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Locally symmetric spaces, and Galois representations by Peter Scholze - Lecture #3

Locally symmetric spaces, and Galois representations by Peter Scholze - Lecture #3

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Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations I - Peter Scholze

Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations I - Peter Scholze

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Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations II - Peter Scholze

Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations II - Peter Scholze

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Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations III - Peter Scholze

Arithmetic hyperbolic 3-manifolds, perfectoid spaces, and Galois representations III - Peter Scholze

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Perfectoid spaces - Peter Scholze

Perfectoid spaces - Peter Scholze

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A New Approach to the Local Langlands Correspondence for GLnGLn Over p-Adic Fields by Peter Scholze

A New Approach to the Local Langlands Correspondence for GLnGLn Over p-Adic Fields by Peter Scholze

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p-adic cohomology of the Lubin-Tate tower by Peter Scholze

p-adic cohomology of the Lubin-Tate tower by Peter Scholze

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The Witt vector affine Grassmannian by Peter Scholze

The Witt vector affine Grassmannian by Peter Scholze

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Local acyclicity in p-adic geometry by Peter Scholze

Local acyclicity in p-adic geometry by Peter Scholze

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The Witt vector affine Grassmannian by Peter Scholze

The Witt vector affine Grassmannian by Peter Scholze

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On topological cyclic homology by Peter Scholze

On topological cyclic homology by Peter Scholze

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The pro-etale site by Peter Scholze

The pro-etale site by Peter Scholze

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Panorama of Mathematics by Peter Scholze

Panorama of Mathematics by Peter Scholze

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Shimura varieties with infinite level by Peter Scholze

Shimura varieties with infinite level by Peter Scholze

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p-adic K-theory of p-adic rings by Peter Scholze

p-adic K-theory of p-adic rings by Peter Scholze

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The geometric Satake equivalence in mixed characteristic by Peter Scholze

The geometric Satake equivalence in mixed characteristic by Peter Scholze

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Some Structures from Geometric Langlands in the Setting of a p-adic Field by Peter Scholze

Some Structures from Geometric Langlands in the Setting of a p-adic Field by Peter Scholze

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Opening lecture, Arizona Winter School 2017: Perfectoid Spaces by Peter Scholze

Opening lecture, Arizona Winter School 2017: Perfectoid Spaces by Peter Scholze

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Why do whole oranges float, but peeled oranges sink {Buoyancy}. - YouTube

Why do whole oranges float, but peeled oranges sink {Buoyancy}. - YouTube

  • Njoroge Moses
  • Sep 6, 2018
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P-Adic Geometery by Peter Scholze: Lecture 01

P-Adic Geometery by Peter Scholze: Lecture 01

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P-Adic Geometery by Peter Scholze: Lecture 02

P-Adic Geometery by Peter Scholze: Lecture 02

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P-Adic Geometery by Peter Scholze: Lecture 03

P-Adic Geometery by Peter Scholze: Lecture 03

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P-Adic Geometery by Peter Scholze: Lecture 04

P-Adic Geometery by Peter Scholze: Lecture 04

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P-Adic Geometery by Peter Scholze: Lecture 05

P-Adic Geometery by Peter Scholze: Lecture 05

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P-Adic Geometery by Peter Scholze: Lecture 06

P-Adic Geometery by Peter Scholze: Lecture 06

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P-Adic Geometery by Peter Scholze: Lecture 07

P-Adic Geometery by Peter Scholze: Lecture 07

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P-Adic Geometery by Peter Scholze: Lecture 08

P-Adic Geometery by Peter Scholze: Lecture 08

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P-Adic Geometery by Peter Scholze: Lecture 09

P-Adic Geometery by Peter Scholze: Lecture 09

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P-Adic Geometery by Peter Scholze: Lecture 10

P-Adic Geometery by Peter Scholze: Lecture 10

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P-Adic Geometery by Peter Scholze: Lecture 11

P-Adic Geometery by Peter Scholze: Lecture 11

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P-Adic Geometery by Peter Scholze: Lecture 12

