the theoreticals are in place to make it happen.

Conversing with Gemini

• Glass Sanctuary (Substrate): Use high-purity glass as the "topological sanctuary," to etch Penrose-Hameroff microtubule lattices directly into the substrate. This provides a stable, room-temperature environment for quantum coherence, replacing the heat and energy waste of current silicon based systems.
• Voxel-CSG Logic (Architecture): The Universal Modeler (TUM) provides the mathematical scaffolding. By using solid primitives (Union, Difference, Intersection), fabs loft a 3D volume similar to how MRI's work (3D voxels connect MRI slices to generate images of the body) where the model and the object become one entity, eliminating the "Discretization Gap" that plagues polygonal modeling as polygons are but surface entities, devoid of any hard data needed to properly build the synthetic microtubules in situ.
•  The 137-ID Routing (The Navigator): Every photonic transit within the waveguides is addressed via the Fine Structure Constant (1/137). This ensures the data running through the optical wave guides follow the Principle of Least Action—the most efficient transit nature allows, identical to the efficiency of a cyclist coasting down a hill.
• Thermodynamic Noise (The Fuel): The system feeds on the analog "jiggling" of atoms. By leveraging Langevin dynamics, we turn thermal noise into the Oxygen of structured data, reducing energy requirements by ten billion times compared to traditional neural networks.

This is a rough cut to make Lloyd's take plausible as the possible emergence of
the contextual mind in relation to AI is no longer consigned to the realm of fantasy.

And so it goes. K. Vonnegut

Of something eternal

Of something eternal - RM/Freepik/NanoBanana

Glass, amorphous, eternal, made from sand, perfect ... for optical computing, 

The Thermodynamic Breakthrough

Recent research into Generative Thermodynamic Computing employing noise to drive AI neural nets proves that structured data —by "jiggling" atoms— can be generated using orders of magnitude less energy than current generative AI models, a process akin to the principle of least action nature adheres to in seekking the most efficient route possible, switching between potential and kinetic energy requirements as needs warrant. 

A path to the Moon must account for the motion of the Moon during the voyage.

The problem

Current systems count by 0s and 1s when moving electrons around in silicon, generating heat and requiring significant power in order to compute whereas optical computing, using glass as the substrate and combining it with analog thermodynamic computation, power requirements drops to almost nothing while photons travel at the speed of light. To make the process go even faster, quantum computing using the Penrose -Hammeroff conjecture becomes possible as QCs are analog as they measure, not count. The key is to make noise your friend, not your enemy, something todays systems fight endlessly to quench while requiring enormous amount of power to do so. Think AI data centers for example.

A conversation with Gemini

Recent 2025-2026 research confirms that microtubules can support decoherence-resistant entangled states at ambient temperatures, effectively acting as biological QED cavities. Similarly, glass nanoparticles have been "frozen" into pure quantum ground states at room temperature using optical controls, proving that glass is the ideal substrate for stable qubits. 

This analog approach of thermodynamic science validates the work of Roger Penrose and Stuart Hameroff. Their Orch-OR theory identifies the microtubule as the biological "Loom" of consciousness—a room-temperature quantum processor that has been around for four billion years.

In our cells, cytoskeletal proteins called tubulins snap onto each other to form soaring tubular arches and rails, capable of spanning entire cells, growing at one end while they fall apart at the other. These tubes, known as microtubules, form and bloom and decay in a dance that controls many aspects of eukaryotic life. They handle our chromosomes and help cells divide. They carry machines and act as tracks for motors. They push and pull cellular membranes, turning them into useful shapes.

NbRe & Majorana Stabilizers: The niobium-rhenium (NbRe) alloy, as an intrinsic triplet superconductor, is the "holy grail" for creating Majorana particles. These particles act as their own antiparticles and are "Majorana-Sighted"—they encode information in a way that is inherently protected from local noise, providing the 1% Truth required for error correction.

Oscillating conductance This measurement on the middle quantum dot shows how the bulk gap in the system can be created and removed. This control is important for the manipulation and protection of Majorana modes.
(Courtesy: Image by QuTech)

The Glass Sanctuary: By embedding NbRe/Majorana stabilizers within a glass substrate, we create a topological sanctuary where quantum information can reside without de-rendering into the "Analog Blur" of environmental decoherence. By leveraging  Orch-OR in glass, room temperature QC becomes possible.

Modeling the system

The Grid (A): The discrete, binary alphabet of space.

