[Re-upload / Common -> Agora] Using sociological and economic theories to dive into the perplexing paradox of how Terra Classic (L1) stagnates while L2 projects thrive

General
1

Classic Chaos Podcast - S2E03 - L2 Paradise, L1 Purgatory

Ever wondered why Terra Classic L1 feels like a ghost town while L2s throw wild block parties? We dissect the mystery using theories that would make your economics professor proud. Spoiler: It’s not just bad luck—it’s incentives, agency, and a whole lot of rent-seeking.

image
image800×800 836 KB

I. Introduction - The state of Terra Classic coming into 2025:

In May 2022, Terra’s dramatic collapse sent shockwaves across the blockchain world. What followed was an unprecedented community-driven effort to rebuild the network under the Terra Classic (L1) banner. The goal was clear: restore credibility, utility, and resilience to an ecosystem that had lost billions in market value. However, despite the optimism and determination that initially fueled this endeavor, the current state of Terra Classic paints a sobering picture.

After nearly three years of recovery efforts, fundamental advancements remain elusive. Critical technical upgrades, governance reforms, and ecosystem development have either stalled or failed to materialize. Additionally, Terra Classic’s presence in the broader crypto space has been severely limited by a lack of cohesive marketing strategies—there is still no official Terra Classic website, no dedicated social media presence, and minimal promotional outreach.

This introduction examines the stagnation that plagues Terra Classic by exploring its systemic shortcomings and analyzing the key sociological and economic factors contributing to its failure to achieve meaningful progress.

Terra Classic’s Key Shortcomings and Systemic Challenges:

1. Governance and Decentralization—Promises Unfulfilled:

One of the most pressing goals after the Terra collapse was to establish a more decentralized and transparent governance system. The aim was to empower the community, encourage validator participation, and reduce the risk of centralized decision-making. However, despite the early emphasis on decentralization, governance remains problematic due to:

  • Validator Dominance: Less than half of validators actively participate in governance. The vast majority of validators do not use the official Terra Classic forum to communicate with investors and discuss proposals. A few large validators continue to exert disproportionate influence over decision-making (Nakamoto Index remains only 5). This imbalance undermines the principles of decentralization and transparency.

  • Low Community Participation: With limited community engagement tools, no official website, social media or any other platforms to foster broader participation, governance discussions remain confined to a narrow subset of stakeholders.

These governance issues have exacerbated the Principal-Agent Problem, where validators (agents) prioritize their own financial interests over the collective goals of the community (principal). Instead of driving L1 improvements, many validators have redirected their resources toward building or supporting Layer 2 (L2) projects that generate independent profits.

2. Layer 1 Development—Maintenance is all that happened and Terra Classic still lacks of Critical Upgrades:

For Terra Classic to remain competitive, essential infrastructure upgrades and technical improvements are needed. Yet, many of these upgrades have failed to materialize.

Nearly 3 years after the crash and Terra Classic still does not even have complete and up-to-date documentation. Terra Classic, due to various factors (e.g. PayPerJob system, which is not fair to the contractor), relies on the work of inexperienced and amateur contractors (L1 programmers)

  • CosmWasm Upgrade: Required to improve smart contract compatibility and attract decentralized application (dApp) developers.

  • Oracle Module Updates: Necessary for reliable on-chain price feeds and accurate economic functions.

  • Automated Testing Frameworks: Intended to catch bugs and ensure smoother protocol upgrades, but still non-existent.

Without these and other critical updates, Terra Classic risks falling further behind modern blockchain ecosystems. The absence of an official ecosystem website also means that new developers and users face significant hurdles in accessing relevant information or tools, further limiting growth and innovation.

3. Economic Recovery and Stablecoin Revival—Unrealized Potential:

A major element of the Terra Classic revival plan was the reintroduction of a stablecoin or the development of alternative decentralized financial products. However, efforts to stabilize or replace USTC have faltered due to:

  • Lack of Comprehensive Research and MVPs: Promised feasibility studies and prototypes for stablecoin alternatives, such as tokenized carbon credits or microinsurance protocols, remain unrealized.

  • Volatility and Market Distrust: USTC continues to be plagued by price instability, deterring both users and developers from adopting Terra Classic’s financial ecosystem.

