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Cell + Ionic relaxation with Orb v3 conservative inf MPA; 0.01 eV/Å threshold; final energy = -110.1495 eV; ΔE = -0.0176 eV; symmetry: P6_3/mmc → P6_3/mmc The input structure is shown below. The energy is -110.1319 eV. The structure is estimated to have P6_3/mmc symmetry.

Cell + Ionic relaxation with Orb v3 conservative inf MPA; 0.01 eV/Å threshold; final energy = -70.5420 eV; ΔE = -0.0133 eV; symmetry: P6_3/mmc → P6_3/mmc The input structure is shown below. The energy is -70.5286 eV. The structure is estimated to have P6_3/mmc symmetry.

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Broadly speaking, magnets are materials that generate magnetic fields strong enough to attract ferromagnetic substances, including iron, nickel, and cobalt. The magnetic field is the fundamental source of a magnet’s functionality and determines its performance in practical applications. While magnetic fields cannot be seen, their effects are readily observed through the forces they apply to nearby ferromagnetic materials.

Most of us have heard of permanent magnets, and even used them, yet when asked what a permanent magnet is, how many types of permanent magnets there are, and what their applications are, few can give a clear answer. Therefore, in today's article, we will try to answer the above questions one by one. A magnet that can maintain its magnetism for a long time is called a permanent magnet, such as natural magnets (magnetite) and artificial magnets.

Magnetism in solid materials originates from the quantum mechanical properties of atoms rather than from macroscopic motion of electric charge. At the atomic and crystalline levels, both electrons and atomic nuclei possess intrinsic magnetic moments, and the observable magnetic behavior of materials arises from the collective organization of these moments.