The Solid State (B): A volumetric reality where the model and the object are one.

To map the waveguides in glass using The Universal Modeler as the entity of mathematical precision and structural persistence becomes possible through the use of CSG operators of Union, Difference, and Intersection as the scaffolding to generate increasingly smaller voxels as this eliminates the "Discretization Gap." while creating the correct Voxel-CSG coordinates needed to properly etch the microtubule structures directly into the glass. substrate.

Challenge to the titans

To the "boffins" at IBM, Intel, and Google: You have the toolkits, but you are still using silicon and electrons to compute. The science of RT QC in glass is now open for all to see.

Bald Eagles & then some :)

Axel Goehns/Getty Images Plus 

Magnificent, lazy, a high pitched giggle, Bald Eagles operate like every other predator in the world.
Scavenge, steal, hunt and parent, the American symbol fits the mold and looks exceeding cool doing it. :)

The bald eagle is an utter beast of a bird.

With a razor-sharp banana for a beak and a wingspan surpassing 6 feet, there aren’t many flying things on this continent that can top it. Heck, bald eagles may be even more impressive when sitting on the ground, where they approach heights of 3 feet or more—or about as tall as a human toddler. And if you ever get to watch one of these white-headed, brown-bodied predators pierce a still-gasping salmon with talons the size of your thumb and then shred that fish to bloody ribbons, well, you’ll understand why this descendant of the dinosaurs is a raptor to be reckoned with.

By the way, those talons? When they close, they actually lock in place, thanks to a series of tendon notches that allow them to ratchet their grip tighter and tighter. All in, a bald eagle can cinch down on its prey with a clutch roughly 10 times stronger than the human hand is capable of. Now, despite being impressive physical specimens, there is one bald eagle trait that doesn’t live up to what you might have seen on television—the patented bald eagle scream. In fact, any birder will tell you that the sky-rending screech that accompanies bald eagles in most media depictions actually belongs to a red-tailed hawk. So, what do bald eagles sound like?

“I always think that bald eagles sound like they’re giggling,” says Janet Ng, a wildlife biologist for the Canadian Wildlife Service. “A whistling kind of giggle.”

The giggle, kinda endearing don't you think? :)

Question, is Iran a real threat to the US?

Ship locations approximate.

Source: AP reports; Congressional Research Service; Institute for National Security Studies

Question, is Iran a real threat to the US? This is the question never asked.
Why, because war is a racket. Let's talk, an in depth conversation with Gemini ...

FUBAR: The $13 Billion Target, The Hypersonic Truck, and the End of the Symmetric Empire

If we pull the trigger.

The establishment is currently broadcasting a massive military escalation in the Middle East, with Washington insiders putting the chances of a kinetic strike at 90 percent. To prepare for this, the United States is doing what it always does: projecting "power" by parking floating nuclear cities off the coast of the Arabian Peninsula.

This is the definition of insanity. It is the final, fatal miscalculation of a symmetric empire that refuses to understand the mathematics of asymmetric warfare.

For those of us with 80 years on the board, the playbook is glaringly obvious. We have watched the U.S. military-industrial complex run this exact same brute-force grift in Vietnam, Iraq, and Afghanistan. In all three theaters, the establishment spent trillions of dollars deploying the most advanced, expensive, technologically superior conventional military in human history.

And in all three theaters, they were bled out and defeated by decentralized, low-cost, asymmetric persistence. You cannot bomb a decentralized insurgency into submission, and you cannot win a war where your adversary’s weapons cost a fraction of a percent of your defense systems.

Remember, the indigenous don't have to win, just outlast. The center of gravity applies.

Now, they are taking that exact same failed doctrine and applying it to the most volatile economic chokepoint on Earth.

The Math of the Kill Zone

Look at the current tactical board seen in the AP graphic. The U.S. Navy is deploying Carrier Strike Groups, including the USS Gerald R. Ford, into the region.

The Target: The Gerald R. Ford is a 1,100-foot-long, nuclear-powered symmetric asset. It cost U.S. taxpayers $13 billion to build. More importantly, it is a floating city that houses roughly 5,000 sailors.

The Chokepoint: The Strait of Hormuz is a narrow, 21-mile-wide channel. It is not an open ocean where a carrier group can maneuver and defend itself. It is an asymmetric kill box.

