Filename | Size |
| 360p - 12 Essential Scientific Concepts (2014) x265/01 The Miracle of Life.mkv | 106.5 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/02 The Organization of Life.mkv | 82.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/03 Evolution—The Tireless Tinkerer.mkv | 84.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/04 Other Mechanisms of Evolution.mkv | 88.2 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/05 DNA and Heritability.mkv | 79.1 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/06 Epigenetics, Mutations, and Gene Insertion.mkv | 83.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/07 The Illusion of Coherence—How We See.mkv | 76.6 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/08 Acoustic Perception Deconstructed.mkv | 76.5 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/09 Our Changing Brain.mkv | 74 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/10 Plasticity, Brain Training, and Beyond.mkv | 84.5 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/11 Magnetism and Its Magic.mkv | 76.7 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/12 Electrical Forces, Fields, and Circuits.mkv | 73.1 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/13 Electrical Forces, Fields, and Circuits.mkv | 77.7 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/14 Metabolism—Energy in the Cell.mkv | 86 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/15 Fluid Mechanics—Pressure, Buoyancy, Flow.mkv | 82.2 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/16 Navigation and Propulsion in Fluids.mkv | 83.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/17 The Big Bang That Didn’t.mkv | 85 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/18 The Four Forces of Nature.mkv | 84.3 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/19 The Elements of Everything.mkv | 72.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/20 Looks like a Particle, Acts like a Wave.mkv | 83.5 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/21 Quanta, Uncertainty, and a Cat.mkv | 84.7 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/22 String Theory, Membranes, and the Multiverse.mkv | 87.4 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/23 Emergence—Simple Rules, Complex Systems.mkv | 89.4 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/24 Order out of Chaos.mkv | 92.8 MB |
| 360p - 12 Essential Scientific Concepts (2014) x265/TTC - 12 Essential Scientific Concepts.pdf | 1.4 MB |
| 360p - The Science of Information (2015) x265/01 The Transformability of Information.mkv | 122.7 MB |
| 360p - The Science of Information (2015) x265/02 Computation and Logic Gates.mkv | 89.2 MB |
| 360p - The Science of Information (2015) x265/03 Measuring Information.mkv | 100.4 MB |
| 360p - The Science of Information (2015) x265/04 Entropy and the Average Surprise.mkv | 93.3 MB |
| 360p - The Science of Information (2015) x265/05 Data Compression and Prefix-Free Codes .mkv | 100.5 MB |
| 360p - The Science of Information (2015) x265/06 Encoding Images and Sounds.mkv | 93.8 MB |
| 360p - The Science of Information (2015) x265/07 Noise and Channel Capacity.mkv | 105.4 MB |
| 360p - The Science of Information (2015) x265/08 Error-Correcting Codes.mkv | 89.6 MB |
| 360p - The Science of Information (2015) x265/09 Signals and Bandwidth.mkv | 99.4 MB |
| 360p - The Science of Information (2015) x265/10 Cryptography and Key Entropy.mkv | 80.3 MB |
| 360p - The Science of Information (2015) x265/11 Cryptanalysis and Unraveling the Enigma.mkv | 93.2 MB |
