Exploring the connectedness and time-varying attributes of conventional and new energy
markets is crucial to the green-oriented transition of energy. This investigation performs …

This paper examines the quantile connectedness between energy transition metals, defined
as those needed for the transition from dirty to clean energy, and global economic and …

State intervention has long affected the stability of the global mineral and raw material
markets. Global energy transition has continued to boost demand for copper, lithium, cobalt …

The transition to clean energy in the mobility sector, like other green solutions, necessitates
a heightened dependence on critical minerals. The escalating demand for minerals, coupled …

We study risk transmission among stock returns of companies involved in the production and
distribution of critical metals, in the sectors of copper, lithium, nickel, and cobalt. The four …

In order to examine the impact of oil shocks from different sources on clean energy metals in
China. This paper first obtains different sources of oil shocks, namely, oil supply shocks, oil …

Considering the security problem experienced in the world in the supply of critical raw
materials within the scope of energy transformation, it would be extremely strategic for …

Amidst rising concerns over climate change, the global shift from oil-powered vehicles to
lithium-powered electric vehicles marks a critical pivot in the energy sector. This transition …

The global energy transition to low-carbon technologies for transportation is heavily
dependent on lithium. By leveraging advances in time-series econometrics we show that …

Within the process of energy transition, lithium has emerged as a critical strategic resource,
experiencing an unprecedented price surge. This paper aims to investigate the interplay …