Thursday, July 30, 2015

Sean M. Carroll: Purpose and the Universe

Sean M. Carroll

  • Teleology
  • Omega point

Wednesday, July 29, 2015

Shiori Sato (佐藤栞里): 鎌倉オシャレ散歩

Shiori Sato

  • Vuori (ブオリ)

  • Meggendorfer (メッゲンドルファー)
  • フラワーフェアリーズ(花の妖精たち)のお話
  • シシリー・メアリー・バーカー

  • HOA CAFE (ホアカフェ)
  • アサイーボール
  • ドーナッツ

Roger Penrose (ロジャー・ペンローズ): What does Quantum Theory Mean?

Roger Penrose

  • Phase factor
  • Quantum superposition (重ね合わせ)
  • Vacuum state (真空状態)

Mamoru Hosoda (細田守): Interview

Mamoru Hosoda
Introduction and inspiration

His first job

The most important thing

Balancing story and entertainment

Overcoming challenges

Summer Wars design scheme

A message to the fans

Mr.Children: HERO: ap bank fes '05


Mr.Children: 幻聴


Mr.Children: Starting Over

Kazutoshi Sakurai (桜井和寿)

Rafael Sorkin: How Interconnected is the Quantum World

Rafael Sorkin

  • Path integral formulation (経路積分)
  • Probability measure (確率測度)

Lee Smolin: Time Reborn

Lee Smolin

  • Anaximander
  • Questions are the edges of our knowledges
  • Does time emerge from timeless law?
  • Is the future already determined?
  • Do we have more or less freedom as we grow older?

Scorpions: Live In Tokyo (1984)


The Sisters of Mercy: Detonation Boulevard

The Sisters of Mercy

The Sisters of Mercy: Wake (Live, 1985, Royal Albert Hall)

The Sisters of Mercy

ARP Instruments: The Arp Family of Synthesizers

Koji Yakusho (役所広司): The Boy and the Beast (バケモノの子): Kumatetsu (熊徹)

Koji Yakusho

Moog Synthesizer (モーグ・シンセサイザー): The Sound of the Moog: Moog Demonstration (1971)

Side 1:

Side 2:

Willie Nelson: Always On My Mind

Willie Nelson

The Sisters of Mercy: Garden Of Delight

The Sisters of Mercy

Clan of Xymox: Something Wrong

Clan of Xymox

The Sisters of Mercy: Marian

The Sisters of Mercy

The Sisters of Mercy: Lucretia, My Reflection

The Sisters of Mercy

Sylvester James Gates: Computer Code in String Theory

James Gates

Relating Doubly-Even Error-Correcting Codes, Graphs, and Irreducible Representations of N-Extended Supersymmetry

Dragon Quest XI: ドラゴンクエスト新作発表会

Visualizing Emergent Time

Tuesday, July 28, 2015

Monday, July 27, 2015

Max Tegmark: Thermodynamics, Information & Consciousness in a Quantum Multiverse

Max Tegmark

  • Copenhagen interpretation
  • Modified Newtonian dynamics
  • Many-worlds interpretation
  • Consistent histories
  • De Broglie-Bohm theory
  • Relational quantum mechanics
  • Modal interpretation

Murray Gell-Mann: Talks about Richard Feynman

Murray Gell-Mann

Hans Bethe

Hans Bethe

Hideki Yukawa (湯川秀樹): Yukawa Story (湯川物語) (1954)

Hideki Yukawa

Tesla Motors: P85D Insane Mode


Wednesday, July 22, 2015

Juan Martín Maldacena (フアン・マルダセナ): Does Information Create The Cosmos?

Juan Martín Maldacena

  • Quantum information (量子情報)
  • Wave function (波動関数)
  • Temperature  (温度)
  • Quantum nonlocality (量子非局所性)
  • Holographic principle (ホログラフィック原理)

Juan Martín Maldacena (フアン・マルダセナ): String Theory and Particle Physics

Juan Maldacena

  • Quantum chromodynamics (量子色力学)
  • Proton (陽子)
  • Gluon (グルーオン)

Max Tegmark: Consciousness is a mathematical pattern

Max Tegmark

Sekai no Owari: ANTI-HERO


Destroyer: Girl in a Sling

Daniel Bejar

Leonard Susskind: Physics Is Differential Equations

Leonard Susskind

  • Riemannian manifold (リーマン多様体)
  • Self-adjoint operator (エルミート作用素)
  • Path integral over anticommuting spaces (経路積分)

Leonard Susskind: Why does mathematics work?

Leonard Susskind

  • Thought experiment (思考実験)
  • Eugene Wigner (ユージン・ウィグナー)
  • Natural science (自然科学)
  • Mathematics (数学)

Leonard Susskind: Big Machines

Leonard Susskind

  • Significant figures (有効数字)
  • Discrepancy (ディスクレパンシー、相違)
  • Elementary particle (素粒子)

Leonard Susskind: The Best Differential Equation

Leonard Susskind

  • Hamilton's equations (ハミルトンの方程式)
  • Maxwell's equations (マクスウェルの方程式)
  • Schrödinger equation (シュレーディンガー方程式)
  • Einstein field equations (アインシュタイン方程式)

Leonard Susskind: Who is Leonard Susskind?

Leonard Susskind

  • Wave equation (波動方程式)
  • Diffusion equation (拡散方程式)
  • Electric field (電場)


What's a Tensor?

What is a tensor Part I: Vectors

Physical quantities are tensors


Mass (質量): m


The Higgs Boson, Part II: What is Mass?

The Difference Between Mass and Weight

Force (力): F

What is a Force?

What Forces Are Acting On You?

What Is Force

Acceleration (加速度): a

Displacement (vector) (変位 (ベクトル)): s

Displacement Vectors and Adding Multiple Vectors:

Velocity (速度): v

Speed and Velocity:

Time (時間): t

Arrow of time:


Position (vector) (位置 (ベクトル)): x, r, s