How To Cultivate A Linguistic Quirk

 

I have cultivated a linguistic quirk. Like all known quirks, it wasn't intentional. It evolved out of a comfort habit where I self-soothe by listening to lectures on quantum mechanics. Just like some linguistic quirks are present from early age, depending on one's family culture, geography, or just an eccentric 4th grade teacher whose pronunciation permanently takes up residence in your head. 

Other linquistic quirks are cultivated slowly, like when you live in another country and your reaction to an event occurs in the host language. That sound is like a song that you remember and sing whenever you need to say "give me a minute" and instead "un instant, svp" comes out. You don't have to be fluent in French to have French-like reactions. On a totally unrelated topic, The Story of French is an absolute page-turner of a book. Mine is marked up and annotated from cover to cover. Totally worth the read. 

Now, back to that linguistic quirk. My go-to word is energie. 

I use the word "energie" as an ontological noun, whereas physics uses "energy" as a quantitative property. 

In standard physics, energy is not usually treated as a thing in the same sense that an electron, photon, field, or excitation is a thing. Energy is a conserved quantity associated with the state of a physical system. I have a sense for this concept professionally, when our engineers design Waste-to-Energy (WtE) facilities. Basically, they analyze and categorize a mountain of rubbish similar to how a power company views coal or natural gas. Essentially, as a fuel source. Once you account for the energy that goes in (the trash), conversion (turning fire into steam), and for the turbine (turning steam into electricity) you get a standard mass-burn facility that converts about one-forth of the trash's raw energy into usable electricity. To put this in practical terms, a typical modern facility can safely transform 1 tone of everyday city rubbage into roughly 500-700 kilowatt-hours (kWh) of electricity. That's enough to power an average home for about 2-3 weeks. 

So, clearly when I talk about using the word "energie" as a linguistic quirk, I'm not talking about the way I use the word "energy" at work. There, I talk about energy in terms of lifecycle, footprints, and sustainability. Depending on the application, we're talking energy density, decay heat, and half-life. 

Using the word energie turns into a linguistic quirk because in my subconscious mind somewhere there is a tendency to reach for superclasses to understand the universe. Things like particles, field excitations, a quantum, a vibrational mode or a frequency or string vibration. Basically whatever physically instantiated dynamical entity is propagating, oscillating, interacting, or otherwise changing states. 

That's why the word "energy" feels ordinary or inadequate for what I'm wishing to convey. I'm not just talking about joules, I'm talking about the physical carrier or manifestation of activity. That's the stuff that grabs me and accounts for such a disporportionate amount of books I have on physcis vs philosophy, my actual major. 

I think there's a historical reason that this linguistic temptation is so strong. Classical physics encourages us to picture matter and energy as totally different categories: particles have mass, waves transmit energy, objects possess kinetic and potential energy. Okay, easy peasy. We read that book in elementary school. But then we get to quantum field theory which totally destabilizes that intuitive taxonomy. At first there was nothing, and then nothing exploded. POW! 

Our minds are blown. A particle is now understood as an excitation in a field, while a photon is an excitation of the electromagnetic field. Now consider that electrons are excitations of the electron field. This means their identities are associated with quantum numbers, interactions, mass, spin, momentum, and energy. What colloquially looks like "little pieces of matter" is already much closer to a patterned field behavior. 

Even though a lot of physicts reject string theory, it's an interesting theory of gravity (if nothing more) for the purpose of this post. So let's step into that theory, which I gotta admit, would be compelling if we could physically test it. Since we don't have an accelerator the size of our galaxy, I don't foresee that happening anytime soon. Anyhow, the theory itself in the usual heuristic description, is what distinguishes one particle species from another. It's called the vibrational state of the underlying string. So calling the underlying phenomenon a "particle" sounds a bit downstream from the phenomenon that I'm actually thinking about. 