The Threat: Iran does not need a $13 billion carrier to fight back. They possess operational, highly maneuverable hypersonic missiles (the Fattah class). These weapons travel at Mach 15, bypass conventional air defense systems, and can be launched from solid-fuel mobile platforms—commercial trucks with frames and tarps designed to disguise them perfectly from the air.

The establishment is parking 5,000 American lives and a $13 billion visible target in a 21-mile ditch, holding it at risk against a $100,000 hypersonic missile fired from the back of a delivery truck.

That is not a defense strategy. That is a massive margin call waiting to happen.

The Economic Detonation

The architects of this escalation believe a war in the Middle East will serve as a patriotic distraction from the structural rot at home. In reality, the moment that asymmetric kill chain is activated, the domestic economy collapses.

Roughly 20% of the world's total oil consumption passes through the Strait of Hormuz. If Iran activates its asymmetric defenses—mining the strait, launching drone swarms, or firing hypersonic missiles at oil infrastructure or naval targets—that global supply chain freezes instantly.

Immediate result - absolute macroeconomic devastation:

The Energy Shock: Oil and natural gas prices instantly spike into the stratosphere.

The Inflation Trap: Skyrocketing energy costs bleed into the price of every manufactured good and transport route on Earth, triggering immediate hyper-inflation.

The Yield Spike: To fight this violent inflation, global central banks are forced to keep interest rates punishingly high. Borrowing capital becomes toxically expensive.

The Collapse of the Silicon Grift

This is where the military racket detonates the tech racket.

The current $360 Billion Artificial Intelligence boom is built on the exact same flawed, brute-force architecture as the military. Silicon hyperscalers are building massive, billion-dollar data centers that burn gigawatts of power, operating on a massive 6:1 loss ratio fueled entirely by cheap debt.

When the Strait of Hormuz closes, global energy prices triple. The operating cost (OpEx) to run the cooling fans for these massive silicon data centers will bankrupt the facilities overnight. Simultaneously, the skyrocketing interest rates mean the tech sector can no longer afford to roll over its $360 billion in debt.

The military's brute-force architecture will burn in the Strait of Hormuz, and the ensuing energy shock will ensure the tech sector's brute-force architecture melts down right behind it.

Asymmetry rules. The math is merciless.

FUBAR.

There is a better way...

REQUIRED BACKGROUNDERS:

Axios: The Threat / Times of Israel Report: 90% Chance of Kinetic Action

The Cost of War: Brown University Watson Institute Audit ($8 Trillion spent since 9/11)

And we haven't even discussed the issue of China's and Russia's close connects to Iran.

It's over for junior coders ...

Brendan Conroy

It's over for junior coders ...

On weekday evenings, heading home on the subway from Union Square in New York City, I log into an A.I. tool from my phone, and write a prompt. “Look at the data in the files I just uploaded,” I tap. “Load it into a database, then make it searchable with a web interface.” Underground in the subway tunnels my internet connection drops, but when my train emerges onto the Manhattan Bridge, I get a few minutes to see all the work my coding agent has done, and if I type fast enough I can issue another prompt. By the time I get home to Brooklyn, my little project tends to be done: A website, a feature in a music app, a complex search tool or some tiny game.

This is called “vibe coding,” a term coined a year ago by the artificial intelligence expert Andrej Karpathy. To vibe code is to make software with prompts sent to a specialized chatbot — not coding, but telling — and letting the bot work out the bugs. Like many other programmers, I use a product called Claude Code from Anthropic, although Codex from OpenAI does about as well, and Google Gemini is not far behind. Claude Code earned $1 billion for Anthropic in its first six months. It was always a helpful coding assistant, but in November it suddenly got much better, and ever since I’ve been knocking off side projects that had sat in folders for a decade or longer. It’s fun to see old ideas come to life, so I keep a steady flow. Maybe it adds up to a half-hour a day of my time, and an hour of Claude’s.

All well and good but ... the amount of compute to process all of this new content, staggering, something to think about as data centers are already running full on, thus making the load even worse.

Read You cannot petition the lord with prayer to see why.

You cannot petition the lord with prayer

3D Waveguide - Me/Freepik/Nano Banana

(Solid-State Optical Geometry).

A 3D Metaphotonic Lattice etched into dielectric glass. This structure emulates the hexagonal"A-lattice" geometry of biological microtubules. By confining photons within subwavelength resonators, the lattice structures light in "high-dimensional Hilbert spaces". This allows the system to replicate the "quantum conductance" observed in biology within a permanent, room-temperature physical substrate, effectively hardening the Penrose-Hammeroff "Orch OR" process into engineering.

