2016-10-07

Philosophy of Colour by Kane B

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source: Kane B   2016年5月27日
In this series, I will introduce various philosophical theories of colour. However, in order to understand the philosophy of colour, it is important to have at least a basic grasp of colour science. This video briefly outlines: the physical causes of colour; the structure of the retina; two central theories of colour perception, the trichromatic theory and the opponent-process theory; and the phenomenon of colour constancy.
The majority of this video was drawn from "Color for Philosophers" by C.L. Hardin and "Neuroscience: Exploring the Brain" by Bear, Connors, and Paradiso, chapter 9 ("The Eye").

Philosophy of Colour 1 - Colour Science 44:43
Philosophy of Colour 2.1 - Reductionism 1 39:15
Philosophy of Colour 2.2 - Reductionism 2 41:07
Philosophy of Colour 3.1 - Primitivism 1 34:28
Philosophy of Colour 3.2 - Primitivism 2 33:17

New Towns in the 21st Century: Past, Present, Prospects


source: Harvard GSD    2016年9月27日
In conversation: Paul BUCKHURST, Principal, BFJ PlanningPascaline GABORIT, Former Director, European New Towns and Pilot CitiesAlexander GARVIN, President, AGA Public Realm StrategistsSteven KELLENBERG, Senior Vice President, Irvine CompanyTodd MANSFIELD, President, Crescent CommunitiesJames VON KLEMPERER, President, Kohn Pedersen Fox AssociatesModerated byAnn FORSYTH, Professor of Urban Planning, Harvard GSDRichard PEISER, Michael D. Spear Professor of Real Estate Development, Harvard GSD

Katie Hinde, "Why Mammals Suck"


source: Harvard University     2016年8月31日
Milk is abundant at our local grocery store in the form of dairy products and infant formulas. This ubiquity of homogenized milk in our modern environment has the potential for the general public, and even researchers, to think of milk one dimensionally. Milk is not just food, however, but is also medicine and signal. Hundreds, possibly thousands, of other milk “bioactives” affect the infant. Professor Hinde presents emerging research that addresses the magnitude, sources, and consequences of inter-individual variation in mother’s milk including that the “recipe” for milk can be different for sons and daughters.

From base change to better care in diabetes - archived livestream


source: The Royal Society    2016年9月8日
Royal Society GlaxoSmithKline Lecture 2016 by Professor Andrew Hattersley FMedSci FRS.
Diabetes affects over 4 million people in the UK but there are still many uncertainties about the causes and best treatment approaches for this common condition.
Professor Andrew Hattersley FRS will show how, for patients with pure genetic diabetes, defining the specific causes of a patient’s diabetes has resulted in dramatic improvements in their treatment. These findings have changed the management of patients born with diabetes or with strongly familial diabetes throughout the world and have led to molecular genetic testing becoming a first line clinical investigation. The fundamental principle of this Precision Medicine approach is that defining discrete aetiological subgroups of patients within a broader clinical diagnosis can improve clinical care for patients.
The next challenge is to use 'Precision Diabetes' to define different subtypes of the common forms of diabetes (Type 1 and Type 2) and to use this information to improve care. Early work suggests that there are genuine differences between patients with the same clinical diagnosis and these do alter the response to diabetes treatments.
Discover more of our upcoming events at https://royalsociety.org/science-even...

Inside the Tech Start-up Bubble | Dan Lyons | RSA Replay


source: The RSA     2016年9月7日
Inside the Tech Start-up Bubble with Dan Lyons. What is the truth behind the Silicon Valley hype? Is it solid business or a hot-air bubble full of ‘wantrepeneurs’? Former technology editor at Newsweek and co-producer and writer of HBO’s Silicon Valley, Dan Lyons is one of the lone dissenting voices amongst the tech hype. He visits the RSA to reveal the dysfunctional culture that prevails in a world flush with money and devoid of experience. He provides a unique analysis of the sometimes bizarre start-up world; a de facto conspiracy between those who start companies and those who fund them.

How does the Nobel Peace Prize work? - Adeline Cuvelier and Toril Rokseth


source: TED-Ed     2016年10月6日
View full lesson: http://ed.ted.com/lessons/how-does-th...
Among the top prestigious awards in the world, the Nobel Peace Prize has honored some of the most celebrated and revered international figures and organizations in history. But how does the nomination process work? And who exactly is eligible? Adeline Cuvelier and Toril Rokseth detail the specifics of the Nobel Peace Prize.
Lesson by Toril Rokseth and Adeline Cuvelier (of Nobel Peace Center), animation by Zedem Media.