Since hierarchies help us organize objects, including packets of thought or meta-thinking, my mental hierarchy looks roughly like this: 

ordinary language 

matter ↔ energy

standard physics language

fields → excitations/particles → states possessing energy and momentum

my intuitive language

underlying physical activity → energie → particular manifestations such as particle, vibration, excitation, radiation, etc.

That's why using the word "energie" would hurt the ears of a physicist and yet be perfectly intelligible once they push past that bias and we chat about the topic. The error I'm making is terminological vs conceptual. If I said, "An electron is energy," a physicist would object or reframe that statement because energy is a property represented by the Hamiltonian/state relationship, not the ontological twin identity of the electron. But if I explained, "I use energie informally to mean a physically instantiated excitation or dynamical configuration, without commiting to whether its is a particle, a wave, a field excitation, vibration, or some other force, they would know exactly what distincting I was trying to preserve and state an example using the correct physics terminology. That's when you know they know their stuff. 

Admittedly, particle itself is a dangerous word for building intuition across theories. Classical particles are localized objects with trajectories. But quantum "particles" don't behave that way. QFT makes fields fundamental in the conventional forumuation. String theory, if ever proven correct, supplies another underlying ontology. So when my mind travels rapidly across classical mechanics, QM, QFT, and string theory, just for fun, I grab onto words that don't force me to change ontological vocabulary every thiry seconds. Working in complex industries is already a massive cognitive race on a daily basis, when I'm relaxing, I just want to be entertained and let my mind and imagination wander. 

So, while the word "energie" does not fit all configurations in which I utilize the term, it is an invented (i.e., quirky) placeholder for the physically active substrate or excitation before you decide which theoretical description to impose on it. It totally fails as a technical term, but when you're tired of speaking technically and want a short-hand or private conceptual tool, its function is surprisingly coherent. 

Energie = not simply a form of energy. That collapses it back into the standard concept I'm trying to escape. 

energie = a provisional name for a physical excitation, oscillation, or dynamical entity capable of carrying energy and information. 

That's surprisingly close to what I am trying to say when I use the word. 

🌌 When Infinity Goes Wrong: A Cosmic Facepalm

In math and physics, infinity is a cool concept. But sometimes, infinity is like that one friend who takes a joke way too far and ruins the party. When infinity shows up in the wrong places, physicists panic, math self-destructs, and reality gives up and calls an Uber home. 

In the landscapes of physics and mathematics, infinity is a concept best handled with extreme caution. While abstractly elegant, its unbridled appearance in physical models usually acts like a theoretical distress flare, signaling that somebody’s calculation has broken down entirely. When equations yield infinite values for physical properties (like energy, mass, or density), they cease to describe reality and instead create logical absurdities. These "disastrous infinities" (like all first dates) are historical or theoretical anomalies where mathematical rigor collides head-on with physical boundaries and mess with the limits of our current frameworks.

The Ultraviolet Catastrophe

In the late 19th century, classical thermodynamics ran into a literal wall of infinite energy. According to the Rayleigh-Jeans law, an ideal black body in thermal equilibrium should radiate electromagnetic energy at a rate proportional to the square of the emission frequency. 

So what does that mean? It means that while this model held true for very long wavelengths, it suffered a catastrophic divergence in the ultraviolet spectrum, predicting that a simple heated cavity would emit an infinite amount of high-frequency energy. 

This totally absurd result meant that turning on a standard kitchen oven should theoretically vaporize the universe. 

The crisis was only averted when Max Planck introduced quantum discretization, proposing that energy is exchanged in discrete packets (called quanta) rather than a continuous infinity. 😅 

Hilbert’s Paradox of the Grand Hotel

On the purely mathematical front, David Hilbert illustrated the deeply counterintuitive nature of transfinite arithmetic through a thought experiment involving a hotel with a countably infinite number of rooms. 

Even when every single room is occupied, the hotel can accommodate an infinite influx of new guests. By simply shifting the occupant of room \(n\) to room \(n + 1\), room 1 is instantly vacated for a newcomer. If an infinite fleet of buses, each containing an infinite number of passengers arrives, the manager can still accommodate them all using a precise geometric rearrangement. 