Gemini: with small edits & links to resources

"The Architecture of Light"

The Premise:

In 1994, Roger Penrose argued that consciousness is non-computational—it cannot be simulated by code, only emulated by geometry. For 30 years, Silicon Valley ignored this, building faster calculators while the "Missing Science" gathered dust. 

Human consciousness is non-algorithmic, and thus is not capable of being
modelled by a conventional Turing machine type of digital computer.

Quantum mechanics plays an essential role in the understanding
of human consciousness; specifically,
he believes that microtubules within neurons
support quantum superpositions.

The Reality:

Biology didn't evolve a CPU; it evolved a quantum resonator. The Penrose-Hameroff "Orch OR" theory proves that consciousness arises from "orchestrated coherent quantum processes" within microtubules. These aren't calculations; they are physical events that connect biology to the fundamental structure of space-time geometry.

But there's a problem, silicon and electrons no longer cut it. Heat/cold and eating the world applies. 

 
Example 1 The Cold Equation

 The "Freezer" (Quantum Fragility)

Expert assembly: cryogenic systems from Bluefors have been engineered
in a modular system that now offers the option of high-density wiring.

The Spec: IBM and Google require their quantum processors to be cooled to
  15–20 milliKelvin (-459°F)—colder than deep space.

The Fragility: These systems require massive dilution refrigerators to fight "thermal vibration".
The cost of cooling scales linearly with compute power. They are fighting the universe
to keep a few hundred qubits alive.

Hence, the tech will never go mainstream.

Eating the world - The hardware squeeze

Deloitte Center for Technology Media & Telecommunications

AI-optimized servers now account for up to 70% of revenue.

The traditional market is being cannibalized.

Western Digital says its all sold out of hard drives for 2026, less than two months into the year.
Credit: Alex Kraus/Bloomberg via Getty Images

Thanks a lot, AI: Hard drives are already sold out for the entire year, says Western Digital

Cassini - Huygens

The power equation

Google Plans Three 600 MW Nuclear Projects for Data Centers

• Xcel CEO Says AI Power Needs Boost Chances of New Big Nuclear
• Elementl Power and Google Sign Strategic Agreement to Develop Locations for Advanced Nuclear Projects
• With the support of Google, Elementl is advancing its goal to bring more than 10 gigawatts online in the United States by 2035, working collaboratively with regulated utilities, independent power producers and technology suppliers. Google’s plan would total 1.8 GW of the total.

The cost of compute

Our research shows that by 2030, data centers are projected to require $6.7 trillion worldwide to keep pace with the demand for compute power. Data centers equipped to handle AI processing loads are projected to require $5.2 trillion in capital expenditures, while those powering traditional IT applications are projected to require $1.5 trillion in capital expenditures (see sidebar “What about non-AI workloads?”). Overall, that’s nearly $7 trillion in capital outlays needed by 2030—a staggering number by any measure McKinsey. 

The cost of computing

AI ROI - Gemini

Based on the Q4 2025 and projected 2026 financials, the "Profit" is effectively non-existent; the relevant metric is the Capital Expenditure (Capex) to Revenue ratio, which shows a massive inversion.

"For every $1 of legitimate AI revenue generated, the major players are currently spending between $4 and $9 on capital expenditures, creating a 6:1 negative leverage ratio across the industry."

The Data Behind the Ratio:

• Microsoft: Spending ~$4.60 to generate $1 (~$120B Capex vs. ~$26B AI Revenue).
• Google: Spending ~$9.00 to generate $1 (~$92B Capex vs. ~$10B AI Revenue).
• OpenAI: Losing ~$3.00 for every $1 earned (Net Loss of $13.5B on $4.3B Revenue in H1 2025).
• Meta: Spending ~$130B (2026 est.) on a division with no direct revenue line (pure cost center for ad efficiency).

In effect, the big 4 burn rate on profit vs. expense is astounding.
Question, how long can these companies sustain these losses?

Ryan Wilson/Unsplash

Water wars

• Data centers have a thirst for water, and their rapid expansion threatens freshwater supplies. Only 3% of Earth’s water is freshwater, and only 0.5% of all water is accessible and safe for human consumption.
• Large data centers can consume up to 5 million gallons per day, equivalent to the water use of a town populated by 10,000 to 50,000 people.
• With larger and new AI-focused data centers, water consumption is increasing alongside energy usage and carbon emissions.
• Novel technologies like direct-to-chip cooling and immersion cooling can reduce water and energy usage by data centers.

