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Antarctica is often cast as a last wilderness, untouched by humans and set aside for peace and science. Yet it also has a nuclear past that foreshadowed a shift in human interactions with the continent, away from development and towards protection. This paper examines the discourse around the installation and the dismantlement of PM-3A, the first and only large-scale nuclear reactor to have been used on the Antarctic continent. Affectionately known as “Nukey Poo,” the reactor was greeted with optimism by the USA and was seen as a catalyst for a more comfortable and technologically advanced future for the humans at McMurdo Station. This techno-optimism spurred visions of a resource-rich Antarctic future. When it became apparent a decade on that the reactor was too costly and had been leaking, the narration shifted to centre on environmental protection, resulting in the removal of a mountainside of gravel in the name of ecological restoration. The reactor is gone, but not forgotten – the site is designated as a Historic Site and Monument under the Antarctic Treaty System. Spanning from the Cold War to the Madrid Protocol era, the story of Nukey Poo provides a useful lens through which to track the evolution of attitudes towards Antarctica and to reflect on imagined Antarctic futures.
Studies of nuclear politics and IR more widely have failed to seriously engage with what future nuclear-disarmed worlds would or should look like. I respond to this failure of imagination by advocating for a project of ‘post-nuclear worldmaking’. Counter-hegemonic political efforts around the 2017 Treaty on the Prohibition of Nuclear Weapons (TPNW) are a useful first step to ‘connecting’ our nuclear-armed present to a disarmed future. However, they do not tell us much about the broader characteristics of this future. Moreover, they often fail to transcend conservative assumptions of plausibility and probability, which unnecessarily exclude what might be called ‘utopian’ visions of alternative futures. In the context of mounting uncertainty generated by threats to planetary security, post-nuclear worldmaking can assist in drawing strong connections between the present and radically different future worlds, which should not be discounted as improbable or impossible. This project enables a widening of the scope of nuclear futures and policy options which are considered thinkable, as well as contributing a future-facing, prefigurative element of politics which complements existing counter-hegemonic strategy. It highlights the unavoidable obligation for nuclear scholars to think in utopian terms.
This chapter begins the application of Pragmatic Constructivism by interpreting and assessing how, as a community of practice at the macro level, international society has responded to mass atrocity and its challenge to the practices of state sovereignty. It demonstrates how political mobilization on behalf of excluded publics (vulnerable populations) contributed to a reimagining of sovereignty as a responsibility to protect, as well as a normative reassignment of that responsibility to international society when states ‘manifestly fail’. It applies the two tests – inclusionary reflexivity and deliberative practical judgement – to the micro level by assessing the working practices (e.g. penholding, veto reform) of the UN Security Council. While greater inclusivity signposts ways in which the Council can better respond to the public interest, the impact of micro-adaptation is ultimately contingent on a deeper level of change in the identity of member states. Practices of atrocity prevention in the R2P context can act as a pedagogic tool, helping to mobilize the transnational activism that is a necessary part of that progressive change. This discussion extends to nuclear atrocity prevention and the way vulnerable publics deconstructed the Cold War, a lesson that should inform a renewed commitment to deep arms control practices.
Multiple asymmetries characterize the Sino-Indian rivalry. India’s slow and fitful (absolute) rise over the past three decades has happened in the context of relative decline vis-à-vis China because the latter has grown faster and more comprehensively. Despite this asymmetry, newer functional areas – economics, nuclear, and naval – have appeared in this contest. These areas are riddled with domain-specific asymmetries and domain-specific pathways to conflict escalation. While there is no reason to believe that war is inevitable, the Sino-Indian relationship has entered a troubled phase because further asymmetry as well as strategies to address these asymmetries are both conflict-prone. There are three specific pathways (which are not mutually exclusive) that cut across these different domains and point towards heightened conflict: any Chinese attempt to create a new status quo reflective of the power gap in its favor; any Indian endeavor to redress this power gap in order to be taken more seriously by China; and the United States’ promotion of the rise of India.
