Talks

15781 - 15792 of 17719 Results

Math Primer - Calculus - Part 1

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 08, 2006

PIRSA:06080015
Math Tutorial - Part 4

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080014
Math Tutorial - Part 3

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080013
Math Tutorial - Part 2

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080012
Quantum computation as geometry

Michael Nielsen

August 02, 2006

PIRSA:06080007

Quantum Physics

Quantum Physics
ISSYP 2006a - Student Presentations

August 02, 2006

PIRSA:06080006
What is Space?

August 02, 2006

PIRSA:06080005
General Relativity 5 - The Black Hole

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:08080075
General Relativity 6 - The Star Called a Black Hole

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:06080034
Exploring Black Holes - Part 1

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:06080004
Wormholes, Warp Drives, and Time Machines: Fact and Fiction

Kristin Schleich University of British Columbia

August 01, 2006

PIRSA:06080002
General Relativity - Part 2

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 01, 2006

PIRSA:06080001

Math Primer - Calculus - Part 1

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 08, 2006

PIRSA:06080015
Math Tutorial - Part 4

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080014
Math Tutorial - Part 3

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080013
Math Tutorial - Part 2

Damian Pope Perimeter Institute for Theoretical Physics

August 07, 2006

PIRSA:06080012
Quantum computation as geometry

Michael Nielsen

August 02, 2006

PIRSA:06080007

Quantum Physics

Quantum Physics

How should we think about quantum computing? The usual answer to this question is based on ideas inspired by computer science, such as qubits, quantum gates, and quantum circuits. In this talk I will explain an alternate geometric approach to quantum computation. In the geometric approach, an optimal quantum computation corresponds to "free falling" along the minimal geodesics of a certain Riemannian manifold. This reformulation opens up the possibility of using tools from geometry to understand the strengths and weaknesses of quantum computation, and perhaps to understand what makes certain physical operations difficult (or easy) to synthesize.
ISSYP 2006a - Student Presentations

August 02, 2006

PIRSA:06080006
What is Space?

August 02, 2006

PIRSA:06080005
General Relativity 5 - The Black Hole

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:08080075

The anatomy of a black hole.
Learning Outcomes:
• What are the mass requirements for a star to become a black hole?
• The anatomy of a Schwarzschild black hole, including the singularity and the event horizon.
• What a traveller would experience if he orbited a black hole, or had the bad luck to fall through the event horizon.
General Relativity 6 - The Star Called a Black Hole

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:06080034

The physical attributes of a black hole and what types of physical evidence astronomers use the locate them.
Learning Outcomes:
• What are the physical requirements for a star to become a black hole, and what properties of that star remain after the black hole is formed?
• The types of black holes, including: the Schwarzschild black hole, the Reissner-Nordström black hole, the Kerr black hole, and the Kerr-Newman black hole.
• What a traveller would experience if he orbited one of these more general black holes, or fell through to the singularity.
Exploring Black Holes - Part 1

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 02, 2006

PIRSA:06080004
Wormholes, Warp Drives, and Time Machines: Fact and Fiction

Kristin Schleich University of British Columbia

August 01, 2006

PIRSA:06080002
General Relativity - Part 2

Michael Burns Waterloo Collegiate Institute (WRDSB)

August 01, 2006

PIRSA:06080001

Title	Date	Collection	Type	Info
Math Primer - Calculus - Part 1	2006‑08‑08	ISSYP 2006	Other	View details
Math Tutorial - Part 4	2006‑08‑07	ISSYP 2006	Other	View details
Math Tutorial - Part 3	2006‑08‑07	ISSYP 2006	Other	View details
Math Tutorial - Part 2	2006‑08‑07	ISSYP 2006	Other	View details
Quantum computation as geometry	2006‑08‑02	Colloquium	Scientific Series	View details
ISSYP 2006a - Student Presentations	2006‑08‑02	ISSYP 2006	Conference	View details
What is Space?	2006‑08‑02	ISSYP 2006	Conference	View details
General Relativity 5 - The Black Hole	2006‑08‑02	ISSYP Virtual		View details
General Relativity 6 - The Star Called a Black Hole	2006‑08‑02	ISSYP Virtual		View details
Exploring Black Holes - Part 1	2006‑08‑02	ISSYP 2006	Conference	View details
Wormholes, Warp Drives, and Time Machines: Fact and Fiction	2006‑08‑01	ISSYP 2006	Conference	View details
General Relativity - Part 2	2006‑08‑01	ISSYP 2006	Conference	View details

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Format results

Math Primer - Calculus - Part 1

Math Tutorial - Part 4

Math Tutorial - Part 3

Math Tutorial - Part 2

Quantum computation as geometry

ISSYP 2006a - Student Presentations

What is Space?

General Relativity 5 - The Black Hole

General Relativity 6 - The Star Called a Black Hole

Exploring Black Holes - Part 1

Wormholes, Warp Drives, and Time Machines: Fact and Fiction

General Relativity - Part 2

Math Primer - Calculus - Part 1

Math Tutorial - Part 4

Math Tutorial - Part 3

Math Tutorial - Part 2

Quantum computation as geometry

ISSYP 2006a - Student Presentations

What is Space?

General Relativity 5 - The Black Hole

General Relativity 6 - The Star Called a Black Hole

Exploring Black Holes - Part 1

Wormholes, Warp Drives, and Time Machines: Fact and Fiction

General Relativity - Part 2