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A creator called Reggie has published a piece applying real medical science to redesign goblin anatomy, reimagining the fantasy creature as if it were an actual organism. The approach treats mythical anatomy with clinical reasoning, examining how bones, organs and senses might plausibly work. The quirky blend of rigorous medicine and fantasy folklore has drawn a large audience and is being widely shared.

A detailed Bengali-language explainer on how Pakistan acquired nuclear weapons is drawing large audiences this week. The piece walks through the steps Pakistan took to develop its atomic bomb, covering the scientists, programs and decisions behind the country's nuclear program. Viewers are engaging heavily with the history, which remains a subject of fascination and debate in South Asia given its enduring geopolitical consequences.

Drone-related developments are drawing attention in Japan. General Atomics and Saab demonstrated the LoyalEye early warning radar on an MQ-9B aircraft, proving in-flight detection and tracking of multiple targets. Separately, SHIFT has begun a project on using artificial intelligence for security, commissioned by Japan's Acquisition, Technology and Logistics Agency, reflecting growing defense investment in unmanned systems.

New reporting examines uranium cubes from Nazi Germany's wartime nuclear research program, shedding light on why the German atomic bomb project never succeeded during World War II. The analysis centers on the design choices made by German physicists, including Werner Heisenberg's team, and how these doomed the effort compared to the Manhattan Project.

On November 6, 1971, the US Atomic Energy Commission carried out its largest ever underground hydrogen bomb test, code-named Cannikin, on Amchitka Island in the Aleutians. The blast had an explosive yield of almost 5 megatons of TNT and was detonated on a tectonically unstable island, raising longstanding concerns about earthquakes and environmental damage.

A proposed data centre would, according to a CBC report, release energy each day equivalent to roughly 23 Hiroshima atomic bombs. The comparison is being used to illustrate the enormous electricity demands of large-scale computing facilities, and the figure is drawing attention to how much power AI-driven data centres could consume once built.

A rundown of the most powerful conventional bombs in the world is drawing wide attention. The piece ranks massive non-nuclear munitions, such as fuel-air and bunker-buster weapons, by destructive power, contrasting them with atomic arms. Viewers are engaging heavily with the comparisons of blast yields and the sheer scale of these weapons, which sit just below nuclear devices in destructive capacity.

Ars Technica reports on new findings about the uranium cubes used in Nazi Germany's wartime nuclear research programme, examining how their design and handling shed light on why the German atomic bomb effort never came close to success during the Second World War. The story connects surviving physical artefacts to the scientific and organisational failings of the programme.

The 1902 Nobel Prize in Physics was awarded jointly to Hendrik Lorentz and Pieter Zeeman of the Netherlands for their research into the influence of magnetism upon radiation phenomena. The discovery of the Zeeman effect confirmed how magnetic fields affect light emitted by atoms, laying groundwork for later quantum theory and relativity research.