Informations

The debate over how to secure critical raw materials, create economic opportunities, and balance environmental concerns has pushed many governments to design targeted policies that encourage domestic mining. These policies combine fiscal tools, regulatory adjustments, and strategic planning to attract investment, protect national sovereignty over resources, and foster local jobs. This article examines the rationale […]

The interplay between precious metals and evolving financial systems will be a defining element of coming decades. As investors, policymakers and technologists reimagine money, savings and risk-transfer mechanisms, metals such as gold and silver will continue to offer distinctive attributes that complement fiat currencies and digital instruments. This article explores how precious metals may function

The rapid advancement of quantum technologies has transformed the landscape of computing, sensing, and secure communications. Alongside breakthroughs in qubit design and error correction, a quieter but equally critical challenge has emerged: sourcing the specialized materials that make high-performance quantum devices possible. This article examines the demand for quantum computing materials, the specific rare metals

The global surge in price levels has reached deep into sectors far beyond consumer goods: it now significantly influences the economics of extracting minerals that modern economies deem critical. As countries race to secure supplies of lithium, cobalt, nickel, rare earths and other essential inputs for energy transition and defense, understanding how rising and volatile

The long-term outlook for the lithium carbonate market is shaped by a complex interplay of technological trends, policy choices, extraction capacity, and global economic forces. As the backbone chemical for many lithium-ion batteries, lithium carbonate will remain central to the energy transition, yet its role and value will evolve as new chemistries, recycling systems, and

The development of mineral projects does not happen in a vacuum; it unfolds within landscapes populated by people whose lives, livelihoods and identities are intertwined with the land. The influence of local communities on exploration, permitting, construction and operation phases can be decisive — either enabling projects to proceed responsibly and profitably, or creating delays,

The environmental recovery of abandoned mining sites demands coordinated action across science, policy, and communities. These landscapes—scarred by extraction activities, derelict infrastructure, and persistent pollution—pose complex problems for land managers and local inhabitants. Effective recovery is not merely about removing visible debris; it requires addressing long-term chemical contamination, restoring ecological functions, and creating sustainable land

The accelerating transition to a low-carbon, digital economy has put unprecedented pressure on access to critical minerals. Securing supplies of elements such as lithium, cobalt, nickel, rare earths and platinum-group metals is no longer a back-office concern for commodity traders — it is a strategic imperative for manufacturers, governments and investors. This article examines how

The global scramble for rare-earths has shifted from geopolitically narrow corridors to a broad front of activity across Western countries. Driven by the race to electrify transport, decarbonize power systems and secure critical technologies for defense and communications, governments and companies in North America, Europe and Oceania are ramping up exploration and permitting for deposits

The global trade in raw materials and finished goods is shaped as much by processing capacity as by the availability of ore. When smelting operations fall short, ripples propagate through supply chains and price structures. This article explores how persistent and episodic smelting shortages influence the broader metals market, the economic forces behind capacity constraints,