TTC Science - 360p Collection

360p - 12 Essential Scientific Concepts (2014) x265
01 The Miracle of Life.mkv
02 The Organization of Life.mkv
03 Evolution—The Tireless Tinkerer.mkv
04 Other Mechanisms of Evolution.mkv
05 DNA and Heritability.mkv
06 Epigenetics, Mutations, and Gene Insertion.mkv
07 The Illusion of Coherence—How We See.mkv
08 Acoustic Perception Deconstructed.mkv
09 Our Changing Brain.mkv
10 Plasticity, Brain Training, and Beyond.mkv
11 Magnetism and Its Magic.mkv
12 Electrical Forces, Fields, and Circuits.mkv
13 Electrical Forces, Fields, and Circuits.mkv
14 Metabolism—Energy in the Cell.mkv
15 Fluid Mechanics—Pressure, Buoyancy, Flow.mkv
16 Navigation and Propulsion in Fluids.mkv
17 The Big Bang That Didn’t.mkv
18 The Four Forces of Nature.mkv
19 The Elements of Everything.mkv
20 Looks like a Particle, Acts like a Wave.mkv
21 Quanta, Uncertainty, and a Cat.mkv
22 String Theory, Membranes, and the Multiverse.mkv
23 Emergence—Simple Rules, Complex Systems.mkv
24 Order out of Chaos.mkv
TTC - 12 Essential Scientific Concepts (2014).pdf


360p - The Science of Information (2015) x265
01 The Transformability of Information.mkv
02 Computation and Logic Gates.mkv
03 Measuring Information.mkv
04 Entropy and the Average Surprise.mkv
05 Data Compression and Prefix-Free Codes .mkv
06 Encoding Images and Sounds.mkv
07 Noise and Channel Capacity.mkv
08 Error-Correcting Codes.mkv
09 Signals and Bandwidth.mkv
10 Cryptography and Key Entropy.mkv
11 Cryptanalysis and Unraveling the Enigma.mkv
12 Unbreakable Codes and Public Keys.mkv
13 What Genetic Information Can Do.mkv
14 Life’s Origins and DNA Computing.mkv
15 Neural Codes in the Brain.mkv
16 Entropy and Microstate Information.mkv
17 Erasure Cost and Reversible Computing.mkv
18 Horse Races and Stock Markets.mkv
19 Turing Machines and Algorithmic Information.mkv
20 Uncomputable Functions and Incompleteness.mkv
21 Qubits and Quantum Information.mkv
22 Quantum Cryptography via Entanglement.mkv
23 It from Bit - Physics from Information.mkv
24 The Meaning of Information.mkv
The Science of Information.pdf


360p - Thermodynamics (2014) x265
01 Thermodynamics—What’s under the Hood.mkv
02 Variables and the Flow of Energy.mkv
03 Temperature—Thermodynamics’ First Force.mkv
04 Salt, Soup, Energy, and Entropy.mkv
05 The Ideal Gas Law and a Piston.mkv
06 Energy Transferred and Conserved.mkv
07 Work-Heat Equivalence.mkv
08 Entropy—The Arrow of Time.mkv
09 The Chemical Potential.mkv
10 Enthalpy, Free Energy, and Equilibrium.mkv
11 Mixing and Osmotic Pressure.mkv
12 How Materials Hold Heat.mkv
13 How Materials Respond to Heat.mkv
14 Phases of Matter—Gas, Liquid, Solid.mkv
15 Phase Diagrams—Ultimate Materials Maps.mkv
16 Properties of Phases.mkv
17 To Mix, or Not to Mix.mkv
18 Melting and Freezing of Mixtures.mkv
19 The Carnot Engine and Limits of Efficiency.mkv
20 More Engines—Materials at Work.mkv
21 The Electrochemical Potential.mkv
22 Chemical Reactions—Getting to Equilibrium.mkv
23 The Chemical Reaction Quotient.mkv
24 The Greatest Processes in the World.mkv
Thermodynamics.pdf