While mathematically airtight within Cantor's set theory, the Grand Hotel highlights how physical intuitions regarding scarcity and capacity utterly collapse when handling infinite sets. 🏨 

The Infinite Self-Energy of the Electron

Modern quantum electrodynamics inherits its own battle with infinity by treating elementary particles like the electron as zero-dimensional point charges. 

Classical physics dictates that the electrostatic potential energy of a charged sphere increases as its radius shrinks. When the radius reaches absolute zero, the electron's self-energy diverges to infinity, which would theoretically grant it infinite mass and collapse local spacetime. 😬 

Physicists managed to tame these mathematical infinities through a rigorous subtraction procedure known as renormalization. 

So basically, by matching the theoretical infinities with measured laboratory values, they successfully cancel out the divergent terms, yielding the most precisely verified predictions in science despite the foundational absurdity of the starting math. 🧮 

Now, for the jokes… cause that was “heavy” lifting 💪 

General Infinity

Infinity is the ultimate houseguest: it shows up uninvited, ruins your equations, and forces reality to call an Uber home.
Doing math with infinity is like trying to pay for a dollar menu item with an endless void. It breaks the register and everyone panics.

The Ultraviolet Catastrophe

Classical physics looked at a warm kitchen oven and concluded it was a weapon of mass destruction capable of vaporizing the universe.
Max Planck saved the world from getting toasted by inventing "fun-size" energy packets so the math wouldn't throw an infinite tantrum.

Hilbert’s Grand Hotel

Hilbert’s Hotel proves that "No Vacancy" just means "Time to inconvenience everyone in the hallway."
If an infinite number of buses show up at a fully booked hotel, a normal manager quits. Hilbert just tells the guy in room 1 to sleep in the lobby chair and shifts everyone else down forever.

The Electron's Ego

Electrons are zero-dimensional divas with an infinite mass ego until physicists give them a timeout called "renormalization" and subtract the drama.
Renormalization is just scientists sweeping infinity under the rug, calling it a "measured value," and pretending the math didn't almost break reality.

Social Norms on Just The Right Amount of Honesty

 

Humanity has long harbored a quiet, collective understanding that absolute truth is a ticking timebomb. We claim to crave sincerity, yet our social architecture is built on a wee-delicate foundation of curated half-truths and diplomatic omissions. To navigate the world without causing structural collapse, one must master the fragile taxonomy of what is said, what is implied, and what is mercifully left unspoken.

The Taxonomy of Truth

At the softest edge of this spectrum lies the prosocial lie:

This is one of those gentle friction-reducers of daily life otherwise known as white lies. These are the benevolent fabrications deployed not to deceive, but to protect. When we assure a friend that their experimental dinner was delicious, or that their new venture is bound for glory, society does not judge us as liars. It rewards us as nature's architects of harmony. We collectively agree to trade a small piece of questionable-objective reality for the preservation of someone else’s dignity.

Directly opposed to this is blunt honesty or painfully honest. This is the unvarnished, reckless truth, delivered without a filter or an apology. While frequently self-righteous, it is rarely virtuous. To offer the exact, naked truth when it serves no constructive purpose is seldom viewed as integrity; more often, it is recognized as a form of social clumsiness, a blunt instrument of immaturity masquerading as clarity.

Most treacherous of all is the malicious truth. This is the wickedly-calculated weaponization of a factual reality, chosen specifically because it wounds. To state a devastating fact with the intent to humiliate is a profound subversion of morality. Society, in its quiet wisdom, often judges the person who wields a cruel truth far more harshly than the one who manufactures a harmless, comforting fiction.

The Unwritten Codes of Calibration

To prevent total social rupture, we adhere to a set of unspoken, hyper-calibrated rules designed to measure out truth in precise, in what you might call a non-lethal dose of reality.

