Tag Archives: decay

COMPOUNDING, ENTROPY, AND THE FIVE FUNDAMENTALS THEY GOVERN

There are two invisible principles quietly overseeing the universe. They’re not political. They’re not mystical. And they don’t care about your beliefs, your ambitions, or your social status. These realities are compounding and entropy. One builds. The other breaks.

Together, compounding and entropy form the dual engine and brake system for all of creation—from stars to cells, and from civilizations to your own body, thoughts, and projects. They govern five fundamentals of the universe—energy, matter, information, consciousness, and time.

If you understand the principles of compounding and entropy—and more importantly, if you learn how to work with them—you can harness the most powerful truths of nature. If you ignore them, they’ll work on you anyway. The only difference? You won’t know why things are slowly getting better or worse.

Before we explore how compounding and entropy rule the five pillars of existence—energy, matter, information, consciousness, and time—we need to understand what these dual and dominant drivers truly are.

What Is Compounding?

Compounding is the process by which a small effect, action, or input—when repeated over time—builds into an increasingly larger impact. It’s the engine of exponential growth born from repetition, consistency, and feedback.

Most people encounter compounding first in the financial world—compound interest. But its scope is far greater. Compounding affects learning, skill development, health, systems, habits, and even natural selection.

In mathematical terms, it’s described like this:

FV = PV × (1 + r/n)^(nt)
Where:

  • FV = future value
  • PV = initial value
  • r = rate of growth
  • n = compounding intervals per year
  • t = time in years

Time is the essential multiplier. Without it, compounding cannot operate.

Compounding is the most powerful force in the universe.” ~Albert Einstein

But it’s not just about money. Compounding applies to many things we do. Here are some simple examples:

  • Read a book daily—your knowledge compounds.
  • Practice gratitude—your emotional clarity compounds.
  • Invest in relationships—your connection compounds.
  • Do the work—your skills compound.

And just like investments, the sooner you start, the more powerful the outcome. Time doesn’t just allow compounding—it supercharges it.

What Is Entropy?

Entropy is the principle that all systems naturally progress from order to disorder. In physics, it’s formalized as the Second Law of Thermodynamics—in any energy exchange, some usable energy is always lost, increasing the system’s entropy.

Entropy is the measure of randomness, uncertainty, or decay in any system. You don’t need to study physics to understand entropy. Just think that:

  • Metal rusts
  • Food spoils
  • Memories fade
  • Structures collapse

Entropy doesn’t need your permission. It happens simply by the passage of time. That’s what makes entropy so dangerous—it operates silently unless resisted.

Mathematically:
ΔS = ΔQ / T
Where:

  • ΔS = change in entropy
  • ΔQ = heat energy added
  • T = temperature

In the end, entropy always wins. (But you get to decide how much value you create before it does.)” ~Stephen King

While compounding is the creative force of the cosmos, entropy is the tax. Everything that grows must be maintained—or it’ll decline. Everything built will eventually decay—unless preserved and renewed.

The Five Fundamentals of Existence

At the root of reality are five interdependent fundamentals. Energy. Matter. Information. Consciousness. Time.

Every system—biological, mechanical, societal, or personal—is made from these ingredients. And every one of them is shaped by compounding and entropy. Let’s examine each.

Energy

Energy is the currency of the cosmos. Everything that moves, grows, reacts, or changes involves energy. And everything energetic is governed by compounding and entropy,

Compounding and energy: When energy is stored, reused, and cycled efficiently, it compounds. Batteries. Ecosystems. Engines. Fusion reactors. Feedback loops in technology and biology amplify small inputs into large-scale output over time.

Entropy and energy: But every energy transfer loses some energy to heat, friction, or inefficiency. Entropy ensures that no machine is perfect, no process is lossless. Even the sun is slowly burning out.

Time guarantees that energy becomes more diffuse, less useful—unless structured intentionally.

You can’t win, you can’t break even, and you can’t get out of the game.” ~C.P. Snow

Matter

Matter is energy in form—atoms, molecules, tissues, trees, buildings, planets.

