00:20Our research lab is called Advanced Energy Materials Lab.
00:24This lab was established in 2019.
00:27The primary objective of this lab is to develop the next generation of energy solutions.
00:35We research on the first research area of metal halide perovskites,
00:44where we develop the quasi-dimensional metal halide perovskites,
00:50which we develop better structural and optical properties.
00:56The second research area is batteries,
01:00where we research advanced lithium-ion batteries, lithium-sulfur batteries and other metal-ion batteries.
01:08In the lithium-sulfur batteries, we try to control the shuttle effects,
01:15which we use advanced nanomaterials, interlayers, so that the shuttle effects can control.
01:22The third research area is photorechargeable batteries.
01:27Photorechargeable batteries are a compact energy device,
01:30which can harvest solar energy,
01:32and we store it in a single material in a single material.
01:41Photorechargeable batteries are a power of those devices,
01:45where the weight of the requirement is very limited,
01:50or where there is an issue.
01:51For example, drones, satellites, or IoT devices,
01:58which are not connected to the grid.
02:01We want to develop energy solutions,
02:04which are scalable,
02:06and are un-cooled to the power of the planet.
02:11We want to develop energy solutions,
02:14where our fossil fuels can reduce the dependence of our fossil fuels.
02:19remote communities can be powered up,
02:22and portable devices can be more efficient.
02:24lorsque we can produce a patient.
02:25.
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