Solid State Physics in a Nutshell

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source: Solid State Physics in a Nutshell   2014年8月19日
CSM: Solid State Physics in a Nutshell

Topic 1-1: Covalent Bonding 10:06
Topic 1-2: Dipole Interactions 6:23
Topic 2-1: Lattice and Basis 9:18
Topic 2-3: Slices 4:32
Topic 2-2: Crystal Structure Types 4:59
Topic 2-4: Miller Indices 4:14
Topic 3-0: Fourier Series 4:21
Topic 3-1: General Theory of Diffraction 8:08
Topic 3-2: Scattering Density 7:21
Topic 3-4: Structure Factor 6:50
Topic 3-5: Centered Lattices 2:38
Topic 4-1: Ewald Sphere 3:43
Topic 4-2: Powder Diffraction 5:19
Topic 4-3: Omega Rocking Curves 4:18
Topic 4-4: Psi Scans 2:29
Topic 5-1: Introduction to Phonons 6:12
Topic 5-2: Nyquist Frequency and Group Velocity 7:31
Topic 5-3: Phonon Quantization 5:12
Topic 5-4: Phonon Density of States 8:56
Topic 6-1: Planck Distribution and Einstein Heat Capacity 4:35
Topic 6-2: Heat Capacity with the Debye Model 4:16
Topic 6-3: Thermal Conductivity 4:58
Topic 6-4: Phonon-Phonon Scattering 6:20
Topic 6-5: Thermal Conductivity & Temperature Dependence 6:36
Topic 7-1: Inelastic Scattering Theory 11:31
Topic 8-1: Free Electron Model 5:44
Topic 8-2: Density of States and Fermi Dirac Distribution 3:31
Topic 8-3: Heat Capacity 5:54
Topic 8-4: Screening 5:46
Topic 9-1: Bloch Theorem and the Central Equation 10:41
Topic 9-2: Vanishing Potential and Brillouin Zones 5:09
Topic 9-3: Band Structures of Metals and Insulators 7:02
Topic 10-1: Thermal & Optical Excitations 12:23
Topic 10.2: Effective mass and holes 7:53
Topic 10-3: Fermi Level 8:38

"Parenting" Looks Nothing Like Evolutionary Caregiving | Alison Gopnik


source: Big Think    2016年8月31日
The word parenting, as a verb, has only been around since 1958. Developmental psychologist Alison Gopnik examines when caregiving became the art of hovering, and the pitfalls and anxiety of trying to shape children instead of raise them. Gopnik's latest book is "The Gardener and the Carpenter: What the New Science of Child Development Tells Us about the Relationship Between Parents and Children" (http://goo.gl/3E0Ti2).
Read more at BigThink.com: http://bigthink.com/videos/alison-gop...

Transcript - Once we started thinking about the role that parents and children play in human evolution one of the things that became very apparent is that that role was very different from the prevailing role in our current culture about parents. So in our current culture there's something called parenting and that very words, that verb only first appeared in 1958. And if you look at the Google Ngram it's sores up in the 1970s. And that word comes with a picture and that picture is that what caregivers do is shape or mole the child to come out a particular way. So your job as a caregiver is to do a bunch of things, acquire a bunch of expertise that will lead to a particular kind of child, which will lead to a particular kind of adult. And then somehow if you just get the right expertise you can create a better child who will create a better adult. Now exactly what that better means is a little unclear. I think parents whisper under their breath better like better than the kid next-door. But anyway, there's some picture, which I think of as the carpenter picture of caregiving, which is that you're going to shape this child into a particular kind of adult. And that picture, which goes with that word parenting, really is very recent. It really only developed at the end of the 20th century. So that picture is the picture that's become prominent in our discussions about caregiving, but it's very, very different from the picture that comes from thinking about caregiving in an evolutionary context and it's also very differently from the picture that comes from the studies that we've done in my life and others about how children actually learn. Read Full Transcript Here: http://goo.gl/Cn2XtR.

Samorn Selim: "Authentically You: Taking Charge of Your Personal Brand" ...


source: Talks at Google    2016年9月2日
Samorn Selim stopped by the Googleplex to talk about building your personal brand, why it matters, how authenticity fits in with your brand, and how to use your brand to advance your career. As the founder of Samorn Selim Coaching, a coach, counselor, and lawyer, Samorn provides a holistic approach to coaching professionals, recent graduates, and students, including women, people of color, and first-generation professionals.
Moderated by Nealeigh Mitchell.