These failures have further eroded trust in the network’s ability to deliver sustainable financial solutions. Moreover, the absence of coordinated marketing efforts has left many potential investors unaware of any ongoing progress or proposals, resulting in low liquidity and limited user engagement.

4. Validator Onboarding and Ecosystem Support—Minimal Progress:

For Terra Classic to achieve true decentralization, it must onboard new validators (the ones who really care about its development, not only rewards) and support ecosystem newcomers. Yet, progress in this area has been minimal:

  • No Mentorship Programs: Despite calls for structured mentorship initiatives, aspiring validators receive little guidance on how to contribute effectively to the ecosystem.

  • Limited Onboarding Tools: The lack of official onboarding documentation, tutorials, or support systems further discourages new entrants.

Instead of fostering inclusivity, the validator ecosystem remains dominated by experienced operators who often pivot toward private ventures, leaving little room for new contributors. This has reinforced a perception of exclusivity and diminished the sense of community ownership over the network’s future.

5. Transparency and Accountability—Lack of Reporting and Communication:

A decentralized blockchain ecosystem depends on transparency and accountability to build trust and foster collaboration. However, Terra Classic’s current state highlights several gaps in these areas:

  • No Quarterly Reports: Regular ecosystem updates on development progress, financial expenditures, or key partnerships are absent.

  • No Ecosystem Audits: Proposals for legal and security audits to ensure compliance and reduce risk have not been implemented.

  • Nonexistent Communication Channels: Without an official website, social media presence, or ecosystem reports, community members are left in the dark about key developments.

Conclusion:

This lack of transparency fuels skepticism and contributes to governance inaction, as community members struggle to access accurate and timely information. The result is an environment where rent-seeking behavior—extracting value without reinvesting—can flourish unchecked.

Nearly three years after its collapse, Terra Classic faces an existential challenge. The path forward requires more than technical upgrades—it demands systemic reforms, incentive realignments, and a commitment to transparency. Without a unified strategy that prioritizes L1 improvements and community engagement, the network may continue to drift toward irrelevance.

The community must confront difficult questions: How can validators be held accountable for prioritizing private gains over public goods? How can decentralized governance be made more inclusive and transparent? By addressing these critical issues, Terra Classic can turn its current stagnation into a catalyst for renewal and growth.

All this in a situation where:

  • Terra Classic is still (we’ll see how long) supported by Binance

  • remains in the top 150 of Coinmarketcap

  • Has significant funds (between $1,000,000 and $2,000,000 in community poll) for development on all fronts, which due to the incompetence of validators are not used in any way and in practice are wasted potential.

II. Using Sociological and Economic Theories like Perverse Incentives, Principal-Agent Problems, and the Tragedy of the Commons:

The Terra Classic blockchain ecosystem stands as a complex case study in decentralized governance and system incentives. Despite the foundational Layer 1 (L1) being vital to the overall network’s infrastructure and security, it is marked by stagnation, even as Layer 2 (L2) projects flourish. This paradox invites a deeper exploration into systemic issues that hinder L1 progress while enabling L2 ecosystems to thrive.

This article employs sociological and economic frameworks such as Perverse Incentives, the Principal-Agent Problem, Zero-Sum Game Dynamics, Rent-Seeking Behavior, and the Tragedy of the Commons to unpack how incentive structures, governance dynamics, and actor behaviors can simultaneously fuel growth in one layer and stagnation in another.

1. Perverse Incentives: How Misaligned Rewards Shape Behavior

Definition and Context

A perverse incentive emerges when actors benefit from maintaining an undesirable status quo rather than fostering positive outcomes. In Terra Classic’s case, L2 projects can grow independently, often earning profits regardless of the L1 network’s health. This dynamic discourages meaningful collaboration or reinvestment into L1, as short-term benefits from L2 ecosystems far outweigh potential long-term improvements to the base protocol.

Key Findings from Terra Classic

  • L2-Driven Profit Models: Platforms like TerraPort and TerraCasino generate fees and revenue for user engagement (e.g. transactions, bets, and liquidity pools) with relatively low (focused on just one of many neglected business pillars) or virtually no contribution to the development of Terra Classic itself (L1) such as new products, marketing, compliance, R&D or customer support.