Compounding and matter: Matter compounds through layering and construction—atoms form molecules, molecules form cells, cells form organs, and so on. Sediments become cliffs. DNA mutations evolve into species. Structures form through persistence over time.

Entropy and matter: But matter wears down. Rocks weather. Steel corrodes. Concrete crumbles. Bones age. The longer time passes, the more matter must fight to maintain form.

The compounding of structure is a fight against the entropy of disintegration.

Dust thou art, and unto dust shalt thou return.” ~Genesis 3:19

Information

Information is the arrangement of energy and matter into meaningful patterns—genetic code, books, software, knowledge, memory.

Compounding and information: The written word. The scientific method. Oral traditions. Cloud storage. When preserved and transmitted effectively, information compounds across generations. Civilization advances as it builds on itself.

Entropy and information: But data corrupts. Paper disintegrates. Memories fade. Knowledge gets distorted. Noise creeps in.

Without effort, the information age becomes an age of confusion.

Civilization advances by extending the number of important operations we can perform without thinking about them.” ~Alfred North Whitehead

Consciousness

Consciousness is the most personal of all fundamentals—the internal awareness that makes life felt.

Compounding and consciousness: Thoughts become beliefs. Habits become character. Self-awareness becomes wisdom. Every time you reflect, learn, or train your attention, your mind compounds its clarity. Meditation. Reading. Honest conversation. These are compounding tools.

Entropy and consciousness: But left unattended, the mind deteriorates. Distractibility. Digital addiction. Delusion. Cognitive entropy is real—from dementia to depression to propaganda. When your mind is not strengthened, it decays.

This is where compounding becomes existential.

The unexamined life is not worth living.” ~Socrates

Time

Time isn’t just a background condition. It’s the fifth fundamental, and perhaps the most profound. Time is the substrate through which compounding and entropy play out.

Without time, there’s no compounding. Without time, entropy has no direction. Time is the governing dimension in which all change—growth or decay—unfolds.

Time doesn’t care how you use it. But how you use time determines everything. Time is what gives compounding its force and entropy its inevitability. Time is both the fire that consumes and the fuel that ignites.

The Unified Pattern of Reality

When you view the universe through these five fundamentals, a simple pattern emerges:

Systems that work:
→ Channel energy efficiently
→ Build matter into resilient forms
→ Preserve and transmit information
→ Expand consciousness
→ Use time intentionally

Systems that fail:
→ Leak energy
→ Decay in form
→ Lose coherence
→ Fall into confusion
→ Waste time

The choice is constant. In your health. Your thoughts. Your relationships. Your business. Your legacy.

You’re either compounding or decaying. There’s no standing still.

What Will You Leave Behind?

Let’s bring it all home. These aren’t just abstract laws of physics or systems theory.
They’re the very forces shaping your life—right now.

  • Compounding is your engine.
  • Entropy is your cost.
  • Time is your field of play.

Every decision, every action, every neglected task, every focused effort—it all moves you in one direction or the other. There is no neutral.

You don’t have to collapse your life. Just neglect it.
You don’t have to destroy your mind. Just let it coast.
You don’t have to fail. Just fail to act.

Or…

You can build.
You can focus.
You can rise.

In the end, everything you create is shaped by these five fundamentals and these two principles. And what you choose to do with them—day after day—becomes your legacy.

So, ask yourself, “What will you build before time and entropy reclaim it?”

Powered by a Centaur System ©

WHY CORPSES STINK – THE SCIENCE OF SMELL

This great guest post is by Andy Brunning, a UK Chemistry Teacher who hosts the fascinating website Compound Interest at www.compoundchem.com .

Decomp1Decomposition is an incredibly complicated process, but we do know a little about the chemical culprits behind some of the terrible smells as the body breaks down.

Before we look at specific compounds, it’s worth taking a look at the decomposition process as a whole.

Decomposition, or ‘Decomp’ as it’s called in the death business, can be roughly divided into four stages: the fresh stage, the bloated stage, the active decay stage, and the advanced decay stage. Some overviews of the process also add in a final stage when all that is left of the corpse is dried remains. This can be skeletal, mummification, or fossilization.

The fresh stage of decay kicks off about four minutes after death.

