The Future of Climate Action: A Controversial Approach
In a world grappling with the urgent challenge of climate change, a unique funding body, the Advanced Research and Invention Agency (Aria), has stepped into the spotlight. Aria, with its bold mission to support high-risk, high-reward research, has sparked curiosity and controversy alike. We delve into an exclusive conversation with Mark Symes, an electrochemist and the director of Aria's geoengineering program, to uncover the story behind this intriguing initiative.
A New Vision for Research
Mark's journey with Aria began with a simple email, an invitation to join a revolutionary endeavor. Despite initial hesitation, the allure of making a significant impact on a global scale drew him in. Aria's promise of autonomy and a fresh approach to research funding captivated Mark, leading him to take on the role of program director.
Aria's Unique Mandate
What sets Aria apart? Mark highlights its focus on transformative, society-altering initiatives. While similar models exist in the US, Aria's scope extends beyond science, encompassing social sciences as well. This mandate empowers program directors to explore any field they deem important, employing diverse methods to address complex issues. Aria aims to fund projects that are both groundbreaking and unlikely to receive support elsewhere, often due to their interdisciplinary nature or seemingly far-fetched concepts.
Funding the Unconventional
Aria seeks proposals that challenge the status quo. Mark emphasizes that they are not in competition with traditional funding bodies but rather aim to fill gaps. They prioritize projects that require a unique level of oversight or those that, despite their credibility, seem too ambitious for conventional funding. Aria's risk appetite is higher, reflecting its commitment to supporting innovative ideas.
The Role of a Program Director
As a program director, Mark engages with a diverse range of experts. Initially, his conversations focused on upskilling himself in the field of climate interventions. Over time, the discussions evolved to encompass funding strategies, program management, and success metrics. Mark's interactions span academics, engineers, social scientists, policymakers, and media professionals, reflecting the broad impact of his work.
Choosing Climate Engineering
Mark's initial program idea centered on self-actuating polymers, a fascinating concept with potential applications in swarm robotics. However, a shift in perspective led him to climate engineering. Recognizing climate change as the defining challenge of our time, Mark felt compelled to address this existential threat. The potential consequences of missing the Paris climate targets were a driving force behind his decision.
The Chemistry Behind Outdoor Experiments
The most controversial aspect of Aria's climate cooling projects is the outdoor experiments. Mark's background in chemistry brought a fresh perspective to this debate. He noticed a lack of empirical data to support the mathematical models used in climate interventions. As a chemist, he believed that real-world experiments were crucial to refining these models and making informed decisions. This philosophy guided Aria's decision to permit outdoor experiments under strict conditions, ensuring controlled and small-scale impacts.
Addressing Concerns and Controversies
Aria's funding of outdoor experiments attracted media attention and raised valid concerns. Mark acknowledges these worries, particularly the fear that such research could legitimize larger-scale interventions. However, he argues that these activities are already happening, often in secret or without regulation. Aria's approach aims to gather scientific evidence transparently, enabling better decision-making. Additionally, Aria considers the ethical implications of climate interventions and the public's perceptions, ensuring a responsible and inclusive research process.
The Impact of Chemistry
Mark's chemistry background continues to influence Aria's program. The outdoor experiments, though contentious, are guided by the need for real data. This approach, rooted in chemistry, aims to unlock the field by providing empirical evidence to refine models and make informed choices. Even when Mark's work ventures beyond chemistry, the philosophy of data-driven decision-making remains central.
This interview offers a glimpse into the innovative world of Aria, where bold ideas and a commitment to addressing climate change drive research forward. As we navigate the complexities of our changing climate, Aria's approach challenges traditional boundaries, inviting us to explore new possibilities and engage in meaningful discussions about our future.