Nuclear weapons are different from every other type of weapons technology. Their awesome destructive potential and the unparalleled consequences of their use oblige us to think critically about the ethics of nuclear possession, planning, and use. Joe Nye has given the ethics of nuclear weapons deep consideration. He posits that we have a basic moral obligation to future generations to preserve roughly equal access to important values, including equal chances of survival, and proposes criteria for achieving conditional or “just deterrence” to minimize the risk of nuclear use and help preserve these values. While Nye's conditions are laudable, they are not achievable. They rely on flawed assumptions about the nature of nuclear weapons and the inherent risks of the nuclear deterrence system. Since the Cold War ended, the strategy and practice of nuclear deterrence has grown riskier, more urgent, more dangerous, and less stable. It is time to rethink how we manage nuclear risks. A new nuclear security system must be built on the design principle that the consequences of system failure cannot threaten to end or fundamentally disrupt civilization. We owe the future a new nuclear security strategy that can prevent an existential global nuclear event.
Chapter 8 argues that any steps or program can be effective only if they adopt a justice lens and reject proposed technical and market fixes that threaten to perpetuate the same inequities, corporate agendas, and extractivist mentality that created the climate and ecological crisis in the first place.
In this chapter Sharae Deckard reminds us that far from being a “green” country, Ireland’s carbon emissions are currently among the highest per capita in the EU and continue to rise, so that the Irish state falls far short of the reductions required by the Paris Agreement.” The chapter traces the history of Ireland’s energy regimes that range from turf, coal, oil, and more recently, renewables. In a comprehensive survey of the energy regimes and their representation in Irish literature Deckard argues that literary and cultural representations play a crucially subversive role in the contemporary neoliberal environment by offering “alternative conceptions of value that repudiate capitalism’s devaluing of human and extra-human life.”
This essay situates the rise of US empire in the nineteenth century within a longer, transnational, and transoceanic colonial project that has been continuously catastrophic – from the arrival of Columbus to the threats of climate change and nuclear disaster – for both Indigenous societies and nonhuman ecosystems. The essay shows how such ecological and geopolitical disruptions were central to both US nation-building and the development of an American national literature, while at the same time highlighting the causal relation and essential continuity between the extractive enterprises and imperial expansionism of the early United States and the planetary crises of the twenty-first century.
A
$C^{*}$
-algebra A is said to detect nuclearity if, whenever a
$C^{*}$
-algebra B satisfies
$A\otimes _{\mathrm{min}} B = A\otimes _{\mathrm{max}} B,$
it follows that B is nuclear. In this note, we survey the main results associated with this topic and present the background and tools necessary for proving the main results. In particular, we show that the
$C^{*}$
-algebra
$A = C^{*}(\mathbb {F}_{\infty })\otimes _{\mathrm{min}} B(\ell ^{2})/K(\ell ^{2})$
detects nuclearity. This result is known to experts, but has never appeared in the literature.
Altered Earth aims to get the Anthropocene right in three senses. With essays by leading scientists, it highlights the growing consensus that our planet entered a dangerous new state in the mid-twentieth century. Second, it gets the Anthropocene right in human terms, bringing together a range of leading authors to explore, in fiction and non-fiction, our deep past, global conquest, inequality, nuclear disasters, and space travel. Finally, this landmark collection presents what hope might look like in this seemingly hopeless situation, proposing new political forms and mutualistic cities. 'Right' in this book means being as accurate as possible in describing the physical phenomenon of the Anthropocene; as balanced as possible in weighing the complex human developments, some willed and some unintended, that led to this predicament; and as just as possible in envisioning potential futures.
The survivability of mass casualties exposed to a chemical attack is dependent on clinical knowledge, evidence-based practice, as well as protection and decontamination capabilities. The aim of this systematic review was to identify the knowledge gaps that relate to an efficient extraction and care of mass casualties caused by exposure to chemicals.