| 360p - The Science of Information (2015) x265/12 Unbreakable Codes and Public Keys.mkv | 98.1 MB |
| 360p - The Science of Information (2015) x265/13 What Genetic Information Can Do.mkv | 103.9 MB |
| 360p - The Science of Information (2015) x265/14 Life’s Origins and DNA Computing.mkv | 112.7 MB |
| 360p - The Science of Information (2015) x265/15 Neural Codes in the Brain.mkv | 109.8 MB |
| 360p - The Science of Information (2015) x265/16 Entropy and Microstate Information.mkv | 103.8 MB |
| 360p - The Science of Information (2015) x265/17 Erasure Cost and Reversible Computing.mkv | 108.2 MB |
| 360p - The Science of Information (2015) x265/18 Horse Races and Stock Markets.mkv | 105.6 MB |
| 360p - The Science of Information (2015) x265/19 Turing Machines and Algorithmic Information.mkv | 118.7 MB |
| 360p - The Science of Information (2015) x265/20 Uncomputable Functions and Incompleteness.mkv | 112.1 MB |
| 360p - The Science of Information (2015) x265/21 Qubits and Quantum Information.mkv | 98.4 MB |
| 360p - The Science of Information (2015) x265/22 Quantum Cryptography via Entanglement.mkv | 109 MB |
| 360p - The Science of Information (2015) x265/23 It from Bit - Physics from Information.mkv | 117.4 MB |
| 360p - The Science of Information (2015) x265/24 The Meaning of Information.mkv | 109.5 MB |
| 360p - The Science of Information (2015) x265/The Science of Information.pdf | 4.1 MB |
| 360p - Thermodynamics (2014) x265/01 Thermodynamics—What’s under the Hood.mkv | 119.9 MB |
| 360p - Thermodynamics (2014) x265/02 Variables and the Flow of Energy.mkv | 95.8 MB |
| 360p - Thermodynamics (2014) x265/03 Temperature—Thermodynamics’ First Force.mkv | 103.3 MB |
| 360p - Thermodynamics (2014) x265/04 Salt, Soup, Energy, and Entropy.mkv | 86.1 MB |
| 360p - Thermodynamics (2014) x265/05 The Ideal Gas Law and a Piston.mkv | 97.5 MB |
| 360p - Thermodynamics (2014) x265/06 Energy Transferred and Conserved.mkv | 103.7 MB |
| 360p - Thermodynamics (2014) x265/07 Work-Heat Equivalence.mkv | 95.9 MB |
| 360p - Thermodynamics (2014) x265/08 Entropy—The Arrow of Time.mkv | 106.9 MB |
| 360p - Thermodynamics (2014) x265/09 The Chemical Potential.mkv | 101.2 MB |
| 360p - Thermodynamics (2014) x265/10 Enthalpy, Free Energy, and Equilibrium.mkv | 96.7 MB |
| 360p - Thermodynamics (2014) x265/11 Mixing and Osmotic Pressure.mkv | 97.2 MB |
| 360p - Thermodynamics (2014) x265/12 How Materials Hold Heat.mkv | 102.2 MB |
| 360p - Thermodynamics (2014) x265/13 How Materials Respond to Heat.mkv | 94 MB |
| 360p - Thermodynamics (2014) x265/14 Phases of Matter—Gas, Liquid, Solid.mkv | 81.7 MB |
| 360p - Thermodynamics (2014) x265/15 Phase Diagrams—Ultimate Materials Maps.mkv | 86.3 MB |
| 360p - Thermodynamics (2014) x265/16 Properties of Phases.mkv | 92.5 MB |
| 360p - Thermodynamics (2014) x265/17 To Mix, or Not to Mix.mkv | 76.9 MB |
| 360p - Thermodynamics (2014) x265/18 Melting and Freezing of Mixtures.mkv | 66.9 MB |
| 360p - Thermodynamics (2014) x265/19 The Carnot Engine and Limits of Efficiency.mkv | 99.6 MB |
| 360p - Thermodynamics (2014) x265/20 More Engines—Materials at Work.mkv | 114.8 MB |
| 360p - Thermodynamics (2014) x265/21 The Electrochemical Potential.mkv | 95.4 MB |
| 360p - Thermodynamics (2014) x265/22 Chemical Reactions—Getting to Equilibrium.mkv | 97.7 MB |
| 360p - Thermodynamics (2014) x265/23 The Chemical Reaction Quotient.mkv | 98.9 MB |
| 360p - Thermodynamics (2014) x265/24 The Greatest Processes in the World.mkv | 117.6 MB |
| 360p - Thermodynamics (2014) x265/Thermodynamics.pdf | 10 MB |
| TTCscience360p.nfo | 3 KB |