P-Adic Geometery by Peter Scholze: Lecture 12

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P-Adic Geometery by Peter Scholze: Lecture 13

P-Adic Geometery by Peter Scholze: Lecture 13

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P-Adic Geometery by Peter Scholze: Lecture 14

P-Adic Geometery by Peter Scholze: Lecture 14

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P-Adic Geometery by Peter Scholze: Lecture 15

P-Adic Geometery by Peter Scholze: Lecture 15

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P-Adic Geometery by Peter Scholze: Lecture 16

P-Adic Geometery by Peter Scholze: Lecture 16

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P-Adic Geometery by Peter Scholze: Lecture 17

P-Adic Geometery by Peter Scholze: Lecture 17

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P-Adic Geometery by Peter Scholze: Lecture 18

P-Adic Geometery by Peter Scholze: Lecture 18

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P-Adic Geometery by Peter Scholze: Lecture 19

P-Adic Geometery by Peter Scholze: Lecture 19

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Dark Matter - Lecture 1

Dark Matter - Lecture 1

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Dark Matter - Lecture 2

Dark Matter - Lecture 2

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Dark Matter - Lecture 3

Dark Matter - Lecture 3

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Dark Matter - Lecture 4

Dark Matter - Lecture 4

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CMB - Lecture 1

CMB - Lecture 1

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CMB - Lecture 2

CMB - Lecture 2

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CMB - Lecture 3

CMB - Lecture 3

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CMB - Lecture 4

CMB - Lecture 4

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Gravitational Waves I - Lecture 1

Gravitational Waves I - Lecture 1

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Gravitational Waves I - Lecture 2

Gravitational Waves I - Lecture 2

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Gravitational Waves I - Lecture 3

Gravitational Waves I - Lecture 3

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Gravitational Waves I - Lecture 4

Gravitational Waves I - Lecture 4

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Large Scale Structure I - Lecture 1

Large Scale Structure I - Lecture 1

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Large Scale Structure I - Lecture 2

Large Scale Structure I - Lecture 2

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Large Scale Structure I - Lecture 3

Large Scale Structure I - Lecture 3

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Large Scale Structure I - Lecture 4

Large Scale Structure I - Lecture 4

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Large Scale Structure II - Lecture 1

Large Scale Structure II - Lecture 1

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Large Scale Structure II - Lecture 2

Large Scale Structure II - Lecture 2

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Large Scale Structure II - Lecture 3

Large Scale Structure II - Lecture 3

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Inflation - Lecture 1

Inflation - Lecture 1

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Inflation - Lecture 2

Inflation - Lecture 2

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Inflation - Lecture 3

Inflation - Lecture 3

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Inflation - Lecture 4

Inflation - Lecture 4

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Gravitational Waves II - Lecture 1

Gravitational Waves II - Lecture 1

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Gravitational Waves II - Lecture 2

Gravitational Waves II - Lecture 2

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Gravitational Waves II - Lecture 3

Gravitational Waves II - Lecture 3

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Dark Energy - Lecture 1

Dark Energy - Lecture 1

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Dark Energy - Lecture 2

Dark Energy - Lecture 2

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Dark Energy - Lecture 4

Dark Energy - Lecture 4

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Gravitational Waves II - Lecture 4

Gravitational Waves II - Lecture 4

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The Belousov-Zhabotinsky Reaction - Christmas Lectures with Ian Stewart

The Belousov-Zhabotinsky Reaction - Christmas Lectures with Ian Stewart

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Black Hole Astrophysics by Ramesh Narayan

Black Hole Astrophysics by Ramesh Narayan

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LIGO Observations of Binary Black Holes by Parameswaran Ajith

LIGO Observations of Binary Black Holes by Parameswaran Ajith

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Properties and Implications of LIGO’s First Crop of Binary Black Holes by Nathan K. Johnson-McDaniel

Properties and Implications of LIGO’s First Crop of Binary Black Holes by Nathan K. Johnson-McDaniel

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Problem Solving: Adding and Subtracting Whole Numbers