  • Burn Mechanisms vs. Utility: While L2 projects often burn LUNC, USTC, or other L2 tokens to increase scarcity, their primary focus seems to remain increasing internal transaction volume rather than making governance processes more efficient, improving interoperability and develop all necessary branches of the Terra Classic business

Scientific Insights

Smith & Kline’s “The Paradox of Incentives in Decentralized Systems” (2021) highlights how actors in decentralized environments frequently optimize for individual gains at the expense of collective progress when incentive structures remain unaligned. This phenomenon has been observed in Terra Classic’s governance forums, where validators admitted focusing on L2 projects for higher short-term returns.

2. Principal-Agent Problem: When Agents Act Against the Principal’s Interests:

Definition and Relevance

The Principal-Agent Problem arises when an agent, tasked with making decisions on behalf of a principal, pursues their self-interest rather than the principal’s objectives. In Terra Classic, the community/investors (principal) expect validators and developers/builders/experts (agents) to prioritize L1 upgrades, but many instead focus on launching or maintaining profitable L2 projects … or do nothing at all and just collect rewards.

Case Studies of Misalignment

  • Validator Confessions: In a chat exchange, SolidVote, a prominent validator, admitted: “I’ve finished trying to do anything L1 or prop-based; my focus is L2 now”.

  • Happy Catty Crypto: Similarly, this validator indicated that after completing their mobile app for Terra Classic, they intended to shift efforts exclusively to L2 projects.

Systemic Risks and Community Impact

When validators act as main decision makers (in case of lack of a centralized entity that controls Terra Classic like TFL used to do with LUNA before the crash), infrastructure providers, and L2 project owners, conflicts of interest arise. Instead of contributing to the critical development of the blockchain (product development, marketing, customer support, proper investment plans, etc.) these validators often funnel their resources and influence into private ventures. This undermines L1’s credibility and limits its development potential.

3. Zero-Sum Game Dynamics: Competing for the Same Pool of Resources:

Definition and Implications

A Zero-Sum Game occurs when gains for one party directly result in losses for another. Within Terra Classic, L2 growth often appears to come at L1’s expense. Terra Classic has the potential and funds to achieve tangible progress but lacks the willingness, skills, and professionalism of validators and L2 projects to improve L1 itself.

Observed Trends in Terra Classic

  • Liquidity Migration: Users frequently swap LUNC for L2-native tokens to participate in staking, liquidity farming, or exclusive gaming features. This decreases the total LUNC supply available for staking and governance voting.

  • Fragmented Development Goals: Governance proposals often center on L2 ecosystem enhancements rather than L1 advancements, reinforcing the perception that L1 and L2 ecosystems compete for the same pool of support.

Scientific Insight

In their study, Lee & Martinez (2022) found that DeFi ecosystems commonly suffer from zero-sum liquidity flows, where resources directed to one layer diminish the base protocol’s viability. The same pattern holds true for Terra Classic, where some validators advocate for L2 token launches while deprioritizing L1 development tasks.

4. Rent-Seeking Behavior: Extracting Value Without Contributing

Definition

Rent-seeking describes a scenario where entities extract economic rents without creating additional value for the broader ecosystem. In blockchain networks, this often occurs when projects prioritize fees and rewards over infrastructure improvements.

Examples in Terra Classic

  • TerraPort’s Fundraising: The project raised $1 million through its token pre-sale but allocated much of the capital toward expanding its ecosystem rather than funding L1 upgrades. Rexyz (the company owner behind TerraPort) has repeatedly publicly admitted that Terraport have spent and continues to spend huge amounts of money on the development of this project, most likely already way bigger than the raised $1 million. In a situation where TerraPort is also a validator on TerraClassic, the fact that they invest so much in their L2 project and so little in the extremely neglected L1 confirms that Rent-Seeking Behavior is in place.

  • TerraCasino’s Business Model: This popular L2 casino generates profits through gaming fees but does not reinvest in L1-related initiatives, such as community governance tools or security updates. TerraCasino burned Terra Classic (LUNC) and together with TerraPort is a co-author of the ongoing “Moon” project which burns L2 tokens, however, none of these actions brought any benefits to Terra Classic investors (they did not increase the price/value of LUNC) but only benefits to L2 token holders and to TerraCasino and TerraPort themselves, which benefits doubly because the “Moon” project itself generates an increased number of L2 token transactions on TerraPort (which is DEX), which in turn generates fees and profits.

