{"ok":true,"q":"Quantum Field Theory","n":60,"results":[{"id":"class_11\/hornbill\/the_adventure","title":"The Adventure","class_num":11,"subject":"hornbill","subject_label":"English (Hornbill)","summary":"This chapter narrates a heartwarming story set during World War I, highlighting the true spirit of Christmas and the unexpected kindness between enemies.","topic":"","anchor":""},{"id":"class_12\/chemistry\/chapter_02_the_d_and_f_block_elements","title":"Chapter 4 — The D And F Block Elements","class_num":12,"subject":"chemistry","subject_label":"Chemistry","summary":"Introduction: The d- and f-Block Elements (Class 12 Chemistry – Part II) covers the transition elements (d-block) and inner transition elements (f-block: lanthanoids and actinoids)","topic":"Crystal field theory and consequences","anchor":"topic-9"},{"id":"class_12\/chemistry\/chapter_03_coordination_compounds","title":"Chapter 5 — Coordination Compounds","class_num":12,"subject":"chemistry","subject_label":"Chemistry","summary":"This chapter introduces coordination compounds — complexes formed by central metal atoms\/ions bonded to surrounding ligands. It covers historical context (Werner’s coordination the","topic":"Crystal Field Theory (CFT)","anchor":"topic-8"},{"id":"class_09\/beehive\/a_truly_beautiful_mind","title":"A Truly Beautiful Mind","class_num":9,"subject":"beehive","subject_label":"English (Beehive)","summary":"This chapter explores the life and contributions of Srinivasa Ramanujan, a mathematical genius whose intuitive insights revolutionized the field despite limited formal training.","topic":"","anchor":""},{"id":"class_10\/footprints_without_feet\/the_making_of_a_scientist","title":"The Making Of A Scientist","class_num":10,"subject":"footprints_without_feet","subject_label":"English (Footprints Without Feet)","summary":"This chapter narrates the inspiring journey of a young scientist who, despite challenges, pursues his passion for science with dedication and curiosity, highlighting the importance","topic":"","anchor":""},{"id":"class_11\/chemistry\/chapter_02_structure_of_atom","title":"Chapter 2 — Structure Of Atom","class_num":11,"subject":"chemistry","subject_label":"Chemistry","summary":"This chapter introduces the historical development and modern understanding of the atom — from early atomic models to the quantum mechanical model. It explains experimental evidenc","topic":"","anchor":""},{"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":"","anchor":""},{"id":"class_12\/physics\/chapter_08_electromagnetic_waves","title":"Chapter 8 — Electromagnetic Waves","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter presents electromagnetic waves as self-propagating disturbances of electric and magnetic fields that follow from Maxwell’s equations. It begins with the physical need ","topic":"","anchor":""},{"id":"class_12\/physics\/chapter_03_dual_nature_of_radiation_and_matter","title":"Chapter 11 — Dual Nature Of Radiation And Matter","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces the dual nature of radiation and matter — the idea that electromagnetic radiation and particles like electrons show both wave-like and particle-like propert","topic":"","anchor":""},{"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"}]}