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It is argued that most of the RTSC hydrides are intrinsic hard type-IIsuperconductors with strong pinning effects. The pinning centers are longcolumnar-like defects, with the radius of the order of the superconductingcoherence length. The core and electromagnetic pinning are both equallyoperative, thus giving maximal pinning potential when vortices are orientedalong the columnar axis. The theory predicts: (i) large critical currents, (ii)huge decrease of the temperature broadening of the resistance in magnetic fieldcompared with standard superconductors, (iii) large magnetization hysteresis,(iv) the magnetic irreversible line is pushed toward the second critical fieldand magnetization relaxation is much slower. That the RTSC-hydrides are hardtype-II SC can give rise to new physics in these materials.

High Pressure RTSC-Hydrides are Extreme Hard Type-II Superconductors