Let the peanut heat the small can with the water until the peanut stops burning. Stir the water and measure the temperature of the water and record it in the results table.
ピーナツが燃料fuelとなって水を加熱しています。
In order to light the fuel, you had to put in a small amount of energy.
The fuel however gave out a lot more energy than what was put in.
The difference between the energy you put in and the energy the fuel gave out is how much energy was stored in the fuel.
The OUTPUT ENERGY obtained from a fuel is GREATER THAN the INPUT ENERGY needed to make the fuel burn.
Exotic materials known as kagome superconductors can play host to a rare state of matter in which electric currents form “loops” around unit cells in the material’s crystalline lattice. This discovery, made by researchers at Switzerland’s Paul Scherrer Institute (PSI) together with international collaborators, could reveal new information about how superconductivity emerges in materials where complex effects such as frustrated magnetism and intertwined orders play a major role.
Kagome metals are named after a traditional Japanese basket-weaving technique that produces a lattice of interlaced, corner-sharing symmetrical triangles. ★When the atoms of a metal or other conductor are arranged in this so-called kagome pattern, their electrons behave in unusual ways, giving rise to interaction-driven electronic phases of matter that can be identified by studying symmetries of the material.★
①When the atoms of a metal or other conductor are arranged in this so-called kagome pattern, ②their electrons(主語) behave in unusual ways, ③giving rise to interaction-driven electronic phases of matter ④that can be identified by studying symmetries of the material.