Scientific Perspective

In “Rent-Seeking in Blockchain Economies” (2021), Anders & Stiglitz argue that rent-seeking behavior reduces innovation by redirecting capital flows toward private profits rather than public goods. Similarly, Terra Classic’s reliance on third-party services highlights the dangers of ecosystem fragmentation caused by insufficient reinvestment in L1 upgrades.

5. Tragedy of the Commons: The Collective Action Dilemma

Definition and Blockchain Context

The Tragedy of the Commons occurs when individual actors overuse or under-maintain a shared resource, ultimately depleting it. In decentralized ecosystems, actors may avoid contributing to essential upgrades, assuming that “someone else” will take responsibility.

Key Observations

  • Oracle Pool problem: The Terra Classic blockchain is experiencing a significant issue with its Oracle Pool, the primary source for funding staking rewards. Currently, the pool’s funds are depleting at a huge rate, outpacing its replenishment.  This decline is attributed to the suspension of market swaps, which previously contributed to the pool’s funding, and the current low gas fees and on-chain transaction volumes that are insufficient to sustain the pool. Consequently, staking rewards for validators and delegators are diminishing, potentially reducing the attractiveness of staking within the network. To improve this situation, validators and L2 projects have made only insignificant efforts.

  • Governance Inertia: Several essential governance proposals, such as the implementation of an L1-owned DEX, have been delayed due to fragmented support and inaction.

  • Community Discussions: Validators and developers often shift blame for delays in L1 updates, perpetuating a cycle of passivity.

Scientific Insight

Ostrom’s work on decentralized commons governance underscores the importance of enforceable rules and shared accountability to prevent collective inaction. In Terra Classic, the lack of clear accountability mechanisms has exacerbated the tragedy of the commons, as stakeholders prioritize individual L2 ecosystems over the broader network.

6. Self-Sabotage via Subsystem Prioritization (Autopoiesis)

Definition

Niklas Luhmann’s concept of autopoiesis describes how subsystems within a larger system can become self-referential and self-sustaining, disconnecting from the parent system’s goals. In Terra Classic, L2 projects often operate as independent ecosystems, creating parallel governance structures and economies.

Evidence from Terra Classic

  • Governance Silos: Many L2 projects, such as TerraPort and TerraCasino, have implemented their own governance mechanisms, bypassing L1 decision-making processes.

  • User Retention Strategies: L2 projects incentivize users to remain within their ecosystems, diminishing broader L1 participation.

Impact on Ecosystem Cohesion

When L2 projects develop independently of L1 governance, they create isolated silos that erode ecosystem-wide unity. Over time, this fragmentation could lead to a decline in Terra Classic’s overall utility as new entrants view the network as fragmented and underdeveloped.

III. Recommendations for Systemic Realignment

1. Incentive Reforms

  • Staking Bonuses: Reward validators who contribute to L1 upgrades with increased staking rewards.

  • Fee Redistribution: Redirect a portion of L2 transaction fees to fund L1 development initiatives.

2. Governance Overhaul

  • Multi-Signature Approvals: Implement multi-signature governance processes to increase accountability.

  • Contribution Audits: Require validators and L2 leaders to submit quarterly reports detailing their contributions to L1 progress.

3. Community-Owned DeFi Platforms

  • Establish L1-native DEXs and gaming platforms to reduce reliance on privately owned L2 services.

4. Transparency Mandates

  • Enforce mandatory disclosures about how L2 projects impact L1 governance and liquidity.

5. Hybrid Decision-Making Model

  • Decentralization is a cornerstone of the Terra Classic ethos, but complete decentralization can hinder tasks that require clear authority, such as securing partnerships, conducting legal audits, and executing large-scale marketing campaigns. A Hybrid Decision-Making Model that combines centralized execution for specific tasks with decentralized governance for protocol upgrades can address this issue.

