uranium

Kazakhstan's experience in nuclear diplomacy is being put forward as a rare workable model as negotiations over Iran's uranium stockpile run into mounting technical and political obstacles. Commentators point to Astana's history of giving up its nuclear arsenal and mediating non-proliferation efforts as lessons that could help break the deadlock in the Iran crisis.

Kazakhstan is signalling readiness to act as a technical partner if revived Iran nuclear talks reach the question of handling Iran's enriched uranium stockpile. The proposal reflects Kazakhstan's experience from the Ulba facility, which historically processed highly enriched material, and its record in nonproliferation. The move comes as the uranium dispute intensifies and negotiators, alongside the IAEA, look for workable options to store or repurpose enriched material under any future agreement.

Iran has named its so-called 'Missile Man' as defence minister, a move accompanied by claims that the country's nuclear programme is now over 50% advanced toward weapons capability. The appointment and the nuclear remarks are drawing attention as Tehran's defence posture and uranium enrichment levels come under renewed international scrutiny.

Iran has ruled out transferring its enriched nuclear material to other countries, a position announced as tensions with the United States continue. The decision affects ongoing discussions over the future of Iran's nuclear programme, which have centered on where enriched uranium would be stockpiled and monitored. Officials in Tehran frame the move as a defense of national sovereignty, while the development is being closely watched by regional and international observers.

News outlets are running graphic explainers of how uranium enrichment works, breaking down the centrifuge process that turns natural uranium into fuel — or weapons-grade material. The primers walk readers through enrichment levels, from the low percentages used in power reactors to the highly enriched uranium that raises proliferation concerns. Interest follows ongoing debates over national enrichment programmes and international monitoring efforts.

Scientific American is explaining how uranium enrichment actually works, breaking down the process that converts natural uranium into the fuel used in nuclear power plants and, at higher levels, nuclear weapons. The piece walks through the science behind separating uranium isotopes, a topic drawing attention amid ongoing global debates over nuclear programmes and non-proliferation.

Iran's security chief has rejected any proposal to move the country's stockpile of enriched uranium out of Iran. The declaration rules out a key demand often floated in negotiations over Tehran's nuclear programme and signals that Iran intends to keep its enriched material on domestic territory, a stance likely to complicate diplomatic efforts over its nuclear activities.

Energy Fuels Inc., a US uranium mining company trading under the ticker UUUU, is seeing heightened interest in its stock price and recent news. Investors are tracking quotes and company updates on the uranium producer, which is closely tied to nuclear energy demand and related policy developments.

The Times of Israel reports on two ways the Trump administration could use the GBU-43/B, known as the Mother of All Bombs, to destroy Iran's deeply buried nuclear facility at Pickaxe Mountain, the codename for the site believed to house enriched uranium. Discussion centres on whether a single or repeated strike could collapse tunnels carved into the mountain, and what such an attack would mean for Iran's nuclear programme and regional security.