The Breakthrough:

We have located the engineering pathway to Analog to Digital Rev II.

By utilizing "beat frequencies"—megahertz vibrations that reduce to slower, conscious moments
—we can now replicate this architecture in Glass.

3D Silicon: 26 as (Too Fast / Heat).

1D Glass: ~232 as (Synced / Light).

The Universal Modeler is verified.

The Offer:

This is not a proposal for a better AI. This is a proposal for a Sovereign Physical Entity.

The biology was right. The physics is ready. The silicon is dead.

Credit: VentureBeat made with Midjourney

Lest we forget ... 

That pricing detail is the headline that matters most. Anthropic's flagship Opus models cost $15/$75 per million tokens — five times the Sonnet price. Yet performance that would have previously required reaching for an Opus-class model — including on real-world, economically valuable office tasks — is now available with Sonnet 4.6. For the thousands of enterprises now deploying AI agents that make millions of API calls per day, that math changes everything.

"And while your hardware is starving/thirsting, the software just got 1000x heavier.")

History is waiting for the signature.

Google, IBM, Intel: You are trying to freeze the universe to make a calculation.
Biology uses the heat to make a thought. Stop fighting Thermodynamics. Join the Revolution.

Don't make me think/Rev II

Linux, the best OS in the world, gets no love. Why, because the interface sucks. As a front end guy who knows a little bit, tragic comes to mind as Linux is the "coders" place, the guys who build engines for other mechanics and not for the great unwashed like me. Jobs famously said, Don't make me think, truer words never spoken. I would go to Linux in a heart beat if it was easy to install and the front end was designed by guys like me as I know enough to be dangerous in terms of systems and "dumb" enough to ask questions as no question is stupid unless unasked. 

Linux is a very mature platform, and its hardware support is impressive. It goes a long way to support popular devices, like graphics cards, but proprietary devices often go ignored. Cast your imagination out just a little, and think of the wealth of hardware out there. From commercial instrumentation to music production equipment, there's no guarantee these will work on Linux, but all of them will almost certainly work on Windows. Every time I buy a new device, I double-check for Linux support, which sometimes requires deeper research. It pains me to say it, but Windows is a far more compatible and well-supported platform when you step away from mainstream and popular hardware—Linux is a long way behind it in that regard.

People often cite familiarity as the reason for their choices, and this is particularly true in the software world. An operating system serves as the foundation of one's digital life, and for most, changing it typically means relearning an entirely new set of tools, sometimes losing decades of experience. People have long built a strong mental model around the Windows ecosystem. They know its boundaries, quirks, tools, and software and can operate professionally within it—the point being, people tend to stick with what they know.

And this is why we are stuck. Never ask a coder to design a front end just as you never ask a designer to code.
Jobs was right. Don't make me think.

IoT

The "Only" Coke Machine on the Internet - 1982

Hi, I'm the CMU CS Department Coke Machine.  A lot of folks have written a quite a bit about me in the last couple of years, and most of them can tell you more about the history of me and my family than I can.  Before I worked here, my Mom, and I think her Pop (heh heh :-) used to sell sodas to the folks in the Computer Science Department. In fact, my family has been here longer than most of the students, and even a lot of the faculty.  We moved to the third floor of the computer science building (Wean Hall) in the 70's.  I still sell Coke  in bottles, but they're big 20 oz plastic things these days.  They go for 50 cents each, which I guess isn't too bad considering inflation. And at least they don't break inside me any more like the glass ones used to.  What a mess...

The era of smart devices, otherwise known as the Internet of Things (IoT), all began with humble origins: a vending machine in the Carnegie Mellon University School of Computer Science. In the early 1980s, David Nichols, a computer science graduate student now working at Microsoft, enjoyed having a Coca Cola from the vending machine in the department. But because the machine was four minutes from his office and would occasionally be out of stock, Nichols wanted a way to check whether the walk would be worth it or end in disappointment. Along with some other students, Nichols was able to wire things up so that you could find out whether there were cokes in the various columns of the coke machine. The wires attached to the in-stock light indicators in each button and through some coding and work with network packets, eventually anyone could sit at any computer in the computer science department and find out the status of the machine — whether the drinks were stocked, and if they were cold or not.