Methods:
This systematic review was conducted from November 2018 through September 2020 in compliance with Cochrane guidelines. Five databases were used (MEDLINE, Web of Science Core Collection, Embase, Cochrane, and CINAHL) to retrieve studies describing interventions performed to treat victims of chemical attacks (protection, decontamination, and treatment). The outcomes were patient’s health condition leading to his/her stabilization (primary) and death (secondary) due to interventions applied (medical, protection, and decontamination).
Results:
Of the 2,301 papers found through the search strategy, only four publications met the eligibility criteria. According to these studies, the confirmed chemical poisoning cases in acute settings resulting from the attacks in Matsumoto (1994), Tokyo (1995), and Damascus (2014) accounted for 1,333 casualties including 11 deaths. No study reported comprehensive prehospital clinical data in acute settings. No mention was made of the integration of specialized capabilities in medical interventions such as personal protective equipment (PPE) and decontamination to prevent a secondary exposure. Unfortunately, it was not possible to perform the planned meta-analysis.
Conclusions:
This study demonstrated gaps in clinical knowledge application regarding the medical extraction of casualties exposed during a chemical attack. Further research is required to optimize clinical practice integrating mixed capabilities (protection and decontamination) for the patient and medical staff.
This book is a comprehensive manual for decision-makers and policy leaders addressing the issues around human caused climate change, which threatens communities with increasing extreme weather events, sea level rise, and declining habitability of some regions due to desertification or inundation. The book looks at both mitigation of greenhouse gas emissions and global warming and adaption to changing conditions as the climate changes. It encourages the early adoption of climate change measures, showing that rapid decarbonisation and improved resilience can be achieved while maintaining prosperity. The book takes a sector-by-sector approach, starting with energy and includes cities, industry, natural resources, and agriculture, enabling practitioners to focus on actions relevant to their field. It uses case studies across a range of countries, and various industries, to illustrate the opportunities available. Blending technological insights with economics and policy, the book presents the tools decision-makers need to achieve rapid decarbonisation, whilst unlocking and maintaining productivity, profit, and growth.
This conclusion summarizes the book and its core arguments, emphasizing the importance of a shift towards ecological security in the way we view and approach the security implications of climate change. It also reflects on the potential utility of such an approach beyond the issue of climate change to other dimensions of global security regularly linked to the Anthropocene context, including nuclear weapons and the coronavirus pandemic.
We expand upon work from many hands on the decomposition of nuclear maps. Such maps can be characterised by their ability to be approximately written as the composition of maps to and from matrices. Under certain conditions (such as quasidiagonality), we can find a decomposition whose maps behave nicely, by preserving multiplication up to an arbitrary degree of accuracy and being constructed from order-zero maps (as in the definition of nuclear dimension). We investigate these conditions and relate them to a W*-analogue.
Terrorist attacks are growing in complexity, increasing concerns around the use of chemical, biological, radiation, and nuclear (CBRN) agents. This has led to increasing interest in Counter-Terrorism Medicine (CTM) as a Disaster Medicine (DM) sub-specialty. This study aims to provide the epidemiology of CBRN use in terrorism, to detail specific agents used, and to develop training programs for responders.
Methods:
The open-source Global Terrorism Database (GTD) was searched for all CBRN attacks from January 1, 1970 through December 31, 2018. Attacks were included if they fulfilled the terrorism-related criteria as set by the GTD’s Codebook. Ambiguous events or those meeting only partial criteria were excluded. The database does not include acts of state terrorism.
Results:
There were 390 total CBRN incidents, causing 930 total fatal injuries (FI) and 14,167 total non-fatal injuries (NFI). A total of 347 chemical attacks (88.9% of total) caused 921 FI (99.0%) and 13,361 NFI (94.3%). Thirty-one biological attacks (8.0%) caused nine FI (1.0%) and 806 NFI (5.7%). Twelve radiation attacks (3.1%) caused zero FI and zero NFI. There were no nuclear attacks. The use of CBRN accounted for less than 0.3% of all terrorist attacks and is a high-risk, low-frequency attack methodology.