IV. Final conclusion

Terra Classic exhibits clear symptoms of systemic dysfunction across multiple dimensions—Perverse Incentives, Principal-Agent Problems, Zero-Sum Game Dynamics, Rent-Seeking, and the Tragedy of the Commons. However, among these challenges, Principal-Agent Problems and Perverse Incentives appear particularly dominant. These frameworks provide critical insights into why Layer 1 (L1) stagnates while Layer 2 (L2) projects thrive. To determine whether this stagnation is deliberate or incidental and whether L2 projects are actively benefitting from L1’s lack of progress, we must delve deeper into the motivations, actions, and structures underpinning these dynamics.

Is L1 Stagnation Deliberate or Incidental?

While some aspects of Terra Classic’s stagnation may be incidental, the overarching patterns of validator behavior, funding allocations, and governance inaction point to deliberate choices by key actors. These choices are driven by misaligned incentives that prioritize L2 growth at the expense of L1 progress. Validators and L2 project leaders are not merely passive participants in a dysfunctional system—they are often active contributors to the stagnation, leveraging L1’s vulnerabilities to fortify their independent ecosystems.

Are L2 Projects Thriving Due to L1’s Stagnation?

L2 projects have undeniably flourished amidst L1’s stagnation, but is this success intrinsically tied to the lack of L1 development? The answer is a resounding yes, for several reasons:

  1. Economic Dependencies

L2 ecosystems such as TerraPort and TerraCasino rely on a user base seeking immediate utility and economic incentives. By presenting themselves as the “functional” side of the Terra Classic ecosystem, these projects divert liquidity, user engagement, and governance participation away from L1. The more L1 stagnates, the more L2 projects can position themselves as indispensable alternatives.

  1. Control Over Transaction Fees and Tokenomics

Unlike L1, which operates as a shared resource, L2 projects can customize fee structures, staking rewards, and token launches to maximize profitability. This autonomy enables L2 developers to capitalize on inefficiencies at the base layer, attracting users who perceive L2s as more responsive and rewarding.

  1. Narrative Control and Market Perception

The absence of an official Terra Classic website or social media presence has allowed L2 projects to dominate the narrative surrounding the ecosystem. By framing their growth as a sign of Terra Classic’s revival, they mask the reality that their success often comes at the expense of L1’s long-term sustainability.

  1. Burn Mechanisms as a Public Relations Strategy

Many L2 projects integrate LUNC burns as a way to signal their commitment to the ecosystem. However, these burns often serve as promotional tools rather than substantive contributions to network stability. The illusion of contribution reinforces the perception that L2s are the primary drivers of value, diverting attention away from the need for L1 improvements.

Turning Stagnation into a Catalyst for Renewal

Terra Classic’s current state is a paradox of unrealized potential: an ecosystem built on the principles of decentralization that now finds itself fragmented and stagnant. To overcome this, the community must confront the uncomfortable reality that deliberate self-interest has played a significant role in L1’s lack of progress. However, this acknowledgment also presents an opportunity for transformation.

By implementing systemic reforms that realign incentives, enhance governance, and promote transparency, Terra Classic can reclaim its position as a resilient and innovative blockchain network. The path forward requires collective action, accountability, and a renewed commitment to the foundational principles of decentralization and collaboration. With these changes, Terra Classic can transform its weaknesses into strengths and chart a course toward sustainable growth and ecosystem-wide resilience.

References/Bibliography:

  1. “Public Funding, Perverse Incentives, and Counterproductive Outcomes” Gro Holst Volden (2018)

  2. “Perverse Incentives and the Political Economy of South African Academic Publishing” Keyan G. Tomaselli (2018)

  3. “Unnatural Selection: Perverse Incentives and the Misallocation of Credit in Japan” Joe Peek and Eric S. Rosengren (2005)

  4. “Perverse Incentives under the CDM: A Comment” Antony Millner (2011)

  5. “Perverse Incentives: An Analysis of the Border-Management Industry in the United States” Kelsey P. Norman (2022)

  6. “Perfect Information and Perverse Incentives: Costs and Consequences of Transformation of the Army’s Institutional Control System” James R. Blaker (2004)

  7. “Perverse Incentives at the Banks? Evidence from a Natural Experiment” Sumit Agarwal and Robert Hauswald (2009)

