{"ok":true,"q":"Superconductivity","n":8,"results":[{"id":"class_12\/physics\/chapter_03_current_electricity","title":"Chapter 3 — Current Electricity","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces Current Electricity — the flow of electric charge in conductors — and develops both the macroscopic circuit view and the microscopic carrier-based view. It ","topic":"Superconductivity (brief overview)","anchor":"topic-19"},{"id":"class_11\/physics\/chapter_01_physical_world","title":"Chapter 1 — Physical World","class_num":11,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces the subject of physics: its scope, methods and central role in understanding nature and underpinning technology. It explains how physics builds models and l","topic":"Frontiers and Future of Physics","anchor":"topic-8"},{"id":"class_12\/physics\/chapter_05_magnetism_and_matter","title":"Chapter 5 — Magnetism And Matter","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter (Magnetism and Matter) develops the concepts linking magnetic fields and material response. It begins with magnetic dipoles (current loops and bar magnets), the torque","topic":"Applications and technological aspects","anchor":"topic-14"},{"id":"class_10\/science\/chapter_11_magnetic_effects_of_electric_current","title":"Chapter 11 — Magnetic Effects Of Electric Current","class_num":10,"subject":"science","subject_label":"Science","summary":"This chapter introduces the magnetic effects of electric current — how a current produces a magnetic field and how a magnetic field acts on a current. Starting from Oersted's disco","topic":"Electromagnet","anchor":"topic-6"},{"id":"class_11\/chemistry\/chapter_03_classification_of_elements_and_periodicity_in_properties","title":"Chapter 3 — Classification Of Elements And Periodicity In Properties","class_num":11,"subject":"chemistry","subject_label":"Chemistry","summary":"Introduction: This chapter introduces the systematic arrangement of elements in the Periodic Table and explains the recurrence (periodicity) of chemical and physical properties. It","topic":"Position and Peculiarities of Hydrogen and Helium","anchor":"topic-15"},{"id":"class_12\/physics\/chapter_06_electromagnetic_induction","title":"Chapter 6 — Electromagnetic Induction","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces electromagnetic induction — the production of an electromotive force (emf) in a circuit due to a changing magnetic environment. Starting from Faraday’s expe","topic":"Energy Stored in Magnetic Field \/ Inductor","anchor":"topic-9"},{"id":"class_11\/chemistry\/chapter_03_some_p_block_elements","title":"Chapter 3 — Some P Block Elements","class_num":11,"subject":"chemistry","subject_label":"Chemistry","summary":"This chapter introduces the p-block elements (groups 13–18) with emphasis on their electronic configuration, general trends in properties and the characteristic chemistry of select","topic":"Group 18 (Noble gases)","anchor":"topic-9"},{"id":"class_12\/physics\/chapter_04_moving_charges_and_magnetism","title":"Chapter 4 — Moving Charges And Magnetism","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter explores magnetism produced by moving electric charges and steady currents, and the forces and motions that result when charges or current-carrying conductors are plac","topic":"Ampère's circuital law and its applications","anchor":"topic-5"}]}