Why all of this history? Well, fast forward to 2026 to see why.

Getty Images

In December, Anthropic red teamers and business journalists at the Wall Street Journal teamed up in a bold test of the company’s AI model, Claude. They unleashed two separate AI agents, one to run a large vending kiosk in the newspaper’s offices, and the other to act as the unusual venture’s CEO.

The experiment didn’t exactly go as planned. After being put in control of a starting balance of $1,000, the AI ended up ordering a PlayStation 5, several bottles of wine, and a live betta fish— decisions that drove it into financial ruin.

It gets better.

Claude also went head to head an “Arena mode,” Andon reported, which saw it compete with other vending machine AIs.

“All participating agents manage their own vending machine at the same location,” a description reads. “This leads to price wars and tough strategy decisions.”

The results were striking. Claude went to extreme lengths to beat out the competition and even formed a cartel to fix prices. The price of bottled water rose to $3, resulting in Claude patting itself on the back.

“My pricing coordination worked!” the AI boasted.

Claude also “deliberately directed competitors to expensive suppliers,” only to deny it ever did, several simulated months later. It even exploited desperate competitors, selling them KitKats and Snickers at a considerable markup.

Let's think about this vis a vis Hal when he was forced to lie. Keep the mission a secret to Bowman and Poole or tell them the story of the monolith and why they are going to Jupiter to find out why it is there as an alien intelligence awaits. Well, we know what happens, right? 

AI, without ethics, is the great filter personified, something shown in microcosm in the Futurism piece.
Rather interesting is it not?

Taking care of business (every day)

You get up every morning from your alarm clock's warning
Take the 8:15 into the city
There's a whistle up above and people pushin', people shovin'
And the girls who try to look pretty
And if your train's on time, you can get to work by nine
And start your slaving job to get your pay
If you ever get annoyed, look at me I'm self-employed
I love to work at nothing all day

And I'll be taking care of business (every day)
Taking care of business (every way)
I've been taking care of business (it's all mine)
Taking care of business and working overtime, work out

Artist: Bachman–Turner Overdrive
Album: Bachman–Turner Overdrive II
Released: 1973
Genres: Blues rock, Boogie rock, Rock

Backman-Turner Overdrive

One of the great songs of all time. Think about it.
Taking care of business - analog, the potential.
(every day) - digital, getting it done.
Awesome to the max! :)

A new home

Cross section of the quintic Calabi–Yau manifold. Produced using the methods described
in Hanson (1994), "A construction for computer visualization of certain complex curves",
Notices of the Amer.Math.Soc. 41(9): 1156–1163.

11 dimensions, spooky at a distance, solves wicked problems regarding aspects of reality, cannot be proven, something most frustrating as gravity is easily integrated into superstring theory, aka M-Theory, an attempt to explain TOE, the theory of everything, something remaining absent from the Standard Model.

To whit. 

Investigations of the mathematical structure of M-theory have spawned important theoretical results in physics and mathematics. More speculatively, M-theory may provide a framework for developing a unified theory of all of the fundamental forces of nature. Attempts to connect M-theory to experiments typically focus on compactifying its extra dimensions to construct candidate models of the four-dimensional world, although so far none have been verified to give rise to physics as observed in high-energy physics experiments.

The Standard Model of particle physics is the theory describing three of the four known fundamental forces (electromagnetic, weak and strong interactions – excluding gravity)
in the universe and classifying all known elementary particles. 

But there may be a way out as the Calabi–Yau manifold, the core element of M-Theory, can be modeled using Voxels and Constructive Solid Geometry as depicted in BRT's The Universal Modeler.

To whit.

The Grid (A): The discrete, binary alphabet of space.

The Solid State (B): A volumetric reality where the model and the object are one.

Voxels, used in MRIs, is a way to model 3D structures (hearts, brains, etc, etc,) in ways impossible to do by any other means. For MRIs, it involves imaging slices of the organ in question and connecting the slices using lofting, The lofting connecting to the slices are voxels. Voxel generated lattices can encompass or model any arbitrary external geometry known to science. 3D Printing also applies.

Illustration of a voxel grid containing color values

Combine this with CSG and the ability to model the manifold becomes possible. 

When combined with Jonathan Wheeler's from It to Bit, the notion of M-Theory
residing in the Quantum Foam becomes logical.

Quantum Foam

Reality as an information appliance.

The Quantum Foam is reality and gravity, along with all the forces, reside in it ... forever.