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2025-1¶

Adhesion¶

Anumāna¶

Artha¶

06 | Cārvāka Ethics - 'Eat, Drink, and Be Merry'

Association Colloids¶

Lecture 4: Colloidal Stability and Interaction Energy

Atomic Bonding¶

Atomic Force Microscope¶

Lecture 6: Macroscopic Forces and Their Measurement

Avidyā¶

13 | Clarifications & Exam-Style Quiz 2

Bhūtas¶

05 | Cārvāka Metaphysics - What the World is Made Of

Bjerrum Length¶

Lecture 10: The Electrical Double Layer, Surface Potential, and Ion Pairing

Bondage¶

10 | Sāṅkhya - Bondage and Liberation (Kaivalya)

Bṛhaspati¶

01 | Carvak Philosophy

Causation¶

08 | Sāṅkhya's Theory of Causation (Satkāryavāda)

Classification¶

Coagulation¶

Lecture 4: Colloidal Stability and Interaction Energy

Cohesion¶

Lecture 7: Interfacial Energy, Cohesion, Adhesion, and Solidification

Colloid & Interfacial Engineering¶

CL 461: Colloid & Interfacial Engineering

Colloidal Stability¶

Lecture 4: Colloidal Stability and Interaction Energy

Colloids¶

Consciousness¶

Continuous Phase¶

Lecture 3: Classifying Dispersed Systems and Their Thermodynamic Foundation

Crystal Structure¶

Cārvāka¶

Debye Length¶

Lecture 11: Modeling the Electrical Double Layer

Debye-Hückel Approximation¶

Lecture 11: Modeling the Electrical Double Layer

Dipole Moment¶

Lecture 5: The Origin of Interparticle Forces

Dispersed Systems¶

Lecture 3: Classifying Dispersed Systems and Their Thermodynamic Foundation

Dualism¶

Duḥkha¶

01 | The Goal of Mokṣa

Electrical Double Layer¶

Electrostatics¶

Emergent Property¶

05 | Cārvāka Metaphysics - What the World is Made Of

Emulsions¶

Lecture 2: Defining Colloids, Stability, and Preparation

Engulfment¶

Epistemology¶

Ethics¶

06 | Cārvāka Ethics - 'Eat, Drink, and Be Merry'

Exam Preparation¶

False Identification¶

12 | Quiz 1 Review & Answer Polishing

Four Elements¶

05 | Cārvāka Metaphysics - What the World is Made Of

Gibbs Phase Rule¶

Lecture 3: Classifying Dispersed Systems and Their Thermodynamic Foundation

Gore-Tex¶

Lecture 2: Defining Colloids, Stability, and Preparation

Gouy-Chapman Model¶

Lecture 11: Modeling the Electrical Double Layer

Guṇas¶

09 | Prakṛti and the Three Guṇas

HS 467¶

Hamaker Constant¶

Lecture 6: Macroscopic Forces and Their Measurement

Hamaker Equation¶

Lecture 7: Interfacial Energy, Cohesion, Adhesion, and Solidification

Hedonism¶

06 | Cārvāka Ethics - 'Eat, Drink, and Be Merry'

Helmholtz Model¶

Lecture 11: Modeling the Electrical Double Layer

Heterodox Schools¶

02 | Āstika vs. Nāstika Schools

Ignorance¶

13 | Clarifications & Exam-Style Quiz 2

Index¶

HS 467: Indian Philosophy - Source Materials

Indian Philosophy¶

Inference¶

Interaction Energy¶

Interfaces¶

Lecture 1: The Ubiquity of Colloidal and Interfacial Phenomena

Interfacial Area¶

Lecture 3: Classifying Dispersed Systems and Their Thermodynamic Foundation

Intermolecular Forces¶

Lecture 5: The Origin of Interparticle Forces

Introduction¶

02 | Philosophy: An Introduction to Indian Philosophy

Kaivalya¶

10 | Sāṅkhya - Bondage and Liberation (Kaivalya)

Karma¶

02 | Philosophy: An Introduction to Indian Philosophy

Kāma¶

06 | Cārvāka Ethics - 'Eat, Drink, and Be Merry'

Lennard-Jones Potential¶

Lecture 4: Colloidal Stability and Interaction Energy

Liberation¶

Logic¶

04 | Why the Cārvākas Rejected Logic (Inference)

Lokāyata¶

Material Science¶

Materialism¶

Matter¶

07 | Introduction to Sāṅkhya Dualism (Puruṣa & Prakṛti)

Metaphysics¶

Micelles¶

Lecture 4: Colloidal Stability and Interaction Energy

Mixing Rules¶

Lecture 7: Interfacial Energy, Cohesion, Adhesion, and Solidification

Mokṣa¶

Nanocomposites¶

Lecture 10: The Electrical Double Layer, Surface Potential, and Ion Pairing

Nanoparticles¶

Lecture 2: Defining Colloids, Stability, and Preparation

Nernst Equation¶

Lecture 10: The Electrical Double Layer, Surface Potential, and Ion Pairing

Nāstika¶

Orthodox Schools¶

02 | Āstika vs. Nāstika Schools

Perception¶

03 | The Cārvāka School's Golden Rule

Philosophy Basics¶

01 | The Goal of Mokṣa

Point of Zero Charge¶

Lecture 10: The Electrical Double Layer, Surface Potential, and Ion Pairing

Poisson-Boltzmann Equation¶

Lecture 11: Modeling the Electrical Double Layer

Polarizability¶

Lecture 5: The Origin of Interparticle Forces

Prak¶

08 | Sāṅkhya's Theory of Causation (Satkāryavāda)

Prakṛti¶

Pratyakṣa¶

Puruṣa¶

Puruṣārtha¶

02 | Philosophy: An Introduction to Indian Philosophy

Pushing¶

Q&A¶

13 | Clarifications & Exam-Style Quiz 2

Quiz¶

Quiz Preparation¶

00 | Introdiction

Quiz Review¶

12 | Quiz 1 Review & Answer Polishing

Rajas¶

09 | Prakṛti and the Three Guṇas

Satkāryavāda¶

Sattva¶

09 | Prakṛti and the Three Guṇas

Scaling¶

Lecture 6: Macroscopic Forces and Their Measurement

Semester 7¶

Skepticism¶

04 | Why the Cārvākas Rejected Logic (Inference)

Solidification¶

Solutions¶

Lecture 2: Defining Colloids, Stability, and Preparation

Stability¶

Stern Model¶

Lecture 11: Modeling the Electrical Double Layer

Suffering¶

01 | The Goal of Mokṣa

Surface Force Apparatus¶

Lecture 6: Macroscopic Forces and Their Measurement

Surface Tension¶

Suspensions¶

Lecture 2: Defining Colloids, Stability, and Preparation

Sāṅkhya¶

Tamas¶

09 | Prakṛti and the Three Guṇas

Thermodynamics¶

Lecture 3: Classifying Dispersed Systems and Their Thermodynamic Foundation

Van der Waals¶

Vedas¶

02 | Āstika vs. Nāstika Schools

Vyāpti¶

Wetting¶

Lecture 1: The Ubiquity of Colloidal and Interfacial Phenomena

Zone Refining¶

[COURSE_NAME]¶

[Main Topic]¶

Lecture [LECTURE_NUMBER]: [Lecture Title]

[SEMESTER_NAME]¶

[COURSE_CODE]: [Course Title]

Āstika¶

Ātman¶

05 | Cārvāka Metaphysics - What the World is Made Of