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Check FAQAbout Aisling
Aisling Ní Chúláin is a video journalist based in Dublin, Ireland.
Video Package (Web / Broadcast)
Fact Checking
Fact Checking
Portfolio
The Iron Dome: How does Israel’s missile defence system work?
The article discusses the Iron Dome, Israel's missile defense system, highlighting its role in intercepting rockets during recent conflicts with Hamas and other groups. Despite a claimed 90% success rate, experts question its strategic effectiveness, as it does not deter attacks. The system's high operational costs are partly funded by the United States, emphasizing the bilateral defense relationship. Concerns are raised about potential regional escalation, particularly involving Hezbollah, which could overwhelm the Iron Dome. The ongoing conflict has resulted in significant casualties and humanitarian issues in Gaza.
Inside the world's first reactor that will power Earth using the same nuclear reactions as the Sun
The ITER project in Provence, France, aims to demonstrate the feasibility of nuclear fusion at an industrial scale, using the world's largest magnetic confinement chamber, or tokamak. Signed in 2006 by multiple countries, the project has faced delays and budget increases but remains a significant international collaboration. Nuclear fusion offers a safer and less radioactive alternative to fission, with the potential to provide clean energy in response to climate change challenges. Despite setbacks, the project aims to stick to its 2035 target for the start of fusion operations.
Inside the world's first reactor that will power Earth using the same nuclear reactions as the Sun
In Provence, scientists are constructing the world's largest magnetic confinement chamber, the ITER project, to demonstrate the feasibility of harnessing nuclear fusion at an industrial scale. The project, involving over 30 countries, aims to generate net energy by 2035 despite facing significant technical and financial challenges. ITER's fusion method, which uses a tokamak to confine charged particles with a magnetic field, promises a safer and more efficient alternative to traditional nuclear fission. The project underscores the importance of international collaboration and the potential of fusion energy to address long-term energy and climate challenges.
Inside the world's first reactor that will power Earth using the same nuclear reaction as the Sun
The ITER project in Provence, France, aims to demonstrate the feasibility of nuclear fusion at an industrial scale using the world's largest magnetic confinement chamber, or tokamak. Signed in 2006 by multiple countries, the project has faced delays and budget increases but maintains international collaboration despite geopolitical tensions. Nuclear fusion offers safety and waste management advantages over fission, but challenges remain in achieving the high temperatures and precision required. ITER's success is seen as crucial for long-term clean energy solutions, especially in the context of climate change.
Exclusive: Behind the Scenes of the World's Largest Nuclear Fusion Device
In Provence, scientists are working on ITER, the world's largest and most ambitious nuclear fusion project, aiming to replicate the sun's power to generate clean energy. The project, involving over 30 countries, faces challenges like high construction complexity and delays, but promises significant safety and environmental benefits over traditional nuclear fission. Despite geopolitical tensions, international collaboration remains strong, driven by the shared goal of achieving sustainable energy. The project is seen as a long-term solution to climate change, with potential future applications in large-scale energy demands.
Inside the First Reactor That Will Supply Unlimited Energy to Earth with Nuclear Fusion
In Provence, scientists are working on the ITER project, aiming to demonstrate the viability of nuclear fusion, the same reaction that powers the Sun, on an industrial scale. The project involves constructing the world's largest magnetic confinement chamber in southern France. ITER, a collaboration of over 30 countries, faces challenges such as high temperatures and precise engineering. Despite delays and increased costs, the project aims to start operations by 2035. Fusion offers significant safety and environmental advantages over fission, with minimal radioactive waste. The project has endured geopolitical tensions, driven by a shared vision of clean energy to combat climate change.
ITER Thermonuclear Reactor: A Man-Made Sun to Power Earth
The ITER project in Provence, France, aims to demonstrate the feasibility of nuclear fusion, the same reaction that powers the sun, on an industrial scale. The international collaboration involves over 30 countries and focuses on magnetic confinement fusion using a tokamak. Despite challenges such as construction delays and increased costs, ITER is seen as a potential long-term solution to climate change and energy supply issues. The project has persisted despite geopolitical tensions, highlighting the shared scientific goal of achieving nuclear fusion.
Pesticides reduce sperm quality - study
A study by researchers from George Mason University and Northeastern University indicates that pesticide exposure significantly reduces sperm concentration. The research, published in 'Environmental Health Perspectives,' reviewed 25 studies over 50 years, focusing on organophosphates and N-methylcarbamates. Findings show a consistent association between these pesticides and reduced sperm quality. Experts emphasize the public health risks and call for reduced pesticide exposure, especially for men planning to start families. The study aligns with previous research showing a global decline in sperm counts over the past 50 years, with an accelerated trend in recent decades.
New study draws link between insecticide exposure and lower sperm concentration in men
Researchers from George Mason University and Northeastern University have found a strong link between exposure to common insecticides and lower sperm counts in men. The study, published in Environmental Health Perspectives, reviewed 25 studies over 50 years and highlighted the impact of organophosphates and N-methyl carbamates on sperm concentration. The findings underscore the need for reducing insecticide exposure, especially for men planning to start families, and call for policymakers to address this public health issue.
A new study links insecticide exposure to lower sperm concentration
Researchers from George Mason University and Northeastern University have published a study linking common pesticide exposure to lower sperm concentration. The study, featured in Environmental Health Perspectives, reviewed 25 studies over 50 years, focusing on organophosphates and N-methylcarbamates. Findings consistently showed reduced sperm concentration linked to these insecticides. Public health concerns are raised, especially for men planning families. The study calls for policy recognition of insecticide exposure as a public health issue. Sperm counts have halved globally in the past 50 years, with an accelerated decline noted since the early 2000s.
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