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Scientists for Global Responsibility (SGR) critiques the UK's Strategic Defence and Security Review for excluding nuclear weapons and maintaining an oversized military budget. SGR advocates for a 25% reduction in military spending, the cancellation of the Trident replacement system, and the retirement of various offensive conventional weapons. The organization argues that funds should be redirected toward tackling the roots of insecurity, such as poverty and unsustainable natural resource consumption, to improve energy security and mitigate climate change.

The letter advocates for a national programme of energy efficiency and a reduction in overall energy demand to improve energy security. It calls for an increase in the 2020 renewable energy target, a tenfold increase in renewable R&D funding—potentially funded by military budget cuts—and the implementation of a Renewable Heat Incentive. The authors argue against new nuclear build, insisting the industry pay full costs for waste management and insurance without public subsidies, and suggest delaying construction decisions until safety and waste assessments are complete.

The report examines the increasing links between commercial sectors and science, arguing that the commercialisation agenda leads to negative outcomes such as research bias and conflicts of interest across five specific industries.

The report argues that the increasing commercialisation of science and technology, driven by government policy in the UK and USA, has eroded the traditional academic ethos of openness and objectivity. Through case studies of the pharmaceutical, tobacco, military/defence, oil and gas, and biotechnology sectors, the authors demonstrate that corporate funding often leads to 'sponsorship bias', where results are skewed to favour funders. The document highlights the marginalisation of public-interest research—such as disease prevention, sustainable agriculture, and renewable energy—in favour of profit-driven goals. It concludes with recommendations for universities to adopt ethical standards for partnerships and for the UK government to decouple science policy from purely economic objectives.

The report examines how commercial involvement in science and technology introduces bias, marginalises public-interest research, and erodes academic objectivity. It focuses on the pharmaceutical, tobacco, military/defence, oil and gas, and biotechnology sectors, arguing that the 'corporate' mindset encouraged by UK policy undermines the traditional ethos of openness and objectivity in universities.

The report argues that military involvement in UK universities is significantly higher than officially acknowledged and that this influence compromises academic openness, independence, and research quality. Using Freedom of Information (FoI) requests and interviews, the authors find that high-prestige universities are primary targets for military funding, which often prioritises high-technology weapons-based approaches over civilian or non-technological security solutions. The study highlights a systemic lack of transparency among university Vice-Chancellors and military corporations like BAE Systems and QinetiQ, and suggests that military-funded research may result in a higher proportion of non-peer-reviewed output.

The author contends that 'peak oil'—the point of maximum conventional oil production—is an economic crisis of 'the end of cheap energy' that compounds the climate crisis. As conventional oil becomes harder to extract, the industry shifts to non-conventional sources like oil sands, which have a significantly lower Energy Return on Energy Invested (EROEI) and higher carbon emissions. The paper warns that relying on these sources or turning to coal to offset oil prices will hinder climate mitigation. To address this, the author highlights the 'Zero Carbon Britain' strategy and the 'Transition Towns' movement as models for moving toward a low-energy, sustainable future.

The paper examines the climatic risks of nuclear war, updating the 'nuclear winter' concept with modern climate modelling. It argues that even a regional conflict or the deployment of a single UK Trident submarine could cause significant global cooling, disrupt agriculture, and lead to mass starvation. The author concludes that any arsenal exceeding 5MT poses a global climatic threat and calls for the cessation of the UK's Trident replacement programme.

The briefing examines the influence of the military on science, engineering, and technology (SET) in the UK and globally, noting difficulties in accessing R&D information despite the Freedom of Information Act. It highlights a significant funding imbalance, where military R&D is prioritised over efforts to address poverty, ill-health, and environmental degradation, and calls for a reallocation of resources toward social and environmental needs.

The document examines the growth of military research and development (R&D) spending and the increasing integration of military objectives into academic and educational institutions in the UK and USA. It critiques the 'Revolution in Military Affairs' (RMA) as a failing high-technology approach to security and highlights a significant funding imbalance where military R&D far outweighs spending on climate change, health, and poverty reduction. The authors argue that this militarisation marginalises non-offensive security strategies and threatens academic freedom and the civilian skills base.

Scientists for Global Responsibility (SGR) critiques the Government's planning reform White Paper, arguing that it prioritizes economic growth over environmental sustainability and democratic accountability. SGR advocates for the creation of a national spatial planning framework to replace sectoral policy statements and opposes the establishment of an Infrastructure Planning Commission (IPC) to determine applications, suggesting instead that decisions remain with elected local authorities or ministers. The response also highlights the need for increased resources for planners, a more robust approach to the housing crisis—specifically regarding affordable housing and 'buy to let' properties—and better financial incentives for micro-generation energy feed-in to the grid.

Scientists for Global Responsibility (SGR) submits that the UK faces no current military threats justifying the replacement of the Trident nuclear weapons system. The organization argues that maintaining nuclear weapons contradicts the nuclear Non-Proliferation Treaty (NPT) and that the financial and technical resources required for a successor should instead be redirected toward mitigating climate change and developing a low-carbon economy. SGR further contends that the science and engineering skills needed for Trident replacement are in short supply and would be more beneficially deployed in sectors such as renewable energy, specifically offshore wind, wave, and tidal projects.

Scientists for Global Responsibility (SGR) argues that the UK government failed to meet its 2003 promise of 'fullest public consultation' before deciding to support new nuclear power stations. SGR criticizes the 2006 Energy Review for using a minimum consultation period, using misleading questioning that implied an early policy stage, and failing to provide substantive views on critical nuclear power issues.

The chemical industry is a major employer in science and technology, providing materials that benefit society while producing synthetic chemicals that cause "significant harm to human health and to the environment". The briefing explores the ethical dilemmas and evolving regulations in the sector to guide career choices and identifies opportunities to improve the industry's environmental and health performance.

The document argues that nuclear power is an unsuitable solution for the UK's energy and climate goals due to long construction times, lifecycle greenhouse gas emissions, high costs, and safety risks. The signatories advocate for redirecting investment toward energy efficiency, renewable energy, and other low-carbon technologies.

The document discusses the tension between the chemical industry's societal benefits and its harmful impacts on human health and the environment, specifically highlighting the 'knowledge gap' in toxicity data. It details the introduction of the EU's REACH regulation as a pivotal shift in chemical safety and burden of proof. The briefing identifies ethical career paths in regulatory implementation, green chemistry, and the design of non-hazardous alternatives to synthetic chemicals.

The document examines how the profit imperative of corporations can bias scientific research, neglect environmental and social impacts, and exacerbate global injustices. It analyzes the increasing collaboration between UK universities and industry, noting that while commercialization can distribute beneficial technologies, it often introduces conflicts of interest. The author suggests that the most ethical career paths for science and technology professionals are in publicly or charity-funded university R&D, ethically orientated corporations, or non-profit organizations.

The document presents a series of personal narratives from professionals across various scientific and engineering disciplines to inspire students and graduates to pursue ethical careers. These cases highlight the challenges of navigating corporate and military interests, the value of interdisciplinary education, and the possibility of transitioning into non-profit, academic, or political roles to achieve social and environmental goals.

The document discusses the militarisation of science and technology in the UK and USA, highlighting the ethical dilemmas faced by professionals when working on projects that may support offensive force. It details the financial scale of military R&D and the increasing partnerships between universities and defence corporations. Finally, it suggests alternative career paths in peace-building, disarmament, and renewable energy.

An open letter to Prime Minister Tony Blair calling for the UK to lead on climate change by upholding the Kyoto protocol, pressuring the United States to join international action, and committing significant funding to help poor nations adapt to climate impacts to prevent increased world poverty.