DIY Synth VCF - Analog Filtering Basics
Learn to build analog VCF filters from scratch, covering passive first- and second-order high & low pass filters. Gain hands-on experience and understand component functions in this beginner-friendly tutorial.
Pressure-Volume Loops - Compliance - Respiratory Physiology
Explore pressure-volume loops, pulmonary compliance, and respiratory physiology in this concise tutorial. Gain insights into lung expansion, surface tension, and the work of breathing.
Airway Resistance and Dead Space - Respiratory Physiology
Explore airway resistance and dead space in respiratory physiology, covering bronchial resistance, collapsing pressure, and ventilation types for a comprehensive understanding of lung function.
Translational Mechanical Systems
Solve a complex translational mechanical system problem, mastering free body diagrams, force polarity conventions, and equations of motion for two-degree freedom systems.
A Photoacoustic Airborne Sonar System
Innovative airborne sonar system using photoacoustic effect for high-throughput underwater imaging, bridging gap between aerial and underwater sensing technologies.
Hyperloop and the Future of Transport Technology - With Anita Sengupta
Explore the revolutionary Hyperloop technology with rocket scientist Anita Sengupta. Learn about its potential to transform transportation with high-speed, eco-friendly travel and the engineering challenges involved.
The Science of Light and Lasers - Szydlo's At Home Science
Explore the fascinating journey of light and laser science, from Newton's prisms to modern applications, in this comprehensive lecture covering key discoveries, theories, and technological advancements.
Petrol Powered Machines - Szydlo's At Home Science
Explore the mechanics of petrol-powered tools like lawnmowers and chainsaws, and discover the science behind combustion engines through engaging demonstrations and practical examples.
Chemical Electricity - Szydlo's At Home Science
Explore the chemistry of batteries and electricity with Andrew Szydlo, from Volta's pioneering work to recent Nobel prizes. Witness exciting experiments and learn about the evolution of electrical cells.
Why Do Things Spin? - With Hugh Hunt
Explore the fascinating physics of spinning objects, from tops to satellites, with engaging demonstrations and real-world examples. Discover the principles behind angular momentum and gyroscopic effects.
Nanotechnology - The High-Tech Revolution - With Dave Blank
Explore the revolutionary world of nanotechnology, from minuscule labs to enhanced materials, and its potential to solve global challenges through innovative applications and future possibilities.
The Battery Inside Out
Expert panel explores battery technology, from historical origins to modern innovations, sustainability challenges, and future developments in energy storage and electric vehicles.
How Does Sight Work? - Wondrium Perspectives
Explore the fascinating process of sight with five experts, covering eye physiology, retinal biochemistry, signal decoding, and how sensations transform into perceptions.
The Insane Engineering of the GEnX
Explore the innovative engineering behind the GEnX jet engine, from its advanced materials to its fuel-efficient design, showcasing cutting-edge aerospace technology.
Induction Motor Parts - Squirrel Cage - Asynchronous Motor Design
Explore the components and design of induction motors, including the rotor, stator, frame, and bearings. Learn how these parts work together to create electromagnetic induction and rotational motion.
Data-Centric Engineering in Aero-Engines - Pranay Seshadri, Cambridge
Explore data-centric engineering in aero-engines, covering blade design, uncertainty estimation, and computational fluid dynamics for improved performance and reduced costs in aerospace.
Why Face Masks Work - Eberhard Bodenschatz
Comprehensive exploration of face mask efficacy against COVID-19, covering particle physics, experimental findings, and practical demonstrations. Emphasizes masks' protective benefits for wearers and others.
How Electricity Works - Understanding Electrical Engineering
Explore the foundations of electromagnetic energy through Maxwell's Equations, understanding voltage, current, and magnetism. Discover practical applications in nuclear fusion, solar energy, and everyday electrical devices.
High-Order Ordinary Differential Equations with More Derivatives - From Physics
Explore derivation of higher-order differential equations from F=ma, focusing on spring-mass systems. Learn to chain simple systems for complex equations in physics.
The Drag Equation - Empire State Building vs Eiffel Tower
Explore the fascinating physics of drag as Tom Crawford compares the Empire State Building and Eiffel Tower falling through water, revealing surprising insights about fluid dynamics and shape effects.
Screws - A Geometric Description of Twists in Robotics - Fundamentals of Robotics
Explore screw theory in robotics, covering twist interpretation, matrix representation, frame changes, and exponential coordinates for rigid body motions. Includes practical examples and configurations.