The Taliban was implicated in 40 of the 347 chemical events, utilizing a mixture of agents including unconfirmed chemical gases (grey literature suggests white phosphorous and chlorine), contaminating water sources with pesticides, and the use of corrosive acid. The Sarin gas attack in Tokyo contributed to 5,500 NFI. Biological attacks accounted for 8.0% of CBRN attacks. Anthrax was used or suspected in 20 of the 31 events, followed by salmonella (5), ricin (3), fecal matter (1), botulinum toxin (1), and HIV (1). Radiation attacks accounted for 3.1% of CBRN attacks. Monazite was used in 10 of the 12 events, followed by iodine 131 (1) and undetermined irradiated plates (1).
Conclusion:
Currently, CBRN are low-frequency, high-impact attack modalities and remain a concern given the rising rate of terrorist events. Counter-Terrorism Medicine is a developing DM sub-specialty focusing on the mitigation of health care risks from such events. First responders and health care workers should be aware of historic use of CBRN weapons regionally and globally, and should train and prepare to respond appropriately.
This chapter offers a critical analysis of the relationship between postmodernism and the environment, in particular the climate and climatic change. It outlines an alternative understanding of postmodernism and the literature of the period that resists normative assumptions regarding culture eclipsing nature during this postmodern period. Reading across canonical postmodern texts, genre fiction, and social movements literature, it identifies within this body of work a persistent preoccupation with resource scarcity, pollution, environmental degradation, and, in particular, anthropogenic climate change. Arguing that this tendency with postmodernism necessitates a rethinking of the archives of climate literature, this chapter argues that the period designation "postmodern" names a transition point in how climate is imagined, a period within which we can identify the emergence of an understanding of the global climate that is focused increasingly on environmental threats, their predictive modeling, and the cumulative effects of industrial and nuclear civilization.
The March 11, 2011, Great Tohoku Earthquake and Tsunami led to a nuclear meltdown at the Fukushima Daiichi nuclear plant, leading many observers to predict a major transformation of Japanese energy policy. However, since the 2012 election of Prime Minister Shinzo Abe, Japan has restarted its nuclear reactors, weakened subsidies for renewable energy, and submitted emissions reduction goals under the Paris Agreement widely criticized as insufficient and reliant on accounting gimmicks. Under what we call Abenergynomics, Abe used energy policy as a tool to support the economic growth objectives of Abenomics, even when the associated policies were publicly unpopular, opposed by utility companies, or harmful to the environment. We show how Abenergynomics shaped Japanese policy toward nuclear power, electricity deregulation, renewable energy, and global climate change negotiations.
In his exhaustive cultural history of the atomic bomb, Paul Boyer suggests that the unthinkable scale of nuclear warfare registered in the American consciousness as an aesthetic problem. “How was one to respond imaginatively to Hiroshima and Nagasaki,” he writes, “and, still more, to the prospect of world holocaust?” This chapter sees the decidedly American strain of black humor that emerged in the wake of the Japanese bombings as an attempt to build a new “atomic aesthetics” that would be capable of registering and critiquing nuclear violence. A key feature of these aesthetics is an “atomic laughter”—a shattering strain of laughter that is both interior to and elicited by these darkly comic texts. This essay offers a theory of this atomic laughter—its political and affective dimensions—by way of a close reading of Stanley Kubrick’s Dr. Strangelove (1964).
The preface reflects on the history of the Ghana Atomic Energy Commission from the author’s first knowledge of its existence as a child, to her first visits to the area in 2004 and 2006. It describes the GHARR-1 after her first visit to the reactor building.
Energy policy making is complex, and policy makers have traditionally relied on evidence and assessments dominated by a handful of disciplines from the natural and physical sciences. These assessments have often focused on technological solutions with the implicit message that the answer to policy needs lies in identifying and developing the right technology. Historically, however, problems arise in the implementation process of new technologies. These obstacles may be better understood, and either alleviated or avoided, through a more holistic analysis of energy policy requirements that includes multidisciplinary approaches from the social sciences and humanities. This chapter introduces the main ideas of the book, including an overview of each chapter and the most important arguments of the book.