Consider the five-second rule of modern etiquette. It dictates that one should only point out a physical flaw if it can be remedied in less time than it takes to acknowledge it. Spinach in the teeth requires immediate, quiet rescue. A disastrous haircut, however, cannot be undone in the entryway of a dinner party; to mention it is not helpful, but tormentively-punitive.

This boundary is governed by a barrier or a constructive threshold. Honesty derives its virtue entirely from its timing. To tell a colleague their breath is unpleasant before they enter a high-stakes board meeting is an act of genuine, if uncomfortable, kindness. To tell them after the meeting has concluded is merely an exercise learned at a camp specializing in redundant cruelty.

Ultimately, our communities thrive on a social contract of mutual protection. We enter into tacit agreements to overlook the minor cracks in each other’s armor. We ignore the faltering voice, the poorly judged outfit, or the slight inflation of a resume achievement. By mutually agreeing to squint just enough to blur the harshest realities, we allow one another to maintain a necessary, fragile dignity. We demand honesty, certainly—but only ever in a dosage we can actually survive.

For those stillapprenticing in this delicate art, the social landscape can feel like a minefield where the tripwires are made of glass. It is a lonely sort of bewilderment to realize you've accidentally brought a sledgehammer to a gathering that required a soft velvet cloth. 

For the people still working on mastering the dosage, the journey is defined by a few recurring, humbling stages.

The Miscalculated Leap

Early attempts at navigating this terrain usually involve overcorrecting. In an effort to avoid the sting of blunt honesty, the novice often retreats into a hospitality so thick it tastes of mockery. They agree with everything, praise the unpraiseworthy, and eventually find themselves trapped in a prison of their own polite affirmations. Conversely, when they try to practice "necessary boundaries," they often overshoot, delivering a verdict so stark that the room falls entirely silent. They are left holding the smoking gun of a factual statement, wondering why everyone else is looking at the floor.

The Internal Translation Lag

Mastery requires a split-second internal tribunal that the beginner has not yet automated. While the socially fluent person possesses a filter that automatically sifts truth from consequence, the learner must manually run every sentence through a series of exhausting diagnostic checks: Is it true? Is it kind? Is it necessary? Is it mine to say? By the time the calculation is complete, the conversation has moved on, leaving them with an archive of brilliant, perfectly calibrated remarks that are now entirely irrelevant.

The Cringe Audit

The true tuition for learning the right amount of honesty is paid in retrospect. It is paid at 2:00 AM, staring at the ceiling, replaying an exchange from three Tuesdays ago. Why did I say her dress looked "interesting"? Why didn't I just say "beautiful"? These agonizing mental post-mortems are the brain's clumsy way of updating its social software, slowly teaching the tongue exactly where the boundaries lie by burning them into the memory via embarrassment. 

The Grace of the "Good Intent"

The saving grace for those still stumbling through the spectrum of truth is that humanity is generally quite good at reading intent. Society is surprisingly forgiving of a clumsy truth if it is wrapped in genuine warmth. People can usually tell the difference between a malicious arrow and an awkward, unpolished lump of sincerity. The master knows exactly how to lie to keep you happy; the beginner accidentally makes you cry while trying their best to love you.

Disclaimer: Artificial computation programming was utilized to modify Princess Barbie. The R46 Stick Figure artwork was created by Soph Laugh. 

The Cartographer's Game

 

Most psychological tests have all the charm of paperwork we fill out at the DMV. You answer whether something is "very much like" or "not at all like me," somebody adds up the numbers, and eventually you discover that you are a moderately conscientious forest creature with leadership potential. 

So, let's do something more interesting. 

Imagine that somewhere between the ordinary world there is a kingdom that belongs entirely to you. It has roads, villages, kooky weather patterns, eccentric citizens, loosely defined borders, abandoned castles, unexplored forests and as one might suspect, at least one dragon who has been causing problems for generations. 

You, my friend, are responsible for governing it. 

