Technology Cycles.Org Library

Welcome to The Singularity Stacks, the most comprehensive and electrifying archive of technological innovation ever assembled. More than just a database, it’s a time machine that chronicles over 300 years of innovations—from the earliest sparks of the Industrial Revolution to today’s digital marvels. If you can’t find it here, chances are it was never online to begin with. Every invention and breakthrough is thoughtfully organized within the framework of Carlota Perez’s technological cycles, offering a sweeping view of how each innovation fueled distinct cycles of global transformation.

Curated by “Professor” Pf and meticulously arranged using Brian Arthur’s groundbreaking theory of the evolution of technology ecosystems, the Stacks reveal the hidden architecture. This isn’t just a list—it’s an intricate tapestry of interconnected ideas, each linked to a detailed, APA-style citation to ground your exploration with academic precision. The Singularity Stacks isn’t just a place to learn about technology; it’s where you come to understand how innovation evolves, survives, and shapes the very fabric of civilization.

Embark on your journey through The Singularity Stacks. Witness innovation, wonder, and the relentless march of progress—all in one unrivaled collection.

Pardon our dust as we build and stock the library.



SINGULARITY STACKS Technology Cycles.Org Library

This website organizes Carlota Perez’s technology cycle framework along two distinct tracks.

The first looks across all five cycles, arranged by each of the four periods of the Perezian Structural view. The first period reviewed includes all the Big Bangs for the five cycles. The Big Bangs are the first moments of Carlota’s Installation Period. The reason why this view is being pursued is that when looking at the cycles side by side, the cycle structure is amplifies and stands out.

The second view is the chronological view. This view walks through each cycle sequentially by period. The first cycle is the first completed chronological view.

The Technology cycles are examined side by side Structurally

The cyclical impacts of the ten dynamics that resulted from each Big Bang.

Disruptions Dawn

Each technology cycle is unleashed by the Big Bang events, which will not only power every cycle but also totally disrupt the world in which the cycles were born. The references and innovations that the disruptions that the Big-Bangs let loose are catalogued below.


Infrastructure Creation

Chapter One: Infrastructure Creation

Infrastructure systems create the invisible foundation enabling technological revolutions to transform entire societies. Moreover, these enabling systems evolve from simple, localized solutions into sophisticated global networks coordinating millions of participants across generations.

The Innovations and bibliography listings for Infrastructure Creation

Cost Curve Disruption

Chapter Two: Disruptive Cost Curve Shifts

Disruptive cost curve shifts represent the most potent mechanism of economic transformation in modern history, serving as the catalyst that transforms niche innovations into mass-market revolutions. These dramatic cost reductions—often exceeding 80-90%—create threshold crossings where technological capability aligns with economic viability, enabling exponential growth and cascading effects throughout economic systems.

The innovations and bibliography for Disruptive Cost Curve Shifts

codification

Chapter Three: Systematic Codification

The five technology cycles demonstrate that systematic intensification was one of the core forces they all shared to achieve their explosive scale. Codification approaches enabled increasingly complex technological coordination.

The innovations and bibliography for Systemic Codification

Labor Organization header

Chapter Four: Labor Organization

Most people study technological breakthroughs by examining machines and inventions. However, the real transformation occurred in how humans coordinated work activities. Five major technological revolutions fundamentally restructured labor organization, creating systematic approaches that redefined the world.

The innovations and bibliography for the Labor Organization

New markets header

Chapter Five: New Markets

Revolutionary technologies create entirely new economic universes through specific transformative moments called “Big Bang Events.” These pivotal developments demonstrate humanity’s evolution from accidentally discovering markets to systematically engineering global technological ecosystems.

The innovations and bibliography for New Markets

Innovation Clustering header

Chapter Six: Innovation Clustering

Innovation clustering reveals humanity’s evolving mastery of technological coordination across five major technological cycles.

The innovations and bibliography for Innovation Clustering

Socioeconomic readiness header

Chapter Seven: Socioeconomic readiness

Between 1771 and 1971, humanity experienced five major technological revolutions. Each revolution fundamentally transformed economic systems, social structures, and human relationships. These innovations accelerated the transformation.

The innovations and bibliography for Socioeconomic readiness

capital alignment header

Chapter Eight: Capital Alignment

The Big-Bang moments demonstrate how standardization mechanisms, capital alignment, and institutional coordination determine which innovations achieve lasting worldwide impact.

The innovations and bibliography for Capital Alignment

Market Alignment header

Chapter Nine: Market Alignment

Market alignment represents the critical process where technological innovations synchronize with unmet social needs to create scalable adoption. Five pivotal Big Bang Events demonstrate how successful innovations transform latent demand—constrained by existing limitations—into emerging demand with visible market signals and purchasing power. These moments reveal sophisticated alignment mechanisms that enable breakthrough technologies to reshape entire economic systems.

The innovations and bibliography for Market Alignment

Political & Institutional Alignment

Chapter Ten: Political & Institutional Alignment

The evolution of technological coordination across five cycles reveals humanity’s most significant organizational achievement in managing complex technological systems. Each cycle’s Big-Bang event catalyzed innovations extending far beyond individual technologies toward comprehensive ecosystem coordination, creating increasingly sophisticated frameworks for large-scale technological deployment.

The innovations and bibliography for Political & Institutional Alignment

Relevance & Impacts header

Chapter Eleven: Relevance & Impacts

For the first time since the Industrial Revolution began, the size and health of the middle class are contracting. This has not been the case just for a few years. No, the precipitous decline has been ongoing for decades for the 75%. Sadly, this smoking gun demonstrates that the ICT age is stuck at the turning point in the technology cycle, with increasingly dire consequences.

The innovations and bibliography for Relevance & Impacts

Spacer between structural & chronological references

Technology Cycles examined Chronologically

Technology Cycle One: Textiles & Canals

Technology Cycles Reference Repository cycle one

1768 – 1829
The first technology cycle is very commonly referred to as the Industrial Revolution
Bibliography for Technology Cycle One
Innovations & Technology Improvements listing for Technology Cycle One

Technology Cycle Two: Steam & Railroads

Technology Cycles Reference Repository cycle 2

1830 – 1873
The second technology cycle is also commonly called the Second Industrial Revolution.
Combined Innovations & Bibliography
Bibliography & Innovations Gestation Period
Bibliography
Bibliography Installation through Deployment Periods
Innovations
Innovations Installation through Deployment Periods

Technology Cycle Three: Steel, Electricity, & Heavy Engineering

Technology Cycles Reference Repository cycle 3essemer plant Pittsburgh

1875 – 1918
The third technology cycle was the vertical build-out of infrastructure. Age of smokestacks
Combined Innovations & Bibliography
Bibliography and Innovations Gestation Period
Installation through Deployment Periods

Technology Cycle Four: Autos, Oil & Mass Production

Technology Cycles Reference Repository cycle 4T pplant in Detroitiles, & Oil

1908 – 1974
The fourth technology cycle was the horizontal build-out of infrastructure age of mass production
Combined Innovations & Bibliography
Bibliography and Innovations Gestation Period
Innovations Listings
Innovations Installation through Deployment Periods
Bibliography
Bibliography Installation through Deployment Periods

Technology Cycle Five: Age of Information & Telecommunications

Technology Cycles Reference Repository Cycle 5ition for Cycle 5 - 1971 Intel 4044 microprocessor

1971 – ????
The fifth technology cycle is the build-out of digital infrastructure—age of Information
Combination Innovations & Bibliography Listing Library for Technology Cycle Five
Innovations Listing Installation Period into the current Turning Point
Bibliography Listing Installation Period into the current Turning Point