Supramolecular Chemistry Notes

📘 Supramolecular Chemistry (2026–2027 Edition)
A research-oriented text for Chemistry, Biochemistry, Material Science, Nanotechnology & Pharmaceuticals. Covers supramolecular systems, non-covalent interactions, molecular recognition, macrocycles, self-assembly, catalysis, polymers, materials, analytical techniques & applications. Combines classical & modern advances for academic & research success.
Full syllabus with unit-wise chapters, topic-wise coverage, MCQs, quizzes & applications for exams, lab research & higher study

📗 Unit 1: Introduction to Supramolecular Chemistry
• Def & scope
• History & milestones
• Molecular vs supramolecular chem
• Non-covalent interactions
• Importance & applications

📘 Unit 2: Non-Covalent Interactions
• H-bonding: nature & examples
• Van der Waals & dispersion
• π–π interactions & aromatic stacking
• Electrostatic (ionic) interactions
• Hydrophobic & solvophobic effects
• Metal coordination & complexes
• Cation–π & anion–π interactions

📙 Unit 3: Molecular Recognition
• Principles of molecular recognition
• Host–guest chemistry
• Binding constants & thermodynamics
• Selectivity & specificity
• Analysis (NMR, UV-Vis, ITC)

📕 Unit 4: Macrocyclic Chemistry
• Crown ethers: synthesis, properties & applications
• Cryptands & structure
• Calixarenes: synthesis & conformations
• Cyclodextrins: types, properties & applications
• Cucurbiturils & pillararenes

📒 Unit 5: Self-Assembly & Self-Organization
• Concepts: kinetic vs thermodynamic control
• Self-assembled structures: micelles, vesicles, monolayers
• Supramolecular polymers
• Role of non-covalent interactions
• Techniques to study self-assembly

📔 Unit 6: Supramolecular Catalysis
• Principles of supramolecular catalysis
• Enzyme mimics & artificial receptors
• Template-directed synthesis
• Cooperative effects
• Examples & case studies

📘 Unit 7: Supramolecular Materials & Devices
• Design of supramolecular materials
• Responsive & smart materials
• Supramolecular gels & LC
• Molecular machines & switches
• Apps: drug delivery, sensors, nanotech

📗 Unit 8: Supramolecular Polymers & Networks
• Types & classification
• Polymerization via non-covalent interactions
• Mechanical & stimuli-responsive properties
• Supramolecular hydrogels & biomaterials

📘 Unit 9: Analytical & Characterization Techniques
• Spectroscopy: NMR, IR, UV-Vis, fluorescence
• Mass spectrometry in supramolecular chemistry
• Calorimetry: ITC, DSC
• Microscopy: AFM, TEM, SEM
• X-ray crystallography & structure elucidation

📙 Unit 10: Applications of Supramolecular Chemistry
• Molecular recognition in bio systems
• Drug design & delivery
• Sensors & diagnostics
• Nanotech & molecular electronics
• Environmental & green chemistry applications

✨ This app is inspired by the authors:
Jonathan W. Steed, Fraser Stoddart, Jean-Marie Lehn, Jean-Pierre Sauvage, Helena Dodziuk, Makoto Fujita

📲 Download from Play Store for full Syllabus, MCQs and Quizzes.