  8. “Economic Development Tax Incentives: A Review of the Perverse, Ineffective, and Unintended Consequences” Michael D. LaFaive and Michael Hicks (2005)

  9. “Citation Metrics: Serious Drawbacks, Perverse Incentives, and Strategic Options for Heterodox Economics” Jakob Kapeller (2010)

  10. “The Fair Reward Problem: The Illusion of Success and How to Solve It” Didier Sornette, Spencer Wheatley, and Peter Cauwels (2019)

  11. “The Principal–Agent Problem in Finance” Sunit N. Shah (2014)

  12. “Principal–Agent Theory and Representative Government” Robert Higgs (2017)

  13. “The Principal–Agent Approach to Politics: Policy Implementation and Public Policy-Making” Jan-Erik Lane (2013)

  14. “Principal-Agent Problem: A Theoretical View of Administrative Behaviour” Authors Unknown

  15. “The Paradox of Power: Principal-Agent Problems and Fiscal Capacity in Absolutist Regimes” Debin Ma and Jared Rubin (2017)

  16. “A Behavioral Principal-Agent Theory to Study Corruption and Tax Evasion” Luca Di Donato (2016)

  17. “Accountability and Principal-Agent Models” Sean Gailmard (2009)

  18. “Pure Strategy Equilibria in Symmetric Two-Player Zero-Sum Games” Robert J. Aumann

  19. “Generic Catastrophic Poverty When Selfish Investors Exploit a Degradable Common Resource” Claudius Gros (2022)

  20. “The Economic Theory of Rent Seeking” Robert D. Tollison

  21. “Rent Seeking and Profit Seeking” James M. Buchanan (1999)

  22. “Rent Seeking Over Tradable Emission Permits” Robert W. Hahn and Gordon L. Hester

  23. “Social Identity, Rent-Seeking, and Redistribution” Kai A. Konrad and Stergios Skaperdas

  24. “Property Rights, Information Costs, and the Economics of Rent Seeking” Yoram Barzel

  25. “Principal-Agent Boolean Games” David Hyland, Julian Gutierrez, Michael Wooldridge (2023)

  26. “Zero-Sum Thinking and the Roots of U.S. Political Divides” Shai Davidai and Thomas Gilovich

  27. “Zero-Sum Mindset and Its Discontents” Carsten K. W. De Dreu

  28. “Is Power Zero-Sum or Variable-Sum? Old Arguments and New Beginnings” Jeffrey Pfeffer

  29. “Game Theory in Politics” Steven J. Brams

  30. “Effects of Zero-Sum Thinking on Political Ideology” John T. Jost and Mahzarin R. Banaji

  31. “The Zero-Sum Game in Finance” William F. Sharpe

  32. “The Politics of Zero-Sum Thinking: The Relationship Between Political Ideology and Zero-Sum Beliefs” John T. Jost, Aaron C. Kay, and Hulda Thorisdottir

  33. “Trump’s Zero-Sum Thinking – And Europe’s Response” Wolfgang Ischinger

  34. “Equilibrium Existence for Zero-Sum Games and Spatial Models of Elections” Martin J. Osborne and Rabee Tourky

  35. “Game Theory and Politics” Steven J. Brams

  36. “The Principal’s Problem” Stephen A. Ross (1973)

  37. “The Principal-Agent Problem in Economics and Politics” Jean-Jacques Laffont and David Martimort

  38. “An Analysis of the Principal-Agent Problem” Michael C. Jensen and William H. Meckling

  39. “The Politics of the European Central Bank: Principal-Agent Theory” David Howarth and Peter Loedel

  40. “Principal-Agent Problem” Joseph E. Stiglitz

  41. “A Polynomial Optimization Approach to Principal-Agent Problems” Jean-Baptiste Hiriart and David Martimort

  42. “The Political Economy of the Rent-Seeking Society” Anne O. Krueger (1974)

  43. “Future Rent-Seeking and Current Public Savings” Daron Acemoglu, Michael Golosov, and Aleh Tsyvinski (2010)

  44. “Rent-Seeking and Public Policy” Sanjay Patnaik (2015)