This game is loosly based on research into psychological balance, a model developed by Anastasia Besika, Andrea Horn and Mike Martin. Their work describes psychological balance as involving two distinct capacities: 

1. Consistency: connects values with goals and behavior, 
2. Flexibility: allows meaningful goals to change when circumstances change. 

The researchers also examined the relationship between motivation toward oneself and motivation toward other people. 

Our little adventure is inspired by those ideas. However, it is not the validated Psychological Balance Scale nor is it a diagnostic test. Think of this game as a way of looking at how you might navigate your own imaginary kingdom. 

HOW TO PLAY 

For every question, choose the answer that feels most like you. 

1 = Not at all like me
2 = Mostly unlike me
3 = A little unlike me
4 = Depends on the day
5 = Somewhat like me
6 = Very much like me
7 = Extremely like me

Try not to think too hard about your answers. There's no prize for becoming Supreme Chancellor of Psychological Balance. 

Realm One: The Kingdom of the Compass

You inherit a magnificent kingdom. Unfortunately, the previous ruler left behind several thousand laws, seventeen totally conflicting maps and a royal council that can't agree on where anything is.

Fortunately, you have a compass.

The compass represents Consistency: the extent to which the things you believe are important actually find their way into your goals and behavior. The original research describes Consistency in terms of values functioning as an organized pattern that influences personal goals and daily action.

1. The Royal Mission

You may choose only three great projects for your kingdom. Are the projects you choose likely to reflect things you genuinely care about?

1 2 3 4 5 6 7

2. Tuesday in the Village

Royal speeches are easy. Tuesday afternoon is harder. If someone secretly followed you around during an ordinary day, would your actual behavior generally resemble the values you claim to have?

1 2 3 4 5 6 7

3. The Council Demands an Answer

Two advisers offer equally attractive plans. Nobody can tell you which one is correct. Can you usually find an internal reason for choosing one course over the other?

1 2 3 4 5 6 7

4. The Mirror in the Castle

Deep beneath the palace is a mirror that shows who you are through your actions rather than through your description of yourself. Would you recognize the person in the mirror?

1 2 3 4 5 6 7

Your Compass Score

Add Questions 1–4.

24–28: The North Star
Your internal map and external behavior tend to know each other quite well. You usually have a strong sense of what guides you.

19–23: The Reliable Compass
Your general direction is clear, although everyday life occasionally sends you through the swamp.

14–18: The Cartographer
Some regions of the map are well established while others are still being surveyed. Context probably plays a substantial role in which values appear in practice.

4–13: The Explorer
Your kingdom may contain several competing maps. The interesting question is which values actually take command when choices become difficult.

A high score does not necessarily mean that your beliefs are correct. It means that you perceive relatively strong continuity among what you value, what you pursue and what you do.

Realm Two: The Islands of Impossible Roads

Your expedition leaves the kingdom and sails east.

You have spent years preparing to reach the legendary City of Aurelia. Unfortunately, when your ship arrives, you discover that the bridge is gone, the mountain pass has collapsed, and the ferryman has become a poet and refuses to operate the ferry until further notice.

The destination, at least by the route you planned, is unavailable.

Now we are testing Flexibility.

The researchers define this capacity around the ability to readjust meaningful and important goals when circumstances prevent their original pursuit. During development of the scale, candidate items included adapting goals to new circumstances, considering other goals, seeking meaningful alternatives and redefining goals.

5. The Bridge Is Gone

Can you redefine what success looks like rather than remaining permanently attached to the original plan?

1 2 3 4 5 6 7

6. The Unmarked Island

If Aurelia cannot be reached, can you become genuinely interested in another destination that also has meaning for you?

1 2 3 4 5 6 7

7. The Shipwreck

Suppose the setback is serious rather than inconvenient. After losing an important expedition, can you eventually begin building another?

1 2 3 4 5 6 7

8. The Secret Passage

A guide shows you a completely different route. Can you change direction without feeling that changing the route means betraying who you are?

1 2 3 4 5 6 7

Your Flexibility Score

Add Questions 5–8.