初級越語 / 越語輕鬆學(2012 / 共 80 集): 陳凰鳳 / 國立教育廣播電台

初級越語--越語輕鬆學 (2012 / 共 80 集): 陳凰鳳
source: 國立教育廣播電台

生活越南語-初級、中級: 黃金枝 / 國立教育廣播電台

生活越南語 初級會話 (1987 / 共 86 集): 黃金枝
生活越南語 中級會話 (2003 / 共 86 集): 黃金枝
source: 國立教育廣播電台


Déjà Vu with Vernon Neppe


source: New Thinking Allowed     2016年4月28日
Vernon Neppe, MD, PhD, FRSSAf, is a neuropsychiatrist and head of the Pacific Neuropsychiatric Institute in Seattle. He is a former president of the South African Society for Psychical Research. He is author of Déjà Vu Revisited, Déjà Vu: A Second Look, Déjà Vu: Glossary and Library, Cry the Beloved Mind: A Voyage of Hope, Reality Begins with Consciousness: A Paradigm Shift that Works (written with physicist Edward Close), and Innovative Psychopharmacotherapy. His professional publications number over 700. Dr Neppe has amplified many of his concepts in two of the websites linked with his work. On www.Brainvoyage.com, his books are amplified. www.VernonNeppe.org is his gateway and includes more information on the Neppe-Close model of the Triadic Distinction Vortical Paradigm.
Here, Dr. Neppe defines déjà vu as an “as if” experience that is accompanied by the impression of inappropriateness. He notes that there are dozens of different kinds of déjà vu experience that he divides into four different types. Associative déjà vu is the most common type and is non-pathological. As the name suggests, is based on psychological associations. Two pathological types of déjà vu are related either to epilepsy or to psychosis. The fourth type is based upon subjective paranormal experience. Neppe distinguishes between déjà vu and precognitive experience.

New Thinking Allowed host, Jeffrey Mishlove, PhD, is author of The Roots of Consciousness, Psi Development Systems, and The PK Man. Between 1986 and 2002 he hosted and co-produced the original Thinking Allowed public television series. He is the recipient of the only doctoral diploma in "parapsychology" ever awarded by an accredited university (University of California, Berkeley, 1980). He is also past-president of the non-profit Intuition Network, an organization dedicated to creating a world in which all people are encouraged to cultivate and apply their inner, intuitive abilities.
(Recorded on April 15, 2016)

Simon Prosser: Does Time Objectively Pass? The Illusion of Temporal Becoming (The Block Universe)


source: Philosophical Overdose     2015年5月16日
We are all familiar with the notion that time passes, but what does it actually mean? Could temporal passage just be an illusion? In this talk, Simon Prosser argues that the passage of time is indeed illusory. He begins by outlining some philosophical theories of temporal passage (the A theory of time - including presentism and the growing block), along with a class of theories according to which time does not objectively pass (the B theory of time - what's called eternalism or the block universe). Dr. Prosser then goes over traditional problems for the notion of passage, including McTaggart's argument, the issue of the rate of passage (i.e. how fast time passes), and the argument that passage is incompatible with modern physics (in particular, with Einstein's special theory of relativity). He then goes on to discuss his own argument that, despite appearances to the contrary, it's not actually possible to experience time passing. But because the best reason for thinking that time passes is our experience of it, we no longer have any good reason for thinking that it actually passes. If this is right, then it is an important project for philosophers and psychologists to explain why it seems to us that time passes.
"What then is time? If no one asks me, I know what it is. If I wish to explain it to him who asks, I do not know." Augustine

Deepankar Choudhury: Soil Dynamics (IIT Bombay)

# playlist of the 39 videos (click the up-left corner of the video)

source: nptelhrd    2013年6月4日
Civil - Soil Dynamics by Dr. Deepankar Choudhury, Department of Civil Engineering, IIT Bombay. For more details on NPTEL visit http://nptel.iitm.ac.in