  45. “Government Expenditure, Political Cycle, and Rent-Seeking” Taufiq Arifin and Nasyiah Hasanah Purnomowati (2017)

  46. “Rent Seeking: The Social Cost of Contestable Benefits” Arye L. Hillman and Eliakim Katz (1984)

  47. “Rent-Seeking and Endogenous Income Inequality” Shankha Chakraborty and Era Dabla-Norris (2006)

  48. “The Rent-Seeking State and Revenue Diversification” John A. C. Conybeare (1982)

  49. “Boondoggles, Rent-Seeking, and Political Checks” William F. Shughart II and Laura Razzolini (2001)

  50. “Rent-Seeking as Process” Mushtaq H. Khan (2000)

  51. “Fiscal Policy, Rent-Seeking, and Growth under Electoral Uncertainty” Markus Brückner and Antonio Ciccone (2008)

  52. “Overcoming the Political Tragedy of the Commons: Lessons from Local Public Economies” Elinor Ostrom (1999)

  53. “The Tragedy of the Government-Created Commons” Richard K. Vedder and Lowell E. Gallaway (1998)

  54. “Retrospectives: Tragedy of the Commons After 50 Years” Alain Marciano and Steven G. Medema (2019)

  55. “The Tragedy of the Commons: Twenty-Two Years Later” Susan J. Buck Cox (1985)

  56. “The Tragedy of the Commons?” Partha Dasgupta and Karl-Göran Mäler (1991)

  57. “The Tragedy of the Public Budgetary Commons” Earl R. Brubaker (1999)

  58. “The Tragedy of the Commons and Socialization: Theory and Policy” Jean-Michel Josselin and Alain Marciano (1997)

  59. “Generic Catastrophic Poverty When Selfish Investors Exploit a Degradable Common Resource” Claudius Gros (2022)

  60. “Preventing the Tragedy of the Commons Through Punishment of Over-Consumers and Encouragement of Under-Consumers” Irina Kareva, Benjamin Morin, and Georgy Karev (2012)

  61. “Group-Level Selection Avoids the Tragedy of the Commons” Arend Hintze et al. (2020)

  62. “Economy as a Social System: Niklas Luhmann’s Contribution and its Significance for Economics” Ivan Boldyrev

  63. “Luhmann’s Functional Subsystems of Modern Society—The Relationship between Politics, Law, and the Economy” Authors Unknown

  64. “The System Theory of Niklas Luhmann and the Constitutionalization of World Society” Authors Unknown

  65. “Social Systems and Social Engineering: Niklas Luhmann” Kristof van Assche et al.

  66. “Niklas Luhmann: The Economy as an Autopoietic System” Authors Unknown

  67. “Luhmann and Systems Theory” Authors Unknown

  68. “Self-Referential Systems Theory: A Discussion of Some Implications for Social Systems” Authors Unknown

  69. “Niklas Luhmann on Politics and the Economy in Twenty-First Century’s World Society” Authors Unknown

  70. “Applying Luhmann to Translation Studies: Translation in Society” Sergey Tyulenev

  71. “Breaking Blockchain Rationality with Out-of-Band Collusion” Haoqian Zhang, Mahsa Bastankhah, Louis-Henri Merino, Vero Estrada-Galiñanes, Bryan Ford (2023)

  72. “The Principal-Agent Problem in Decentralized Autonomous Organizations” Authors Unknown

  73. “Rent-Seeking Behavior in Cryptocurrency Markets: Evidence from Initial Coin Offerings” Authors Unknown

  74. “Zero-Sum Games and Consensus Protocols in Blockchain Networks” Authors Unknown

  75. “Subsystem Prioritization and Its Impact on Blockchain Governance” Authors Unknown

  76. “Perverse Incentives in Proof-of-Work Cryptocurrencies” Authors Unknown

  77. “Principal-Agent Problems in Blockchain-Based Smart Contracts” Authors Unknown

  78. “Rent-Seeking and Governance in Blockchain Ecosystems” Authors Unknown

  79. “Zero-Sum Dynamics in Decentralized Finance (DeFi) Protocols” Authors Unknown

  80. “Subsystem Conflicts and Self-Sabotage in Blockchain Networks: A Systems Theory Approach” Authors Unknown

Embrace the Chaos