20/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 20: Quantum Cryptography

20/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 20: Quantum Cryptography from Carl Sagan on Vimeo.

Quantum Mechanics: The Physics of the Microscopic World
24 lectures, 30 minutes per lecture, taught by Ptof. Benjamin Schumacher, Kenyon College Ph.D., The University of Texas at Austin
Course Lecture Titles
1. The Quantum Enigma
2. The View from 1900
3. Two Revolutionaries: Planck and Einstein
4. Particles of Light, Waves of Matter
5. Standing Waves and Stable Atoms
6. Uncertainty
7. Complementarity and the Great Debate
8. Paradoxes of Interference
9. States, Amplitudes, and Probabilities
10. Particles That Spin
11. Quantum Twins
12. The Gregarious Particles
13. Antisymmetric and Antisocial
14. The Most Important Minus Sign in the World
15. Entanglement
16. Bell and Beyond
17. All the Myriad Ways
18. Much Ado about Nothing
19. Quantum Cloning
20. Quantum Cryptography
21. Bits, Qubits, and Ebits
22. Quantum Computers
23. Many Worlds or One?
24. The Great Smoky Dragon

Posted in Atheism | Leave a comment

Could it be more ridiculous?

image

Image | Posted on by | Leave a comment

Is god good?

image

Image | Posted on by | Leave a comment

19/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 19: Quantum Cloning

19/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 19: Quantum Cloning from Carl Sagan on Vimeo.

Quantum Mechanics: The Physics of the Microscopic World
24 lectures, 30 minutes per lecture, taught by Ptof. Benjamin Schumacher, Kenyon College Ph.D., The University of Texas at Austin
Course Lecture Titles
1. The Quantum Enigma
2. The View from 1900
3. Two Revolutionaries: Planck and Einstein
4. Particles of Light, Waves of Matter
5. Standing Waves and Stable Atoms
6. Uncertainty
7. Complementarity and the Great Debate
8. Paradoxes of Interference
9. States, Amplitudes, and Probabilities
10. Particles That Spin
11. Quantum Twins
12. The Gregarious Particles
13. Antisymmetric and Antisocial
14. The Most Important Minus Sign in the World
15. Entanglement
16. Bell and Beyond
17. All the Myriad Ways
18. Much Ado about Nothing
19. Quantum Cloning
20. Quantum Cryptography
21. Bits, Qubits, and Ebits
22. Quantum Computers
23. Many Worlds or One?
24. The Great Smoky Dragon

Posted in Atheism | Leave a comment

18/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 18: Much Ado about Nothing

18/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 18: Much Ado about Nothing from Carl Sagan on Vimeo.

Quantum Mechanics: The Physics of the Microscopic World
24 lectures, 30 minutes per lecture, taught by Ptof. Benjamin Schumacher, Kenyon College Ph.D., The University of Texas at Austin
Course Lecture Titles
1. The Quantum Enigma
2. The View from 1900
3. Two Revolutionaries: Planck and Einstein
4. Particles of Light, Waves of Matter
5. Standing Waves and Stable Atoms
6. Uncertainty
7. Complementarity and the Great Debate
8. Paradoxes of Interference
9. States, Amplitudes, and Probabilities
10. Particles That Spin
11. Quantum Twins
12. The Gregarious Particles
13. Antisymmetric and Antisocial
14. The Most Important Minus Sign in the World
15. Entanglement
16. Bell and Beyond
17. All the Myriad Ways
18. Much Ado about Nothing
19. Quantum Cloning
20. Quantum Cryptography
21. Bits, Qubits, and Ebits
22. Quantum Computers
23. Many Worlds or One?
24. The Great Smoky Dragon

Posted in Atheism | Leave a comment

17/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 17: All the Myriad Ways

17/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 17: All the Myriad Ways from Carl Sagan on Vimeo.

Quantum Mechanics: The Physics of the Microscopic World
24 lectures, 30 minutes per lecture, taught by Ptof. Benjamin Schumacher, Kenyon College Ph.D., The University of Texas at Austin
Course Lecture Titles
1. The Quantum Enigma
2. The View from 1900
3. Two Revolutionaries: Planck and Einstein
4. Particles of Light, Waves of Matter
5. Standing Waves and Stable Atoms
6. Uncertainty
7. Complementarity and the Great Debate
8. Paradoxes of Interference
9. States, Amplitudes, and Probabilities
10. Particles That Spin
11. Quantum Twins
12. The Gregarious Particles
13. Antisymmetric and Antisocial
14. The Most Important Minus Sign in the World
15. Entanglement
16. Bell and Beyond
17. All the Myriad Ways
18. Much Ado about Nothing
19. Quantum Cloning
20. Quantum Cryptography
21. Bits, Qubits, and Ebits
22. Quantum Computers
23. Many Worlds or One?
24. The Great Smoky Dragon

Posted in Atheism | Leave a comment

16/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 16: Bell and Beyond

16/24 Quantum Mechanics – The Physics of the Microscopic World. Episode 16: Bell and Beyond from Carl Sagan on Vimeo.

Quantum Mechanics: The Physics of the Microscopic World
24 lectures, 30 minutes per lecture, taught by Ptof. Benjamin Schumacher, Kenyon College Ph.D., The University of Texas at Austin
Course Lecture Titles
1. The Quantum Enigma
2. The View from 1900
3. Two Revolutionaries: Planck and Einstein
4. Particles of Light, Waves of Matter
5. Standing Waves and Stable Atoms
6. Uncertainty
7. Complementarity and the Great Debate
8. Paradoxes of Interference
9. States, Amplitudes, and Probabilities
10. Particles That Spin
11. Quantum Twins
12. The Gregarious Particles
13. Antisymmetric and Antisocial
14. The Most Important Minus Sign in the World
15. Entanglement
16. Bell and Beyond
17. All the Myriad Ways
18. Much Ado about Nothing
19. Quantum Cloning
20. Quantum Cryptography
21. Bits, Qubits, and Ebits
22. Quantum Computers
23. Many Worlds or One?
24. The Great Smoky Dragon

Posted in Atheism | Leave a comment