L1-Introduction 47:41
L2-Degrees of Freedom, SDOF System, Types of Vibrations 53:59
L3-SDOF System, Types of Vibrations, Free Vibration 58:16
L4-Problems on Tortional Motion 52:20
L5-Damped Free Vibrations 56:46
L6-Damped Free Vibrations, Definition of Critical Damping and problems 47:14
L7-Decay of Motion 56:18
L8-Forced Vibrations, Dynamic Magnification Factor 58:49
L9-Maxwells Diagram of DMF, Discussion on Phase 49:40
L10-Transmissibility Ratio, Response to Arbitrary, Step and Pulse Excitations 54:13
L11-Response to Arbitrary, Step and Pulse Excitations, Response to Impact Load 55:58
L12-Vibration Isolation, Vibrations Measuring Instruments 46:40
L13-Solutions of Quiz Questions, Multi-Degree of Freedom (MDOF) Systems 58:25
L14-(MDOF) System : Equation of Motion, Longitudinal Waves in an Infinitely long rod 55:59
L15-3 Dimensional Wave Propagation, Waves in semi-infinite media, Rayleigh Wave 53:53
L16-Love Wave, Waves in layered medium, 3D case-Inclined wave, Earthquake Waves 53:17
L17-Earthquake Waves; P-waves, S-waves, 3 circle method 54:50
L18-Stresses in Soil Element, Field Tests, Seismic Reflection Test 53:52
L19-Seismic Refraction Test, SASW Test, Laboratory & Model Tests 54:32
L20-Centrifuge Tests Stress Strain Behavior of Cyclically Loaded Soils 56:25
L21-Estimation of Gmax, Modulus Reduction Curves 1:00:12
L22-Liquefaction, Preliminary sceening, Simplified Procedure for Liquefaction 57:00
L23-Cyclic Stress Ratio, Evaluation of CRR, Correction Factors, Corrections for SPT 55:32
L24-Becker Penetrometer Test (BPT), Cone Penetrometer Test (CPT), SPT v BPT, SASW Test 48:00
L25-Types of Machine Foundations, Methods of Analysis 55:54
L25-Types of Machine Foundations, Methods of Analysis 55:54
L26-Tschebotarioff's 54:39
L27-Problem on Tschebotarioff's method contd., Mass-Spring-Dashpot (MSD) Model 47:47
L28-MSD Model- Yawing mode of Vibration, Use of MSD model for analysis 59:49
L29-Problems on Use of MSD Model for Analysis, Rocking mode of Vibrations 49:47
L30-Torsional Mode/Yawing Mode, Constant Force type excitation, EHS Theory 55:44
L31-EHS Theory, Vibrational Control 51:55
L32-Use of EHS Theory for analysis 52:25
L33-Use of EHS Theory for analysis II 59:10
L34-Liquefaction mitigation methods,Vibro Compaction,Densification Techniques 52:11
L35-Soil Improvement methods,Dynamic Compaction,Reinforcement Techniques 54:30
L36-Force-based Analysis,Dynamic analysis using MSD model 52:44
L37-Behaviour of Subgrade Soil below Rail Track 34:27
L38-Quiz 1:00:42

Advanced ceramics for strategic applications by H. S. Maiti (IIT Kharagpur)

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source: nptelhrd    2014年1月22日
Metallurgy - Advanced ceramics for strategic applications by Prof. H. S. Maiti, Department of Metallurgy and Material Science, IIT Kharagpur. For more details on NPTEL visit http://nptel.ac.in