24–28: The Portal Walker
When one route closes, your mind tends to generate others. Meaning can survive a change in form.

19–23: The Navigator
You generally adjust well, although major changes may require time before the new route feels genuinely yours.

14–18: The Bridge Builder
You can adapt, but some destinations retain a powerful gravitational pull. The process of letting go may be as significant as discovering the alternative.

4–13: The Keeper of the Road
Once something becomes meaningful, you tend to remain strongly attached to its original form. Your interesting question is whether persistence is serving the goal or preserving the route.

Flexibility is easy to confuse with simply changing your mind a lot. They are not the same thing. In this model, flexibility concerns the ability to reorganize meaningful goals in response to reality. The final research model retained separate Consistency and Flexibility factors rather than treating them as a single characteristic.

Realm Three: The Two Kingdoms

At last you arrive at a border.

On one side lies Your Kingdom. On the other lies Everyone Else.

Both kingdoms have legitimate claims on your attention.

The researchers called this dimension the Self/Others Ratio. They were interested in the relative motivation to serve personal interests and the interests of other people, rather than treating either orientation as inherently superior.

Now imagine yourself as ambassador between the two kingdoms.

9. The Treasury

When making an important decision, can you seriously consider what is good for you?

1 2 3 4 5 6 7

10. The Neighboring Village

When making an important decision, can you seriously consider what your choice will mean for other people?

1 2 3 4 5 6 7

11. The Harvest

Can your kingdom prosper without automatically interpreting your own prosperity as taking something away from somebody else?

1 2 3 4 5 6 7

12. The Open Gate

Can you care deeply about another kingdom without handing them the keys to yours?

1 2 3 4 5 6 7

Your Two-Kingdom Score

This section works a little differently.

Add Questions 9 + 11. That is your Self score.

Add Questions 10 + 12. That is your Others score.

Now subtract the smaller number from the larger number.

For example:

Self = 12
Others = 11
Difference = 1

The smaller the difference, the more evenly your answers distribute attention between the two kingdoms.

Difference of 0–2: The Twin Kingdoms
Your answers give roughly comparable weight to yourself and other people.

Difference of 3–5: The Gentle Tilt
Both kingdoms remain visible, although one tends to receive somewhat greater consideration.

Difference of 6–8: The Strong Current
Your attention tends to flow substantially toward one side. Which side it favors may tell you something useful about how you resolve competing interests.

Difference of 9–12: The Gravitational Pull
One kingdom strongly dominates the landscape. The interesting question is what happens when the needs of the two kingdoms genuinely collide.

This scoring method is only a playful adaptation for this exercise. The actual study operationalized Self/Others Ratio using specific scale items and examined ranges statistically; it should not be confused with this homemade scoring system. In the research, motivation toward self and others was examined as a ratio influencing the relationship between Psychological Balance and measures of well-being.

Now Look at the Map Again

Don't add all three scores together. Instead, look at the shape of your kingdom.

You might have a powerful compass but dislike changing course. You might be extraordinarily adaptable while still figuring out which values should guide the adaptation. You might care enormously about other people while having difficulty protecting your own territory. You might be fiercely self-directed while remaining remarkably attentive to the people around you.

The combinations tell a better story.

The original study found that Consistency and Flexibility were both associated with measures including meaning in life, life satisfaction and subjective happiness, although the strength of those relationships varied considerably. Together, for example, the two factors accounted for about 33 percent of the variance in existential meaning and about 22 percent of the variance in life satisfaction in one analysis.

That is another reason not to treat twelve questions as a verdict on anybody's psyche. The question the author is asking is simpler. 

What kind of ruler are you when the compass works, the bridge collapses, and the neighboring kingdom knocks on the gate?

Exploring that little story may tell you more about yourself than whether you are a lion, an architect, an ENFP or, regrettably, a moderately conscientious forest creature.

Disclaimer: Artificial computation program used in the production of maps. The R46 Stick Figure artwork is the author's (human)  production.