6.014: Electrodynamics

Spring 2002

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ANNOUNCEMENTS

  • (05/21/02) Please make note of the correction in Problem 12.3(c)
  • (05/20/02) A Sample Final Exam and Solutions are now available.
  • (05/20/02) Problem Set 12 Solutions are now available.
  • (05/19/02) Quiz 2 Solutions are now available.
  • (05/15/02) The Final will be held in Walker Memorial on Friday, May 24. The exam will be comprehensive. The exam is closed book. No calculators or cheat sheets are allowed. You will be provided the Basic Equations sheet handed out in lecture.
  • (05/15/02) Extra office hours for students who need help before the quiz have been scheduled on
    • Wed (5/15), 12pm-1pm, 36-469 (Marius Albota)

    • Wed (5/15), 2pm-6pm, 36-469 (Marius Albota)

    • Thur (5/16), 12pm-3pm, 36-469 (Marius Albota)

    • Thur (5/16), 3pm-6pm, 10-017 (Ernst Scholtz)

    • Fri (5/17), 10am-1pm, 10-017 (Ernst Scholtz)

    • Fri (5/17), 1pm-3pm, 36-469 (Marius Albota)

    • Fri (5/17), 2pm-, N10-201 (Prof. Cooke)

    • *Sun (5/19), 1pm-5pm, 10-017 (Ernst Scholtz)

    • Mon (5/20), 12pm-3pm, 24-317 (Jim Anderson)

    • Tue (5/21), 12pm-3pm, 24-317 (Jim Anderson)

    • Tue (5/21), 4:30pm-5:30pm, 26-341 (Prof. Staelin)

    • *Wed (5/22), 9:00am-12pm, 13-3102 (Prof. Warde)

    • Wed (5/22), 12pm-2pm, 24-317 (Jim Anderson)

    • Wed (5/22), 2pm-7pm, 24-317 (Saumil Gandhi)

    • Thur (5/23), 12pm-2pm, 24-317 (Jim Anderson)

    • Thur (5/23), 2pm-7pm, 24-317 (Saumil Gandhi)

    • Thur (5/23), 4:30pm-5:30pm, 26-341 (Prof. Staelin)

    • *Fri (5/23), 9am-12pm, 13-3102 (Prof. Warde)

  •  

    * : By appointment only:

    • Prof. Warde: warde@mit.edu
    • Ernst Scholtz: escholtz@mit.edu, 253-5958



 

Old Announcements

Course Description

Electromagnetic phenomena used in modern devices and systems are explored in this class. Representative applications include wireless communications, circuits, limits to computation speed, optical fiber links and components, microwave communications and radar, antennas, sensors, computer peripherals, micro-electromechanical systems, and power generation and transmission. Fundamentals include waves, radiation, and diffraction; guided waves and resonators; forces, power and energy; and quasistatic and dynamic solutions to Maxwell's equations.



Last modified: 20 May 2002 3:15 PM