01 Introduction 59:34
02 Introduction (Contd.) 58:08
03 Crystal Structure 1:00:59
04 Crystal Structure (Contd.) 59:03
06 Crystal Structure ( Contd.) 54:30
07 Defects in crystalline solids 1:00:36
08 Defects in crystalline solids (Contd.) 1:03:01
09 Dislocation 1:00:01
10 Two and Three Dimensional Defects 1:00:42
11 Electrical Conduction in ceramics 59:35
12 Electrical Conduction in Ceramics (Contd.) 59:44
13 Electrical Conduction in Ceramics (Contd. ) 58:02
14 Electrical Conduction in Ceramics ( Contd.) 59:46
15 Electrical Conduction in Ceramics ( Contd .) 59:13
16 Electrical Conduction in Ceramics ( Contd .) 56:43
17 Electrical Phenomenon in Insulators 57:20
18 Electrical Phenomenon in Insulators (Contd.) 1:00:45
19 Ferroelectric, Piezoelectric and Pyroelectric Ceramics 57:28
20 Ferroelectric , Piezoelectric and Pyroelectric Ceramics (Contd.) 59:28
21 Ferroelectric , Piezoelectric and Pyroelectric Ceramics ( Contd.) 57:09
22 Ferroelectric , Piezoelectric and Pyroelectric Ceramics ( Contd.) 1:00:01
23 Relaxor Ferroelectric 1:00:32
24 Superconductivity 57:24
25 Superconductivity (Contd.) 57:03
26 Ceramic Gas Sensor 59:40
27 Ceramic Gas Sensor (Contd.) 1:00:52
28 Solid Oxide Fuel Cell 59:44
29 Solid Oxide Fuel Cell (Contd.) 55:23
30 Solid Oxide Fuel Cell (Contd. ) 59:16
31 Hydrogen Generation through MIEC Reactor 55:30
32 Lithium Ion Battery 59:38
33 Lithium Ion Battery (Contd.) 48:55
34 Magnetic Ceramics 58:10
35 Magnetic Ceramics (Contd.) 56:26
36 Magnetic Ceramics (Contd.) 56:09
37 Magnetic Ceramics ( Contd.) 59:14
38 Sintering of Ceramics 56:23
39 Sintering of Ceramics (Contd.) 1:00:13
40 Sintering of Ceramics ( Contd.) 56:52
41 Sintering of Ceramics ( Contd.) 59:42
42 Mechanical Properties of Ceramic Materials 56:29
43 Mechanical Properties of Ceramic Materials (Contd.) 57:27
44 Mechanical Properties of Ceramic Materials ( Contd.) 56:27
45 Mechanical Properties of Ceramic Materials ( Contd.) 1:00:21
46 Structural Ceramics Materials 1:01:17
47 Bioceramics 1:00:50

Physics of Materials by Prathap Haridoss (IIT Madras)

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source: nptelhrd    2011年9月20日
Metallurgical - Physics of Materials by Dr. Prathap Haridoss, Department of Metallurgical & Materials Engineering, IIT Madras. For more details on NPTEL visit http://nptel.iitm.ac.in

01 Introduction Physics of Materials 50:58
02 Properties of Materials 51:18
03 Thermal Expansion 55:07
04 Measuring Electrical Conductivity: DC and AC 52:09
05 Free Electron Gas 51:02
06 The Ideal Gas 49:12
07 Drude Model: Electrical Conductivity 48:34
08 Drude Model: Thermal Conductivity 51:12
09 Drude Model: Successes and Limitations 49:36
10 Drude Model: Source of Shortcomings 52:53
11 Large Systems and Statistical Mechanics 55:16
12 Maxwell Boltzmann Statistics 54:49
13 Classical Particles and Quantum Particles 54:32
14 History of Quantum Mechanics-1 55:42
15 History of Quantum Mechanics-2 54:07
16 Introduction to Drude Sommerfeld model 53:14
17 Fermi-Dirac Statistics: Part 1 54:17
18 Fermi-Dirac Statistics: Part 2 50:58
19 Features of the Fermi Dirac Distribution Function 53:26
20 Maxwell-Boltzmann Distribution Vs Fermi-Dirac Distribution 51:45
21 Anisotropy and Periodic Potential in a Solid 56:40
22 Confinement and Quantization: Part 1 56:06
23 Confinement and Quantization: Part 2 53:46
24 Density of States 51:48
25 Fermi Energy, Fermi Surface, Fermi Temperature 51:52
26 Electronic Contribution to Specific Heat at Constant Volume 50:57
27 Reciprocal Space - 1:Introduction to Reciprocal Space 52:48
28 Reciprocal Space - 2: Condition for Diffraction 49:35
29 Reciprocal Space - 3: Ewald sphere, Simple Cubic, FCC and BCC in Reciprocal Space 53:35
30 Wigner Seitz Cell and Introduction to Brillouin Zones 56:09
31 Brillouin Zones, Diffraction, and Allowed Energy Levels 53:00
32 E Vs k, Brillouin Zones and the Origin of Bands 55:56
33 Calculating Allowed Energy Bands and Forbidden Band Gaps 47:19
34 Bands; Free Electron Approximation, Tight Binding Approximation 53:42
35 Semiconductors 53:44
36 Magnetic Properties 54:58
37 Compounds; Phonons, Optoelectronic Materials 51:58
38 Superconductivity 51:47
39 Bose-Einstein Statistics 51:54
40 Physics of Nano Scale Materials; Course Summary 57:38