What Are the Unexplored Frontiers in Electromagnetism and Electricity?

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SUMMARY

The discussion highlights unexplored frontiers in electromagnetism and electricity, emphasizing the ongoing need for research in several key areas. Notable topics include the development of smaller, cheaper, and faster devices utilizing new materials such as organic circuits and carbon nanotubes. Additionally, advancements in design through 3D electromagnetic simulations and multiphysics simulations are crucial. The efficient conversion of energy, particularly in solar cells, and the exploration of novel devices based on quantum mechanics, such as quantum computing, are also identified as significant avenues for future investigation.

PREREQUISITES
  • Understanding of Maxwell's equations
  • Familiarity with circuit theory
  • Knowledge of 3D electromagnetic simulations
  • Basic principles of quantum mechanics
NEXT STEPS
  • Research advancements in organic circuit technology
  • Explore the applications of carbon nanotubes in electronics
  • Learn about multiphysics simulations in device design
  • Investigate the latest developments in quantum computing
USEFUL FOR

This discussion is beneficial for electrical engineering students, researchers in electromagnetism, and professionals interested in the future of electronic device development and quantum technologies.

Skynt
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I'm on my way to becoming an electrical engineer (freshmen in college) and I was wondering about the realm of the unknown. Are there things in terms of electromagnetism and electricity that we don't know? Like, are there areas of these fields that need more research and exploration?
 
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Maxwell's equations and circuit theory have been around a long time but no worries, there will be plenty for you to work on. Some areas include:

the continuous drive to smaller, cheaper, faster, less power
devices based on new materials e.g. organic circuits
devices enabled by extremely small size such e.g. carbon nanotubes
design based on computing capabilities e.g. 3 D EM simulations, multiphysics simulations
efficient conversion of energy from one form to another e.g. solar cells
novel devices based on quantum mechanics e.g. quantum computing
 

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