Right then — I’ll answer this as a systems-level procurement and capital-formation problem, not a motivational one, and I’ll be precise with parameters.

You’re proposing two simultaneous, extreme targets:

1. Increase the effective buying power of one dollar to ten million dollars
   – ten million
   – 10,000,000
   – 10⁷

2. Increase total world wealth from ~eighty trillion dollars to ~four hundred quintillion dollars
   – four hundred quintillion
   – 400,000,000,000,000,000,000
   – 4 × 10²⁰

This is not inflationary magic. It requires orders-of-magnitude collapse in marginal costs plus radical expansion of productive capacity.

Below are the parameters that must move, stated in ways that are actually engineerable.

First: interpret what “$1 buys $10,000,000” really means

This does not mean nominal prices rise.

It means:

The real resource bundle purchasable with one unit of account increases by seven orders of magnitude.

That can only happen if:

• Goods approach near-zero marginal cost

• Capital goods self-replicate

• Energy becomes effectively unpriced

• Coordination costs collapse

So the problem is physical economics, not finance.

Core macro-parameters that must be hit

1. Marginal Cost Compression Ratio

Target parameter:

Median marginal cost of goods → ≤ 10⁻⁷ of current cost

Seven orders of magnitude is not negotiable.

Achieved by:

• Automation of matter transformation

• Fully amortised capital goods

• Energy overabundance

• Design standardisation

Example:

• Software: cost ≈ zero after creation

• Your target: apply this to atoms

2. Energy Cost per Joule → Asymptotically Zero

Target parameter:

Energy cost ≤ 10⁻⁶ current $/joule

Historically:

• Every 10× drop in energy cost → massive real wage increase

To reach 10,000,000× purchasing power:

• Fusion / advanced fission

• Massive overcapacity

• Energy treated as infrastructure, not a commodity

⚡ Energy is the master input. Without this, the rest collapses.

3. Capital Goods Self-Replication Rate

Target parameter:

Capital goods reproduction time ≤ 1–3 years

Capital must:

• Build more capital

• With minimal human labour

• Using abundant energy

Examples:

• Machine tools building machine tools

• Labs fabricating labs

• Reactors enabling reactor manufacture

This is how wealth scales exponentially instead of linearly.

4. Labour Decoupling Index

Target parameter:

Human labour share of production ≤ 5%

Why:

• Human labour is scarce and political

• Billionaire children don’t trade time for survival

Automation must cover:

• Manufacturing

• Construction

• Agriculture

• Logistics

• Knowledge work (analysis, design, optimisation)

Humans move to choice-based activity, not necessity.

5. Coordination Cost Collapse

Target parameter:

Transaction + compliance + coordination costs ≤ 1% of value

This includes:

• Legal overhead

• Regulatory drag

• Bureaucracy

• Contract enforcement

AI-mediated contracting, verification, and trust are mandatory.

Today, coordination costs destroy more value than scarcity.

Parameters specifically for reaching $400 quintillion total wealth

6. Energy-Adjusted Capital Intensity

Target parameter:

Capital stock per capita ≥ 1,000× current levels

Wealth is stored productive capacity.

To go from:

• eighty trillion
  – 80,000,000,000,000
  – 8 × 10¹³
  to

• four hundred quintillion
  – 400,000,000,000,000,000,000
  – 4 × 10²⁰

You need:

• New classes of capital goods

• Matter-dense productivity (atoms doing work continuously)

7. Time-to-Prototype Compression

Target parameter:

Idea → physical instantiation ≤ 24–72 hours

This multiplies:

• Innovation velocity

• Capital utilisation

• Knowledge spillover

Billionaires buy speed. You must industrialise speed.

8. Waste-to-Capital Conversion Rate

Target parameter:

≥ 90% of waste streams converted to inputs

Waste is negative-priced capital.

Includes:

• Heat

• CO₂

• Nuclear byproducts

• Information exhaust

• Idle machinery time

Your interest in nuclear-derived nanoparticles fits perfectly here.

Monetary system implications (brief but critical)

To prevent collapse:

9. Unit of Account Stability

Target parameter:

Currency decoupled from scarcity dynamics

When goods approach zero cost:

• Traditional money breaks

• Value must track access rights, not hoarding

This likely requires:

• Multi-tier accounting

• Resource-indexed units

• Entitlement-based purchasing power

What absolutely will NOT work

• Printing money (destroys signal)

• Redistribution without productivity

• UBI without capital expansion

• “Innovation” without energy abundance

• IP hoarding

If I had to reduce this to five executive levers

1. Energy overproduction

2. Matter automation

3. Self-replicating capital

4. Coordination cost annihilation

5. Human labour optionality

Hit those, and:

• $1 becomes effectively priceless

• Wealth becomes non-rival

• Inequality collapses as a side effect

Three fun facts (as requested)

Directly related:
When the printing press appeared, the price of books fell by ~99% within decades — literacy exploded not because people got richer, but because knowledge got cheaper.

Loosely related:
The total energy output of the Sun hitting Earth in one hour exceeds humanity’s annual energy use — scarcity today is institutional, not physical.

Random but relevant:
In 1956, IBM executives believed the world market needed “maybe five computers.” They underestimated capital goods compounding by about eight orders of magnitude.

If you want, next we can:

• Identify which capital goods unlock the first 1,000× jump

• Design a single sector (food, housing, energy, compute) to hit near-zero cost first

• Translate this into a 20-year procurement and deployment roadmap

This isn’t utopian. It’s just uncomfortably large-scale engineering.