Scientists analyzing Martian sulfate deposits near Valles Marineris combined laboratory heating experiments with orbital data to identify ferric hydroxysulfate, a potentially new mineral that forms when hydrated ferrous sulfates are heated in the presence of oxygen; its spectral signatures and layered occurrence imply past warmer, wetter conditions and geothermal activity on Mars, though Earth verification is needed to officially recognize it as a new mineral.
A thought experiment imagines the US–Israel–Iran crisis unfolding in a world powered largely by wind, solar and batteries. In this renewables-dominated system, energy is more domestically produced, transportation is electric, and heating relies on local renewables, muting the oil-price spike and inflation seen today. The immediate macro shock would be weaker, with oil still traded but less central to daily energy use; electricity would largely continue, and household bills would be more stable. Geopolitics would shift from controlling oil chokepoints to managing diversified, distributed grids and supply chains for minerals like lithium, cobalt and rare earths, which could create new chokepoints in processing hubs and semiconductor plants. Community consent and stronger environmental standards would give local actors greater leverage over projects. Overall, decarbonisation could yield greater energy resilience and geopolitical stability, but energy security would still be contested, now around minerals and domestic grid resilience rather than a single strait like Hormuz.
A Nautilus study of shed caribou antlers and bones from Alaska’s Arctic National Wildlife Refuge found that about 86% of the 1,567 shed antlers bore gnaw marks, mostly by caribou themselves, while 44% of bones showed gnaw marks by carnivores or rodents. The researchers conclude that female caribou chew antlers to access minerals such as calcium and phosphorus to support pregnancy, nursing, and the winter, effectively seeding essential nutrients at calving grounds and across their migratory landscape.
Black sesame is becoming popular in the US, praised for minerals like calcium, magnesium, phosphorus, potassium, and zinc that support bone, heart, and immune health. A 2025 review hinted that about 10 g daily for eight weeks may modestly improve blood sugar and cholesterol, but benefits aren’t guaranteed. Calories vary by form (about 60 cal per tablespoon for whole seeds; tahini ~90 cal), and black sesame tends to have more minerals and fiber than lighter varieties. It’s generally safe in a balanced diet, but can affect blood pressure meds or anticoagulants, and sesame allergies are relatively common in the US. Oxalates/phytates can affect digestibility, so soaking seeds can help. Also note that lignans in sesame are phytoestrogens with modest, uncertain effects on menopause or cancer risk. Use by grinding or toasting and sprinkling on foods; remember to enjoy sesame as part of a diverse mix of seeds rather than a miracle superfood.
The United States is pressing its G7 partners and other major economies to accelerate cutting reliance on China for rare earths and other critical minerals, citing strategic and market risks. Treasury Secretary Scott Bessent plans to push the issue with finance leaders, while China’s grip has already seen export restrictions that heighten Western supply concerns. A recent Australia deal aims to ease Beijing’s control via an $8.5 billion project pipeline, but there is currently no joint action expected, with progress described as ongoing but not solved.
To age gracefully, adults over 50 should focus on adding key vitamins and minerals like magnesium, B vitamins, calcium, vitamin D, omega-3s, and zinc to their diet, preferably after consulting with a healthcare professional, to support bone health, immune function, and overall well-being.
Canada has announced a C$6.4 billion initiative to boost its mineral sector, aiming to strengthen its position in the global race for critical resources amid increasing competition with China.
Magnesium is an essential mineral vital for various bodily functions, yet many people lack sufficient intake due to processed foods. This article reveals 10 surprising natural food sources of magnesium beyond common options like spinach and almonds, offering practical ways to boost magnesium intake naturally.
Certain nutrients like copper, iron, vitamin D, B12, and folate may help slow down or prevent premature graying of hair by supporting melanin production and hair follicle health, though dietary changes should be discussed with a healthcare professional.
During a meeting with Australian Prime Minister Albanese, Donald Trump had a tense exchange after learning he was sitting near Australia's ambassador, Kevin Rudd, who had previously called him a 'village idiot.' The discussion focused on strengthening US-Australia cooperation on critical minerals amid China's increasing control over rare earth supply chains, with Trump threatening tariffs and export controls on China.
The US is considering converting a $50 million Defense Production Act grant into an equity stake in Critical Metals Corp to secure access to Greenland's large rare earth deposit, Tanbreez, as part of its strategy to reduce reliance on Chinese-controlled mineral supplies, with discussions ongoing and potential investments in other critical minerals projects.
NASA's ER-2 aircraft, piloted by Kirt Stallings, participated in the GEMx mission at Edwards Air Force Base to map mineral deposits in the southwestern US, aiding resource management and environmental assessment, leveraging high-altitude spectral imaging.
Two grains from asteroid Ryugu, brought to Earth by Hayabusa2, contain unique minerals, including a rare phosphide mineral called hydrated ammonium magnesium phosphorus (HAMP), which may shed light on the early Solar System and the origins of life on Earth.
Two grains from asteroid Ryugu, brought to Earth by Hayabusa2, contain unique minerals including a rare phosphide mineral not found on Earth, providing insights into the early Solar System and potential origins of life. The analysis highlights the pristine nature of asteroid material and its importance for understanding planetary formation.
Scientists analyzing samples from asteroid Ryugu found minerals older than Earth, providing insights into the early solar system and planetary formation, and potentially revealing how organic materials and water were delivered to Earth. Using advanced X-ray imaging, researchers identified diverse minerals formed billions of years ago, offering a rare glimpse into the conditions of the early solar system. These findings highlight the scientific value of asteroid sample-return missions in understanding our planetary origins.