Decomp2Once the heart has stopped beating, the cells in the body are deprived of oxygen. As carbon dioxide and waste products build up, the cells start to break down as a result of enzymatic processes – these are known as autolysis. Initial visual signs of decomposition are minimal, although as autolysis progresses blisters and sloughing of skin may occur.

The second stage of decay occurs as a result of the action of micro-organisms.

The actions of bacteria on the soft tissue of the body produces a variety of gases which cause the carcass to become bloated and swell in size. It’s claimed that the body can as much as double in size during this stage of decomposition. The sulfur-containing compounds that the bacteria release also cause discolouration of the skin, giving it a yellow-green hue.

Decomp3As a result of the bloating, the increased pressure causes bodily fluids to be forced out of natural orifices, as well as potentially causing ruptures in the skin. This can cause a formidable odour; at this stage, if insects are able to access the body, flies will lay eggs in exposed orifices, which will in turn hatch into maggots which then devour the flesh.

The third stage is that of active decay.

At this stage, the ongoing action of bacteria activity and decomposition leads to the liquefaction of tissues, and the persistence of the strong odour. It is during this stage that the cadaver loses the greatest mass.

The final stage, advanced decay, occurs once most of the cadaveric material has already decomposed.

A wide range of factors can affect the decomposition process, including whether the body is buried, and the ambient temperature.

Decomp4These factors also have an effect on the large number of compounds produced during the decomp process. Considering that, as a species, we’ve been dying and decomposing for thousands of years, we know surprisingly little about the specifics of the process and the chemicals involved.

What we do know is that there are several key compounds that contribute towards the characteristic odours of decay.

Two of these are pretty much named for this contribution: cadaverine and putrescine. The aroma of both is loosely described as ‘rotting flesh’, and they have relatively low odour thresholds – meaning that not a lot is required in order for them to make their presence felt by your nostrils. Oddly enough, their presence in your body isn’t limited until after you die, however. Both crop up in cases of oral halitosis (i.e. bad breath), as well as in urine and semen, contributing to their odours.

Two other key compounds are skatole and indole.

Decomp6Skatole, as you may have already guessed from the name, has a strong odour of faeces, whilst indole has a mustier, mothball-like smell. Both compounds are found in human and animal faeces, so it’s little surprise that they can contribute unpleasantness to the odour of a decomposing corpse. The strange thing about both is that, at low concentrations, they actually have quite pleasant, flowery aromas, leading to an array of unexpected uses. Indole is found in jasmine oil, which is used in many perfumes, whilst synthetic skatole is used in small amounts as a flavouring in ice creams, as well as also being found in perfumes.

A range of sulfur-containing compounds also contribute to the smell of decomposition.

Decomp7Produced by the action of bacteria, compounds such as hydrogen sulfide (which smells of rotten eggs), methanethiol (rotting cabbage), dimethyl disulfide (garlic-like) and dimethyl trisulfide (foul/garlic) all add to the unpleasant scent. A whole range of other compounds are also produced as the tissues of the body decompose – some studies have identified over 400 different compounds, although not all of these will be contributors to the odour.

There’s still a lot we don’t know about decomposition.

Decomp8Using human corpses in research on decomp is limited in many countries for ethical reasons, so in many studies pigs are used as models. In the USA, however, there are a number of ‘body farms’ – facilities set up in a several states to study decomposition of human remains. The bodies they study are those who have chosen to donate their remains; these are then allowed to decay in a range of conditions and studied as they do so. This can help researchers determine the appearance and chemical emissions of bodies at various stages of decay, which can then inform police investigations where bodies are discovered, helping to determine a more accurate time of death.

Our knowledge about decomposition will develop over the coming years as more studies are carried out.

A particular area of development is looking at producing a method of determining time of death from volatile compound emissions, as the different groups of organic compounds are emitted in varying levels at different stages of the decay process.

Chemistry-of-Decomposition (1)

Compound Interest is a blog by Andy Brunning, a chemistry teacher in the UK, creating graphics looking at the chemistry and chemical reactions we come across on a day-to-day basis.

Decomp10Check out Andy’s fascinating site at www.compoundchem.com