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Innovation curse: the wastefulness of technologies believed to mitigate climate change
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This study characterized microplastic distribution in the Great Pacific Garbage Patch using systematic ocean sampling, documenting the spatial extent, depth distribution, and polymer composition of the accumulation zone. The quantitative assessment provides updated estimates of plastic mass concentrated in the North Pacific subtropical gyre.
Abstract Technological innovations are increasingly promoted as solutions to climate change. However, many innovations, including Carbon Capture and Storage, bioplastics, and glacier geo-engineering, suffer significant limitations from high costs, speculative efficacy, and adverse ecological consequences. Using Granular Interaction Thinking Theory (GITT), a transdisciplinary framework grounded in information theory, quantum mechanics, and mindsponge theory, in this study, we explain how such technological innovations become systemically favored despite their flaws. We introduce the concept of the “innovation curse,” which arises when institutional and cognitive filtering systems, operating under high informational entropy, default to familiar but ineffective techno-solutions while marginalizing Indigenous and Local Knowledges and nature-based approaches. To address this dysfunction, we propose the Eco-Surplus Transformation Framework, a new model for environmental decision-making designed to foster an eco-surplus culture. Guided by a core semiconducting principle that prohibits offsetting environmental harm with monetary value, the framework establishes a rational hierarchy for climate action that prioritizes harm prevention and proven ecological strategies. We provide the Eco-Surplus Governance Matrix as a toolkit for implementing this paradigm shift through institutional reform. Ultimately, our study argues for a fundamental reorientation of climate strategy away from technological solutionism and toward regenerative, community-driven practices rooted in Indigenous and Local Knowledges to foster long-term environmental resilience.
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Impact pathways: geo-operations for turning plastic waste into carbon capture
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This conceptual study proposes that combining plastics and biowaste processing into systemic geo-operations supply chains could transform the plastics technosphere from a carbon emitter into a carbon capture mechanism. For microplastic pollution, the framework highlights how circular economy interventions must be systemically combined rather than applied in isolation to meaningfully reduce plastic environmental burden.
Transdisciplinary pragmatic melioration for the plastic life cycle: Why the social, natural, and technical sciences should prioritize reducing harm
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This review argues that solving the global plastic waste crisis requires a transdisciplinary approach integrating natural sciences, engineering, and social sciences focused on pragmatic harm reduction across the full plastic lifecycle, rather than siloed technical research that overlooks social contexts and systemic inequities in waste management.
Navigating regulatory complexities: Challenges and shifting problem framings in turning microplastics into a European policy object
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European microplastic regulation has evolved through interacting scientific, economic, and political forces rather than purely through evidence accumulation, with regulatory institutions and industry interests shaping which interventions become viable. This analysis highlights why technical solutions alone are insufficient — effective governance of microplastic pollution requires aligning scientific standards, public concern, and policy levers simultaneously.
Ryōkai OS v8.0: Cosmic Remediation Protocol — Non-Dual Universe Structure Revelation for Transcendent Earth Solutions, Bridging Quantum Consciousness, Neutrinos, Dark Energy/Matter in the Mandala of Creative Mastery
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This paper presents a speculative philosophical system ('Ryōkai OS v8.0') claiming to address environmental challenges including microplastic pollution through quantum consciousness and metaphysical frameworks, without scientific experimental evidence.
Will innovation solve the global plastic contamination: how much innovation is needed for that?
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This study developed an ecological-economic world model to simulate how much innovation is needed to achieve a significant reduction in marine plastic accumulation, finding that no single type of solution is sufficient. Only combined upstream and downstream interventions—from source reduction to mid-chain management and ocean cleanup—could reduce ocean plastic stocks to 50% of 2010 levels, with 11.89% annual ocean removal required to achieve that ambitious target.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.