Problem Solving: Adding and Subtracting Whole Numbers

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Problem Solving Using Whole Number Operations

Problem Solving Using Whole Number Operations

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Find the Difference of an Original and Sale Price (Whole Numbers)

Find the Difference of an Original and Sale Price (Whole Numbers)

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Example: Determining the Square Footage of a House

Example: Determining the Square Footage of a House

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Example 1: Solve a Problem using Distance = Rate x Time

Example 1: Solve a Problem using Distance = Rate x Time

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Example 2: Solve a Problem using Distance = Rate x Time

Example 2: Solve a Problem using Distance = Rate x Time

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Ex: Determine the Perimeter of a Rectangle Involving Whole Numbers

Ex: Determine the Perimeter of a Rectangle Involving Whole Numbers

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Ex: Determine the Area of a Rectangle Involving Whole Numbers

Ex: Determine the Area of a Rectangle Involving Whole Numbers

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Ex: Determine the Area of a Pentagon By Decomposing the Area (Rect + Tri)

Ex: Determine the Area of a Pentagon By Decomposing the Area (Rect + Tri)

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Ex: Find the Area of an L-Shaped Polygon Involving Whole Numbers

Ex: Find the Area of an L-Shaped Polygon Involving Whole Numbers

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Ex: Find the Perimeter of an L-shaped Polygon Involving Whole Numbers

Ex: Find the Perimeter of an L-shaped Polygon Involving Whole Numbers

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Analytic number theory around torsion homology: Lecture 1 by Prof. Akshay Venkatesh

Analytic number theory around torsion homology: Lecture 1 by Prof. Akshay Venkatesh

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Analytic number theory around torsion homology: Lecture 2 by Prof. Akshay Venkatesh

Analytic number theory around torsion homology: Lecture 2 by Prof. Akshay Venkatesh

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Analytic number theory around torsion homology: Lecture 3 by Prof. Akshay Venkatesh

Analytic number theory around torsion homology: Lecture 3 by Prof. Akshay Venkatesh

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Analytic number theory around torsion homology: Lecture 4 by Prof. Akshay Venkatesh

Analytic number theory around torsion homology: Lecture 4 by Prof. Akshay Venkatesh

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Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 1

Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 1

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Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 2

Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 2

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Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 3

Automorphic forms and motivic cohomology by Prof. Akshay Venkatesh - Lecture 3

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Analysis and topology on locally symmetric spaces by Prof. Akshay Venkatesh

Analysis and topology on locally symmetric spaces by Prof. Akshay Venkatesh

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UCLA Department of Mathematics Distinguished Lecture Series - Prof. Akshay Venkatesh #1

UCLA Department of Mathematics Distinguished Lecture Series - Prof. Akshay Venkatesh #1

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UCLA Department of Mathematics Distinguished Lecture Series - Prof. Akshay Venkatesh #3

UCLA Department of Mathematics Distinguished Lecture Series - Prof. Akshay Venkatesh #3

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UCLA Department of Mathematics Distinguished Lecture Series by Prof. Akshay Venkatesh #2

UCLA Department of Mathematics Distinguished Lecture Series by Prof. Akshay Venkatesh #2

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Introduction to Birational Geometry in Positive Characteristic: Lecture 1 by Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic: Lecture 1 by Caucher Birkar

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Introduction to Birational Geometry in Positive Characteristic: Lecture 2 by Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic: Lecture 2 by Caucher Birkar

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Introduction to Birational Geometry in Positive Characteristic: Lecture 3 by Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic: Lecture 3 by Caucher Birkar

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Introduction to Birational Geometry in Positive Characteristic: Lecture 4 by Prof. Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic: Lecture 4 by Prof. Caucher Birkar

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Introduction to Birational Geometry in Positive Characteristic ─ Lecture 5 by Prof. Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic ─ Lecture 5 by Prof. Caucher Birkar

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Introduction to Birational Geometry in Positive Characteristic: Lecture 6 by Prof. Caucher Birkar

Introduction to Birational Geometry in Positive Characteristic: Lecture 6 by Prof. Caucher Birkar

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