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Applied Physics
Applied Physics for Information Technology
Are LEDs energy-efficient?
Band Theory
Conductive polymer, how does it work, what is its potential in applied electricity?
CPU transistor
How can we see objects from a light source with a non-visible wavelength?
How does a transistor amplify current?
How gravitational lensing was experimentally proved and what are its major applications at present?
How the compton effect demonstrated that the light cannot be explained purely as a wave phenomenon
How was the general theory of relativity proved?
Lasers
Laser technology, definition, applications, and challenges
MOSFET Transistor
Optical Data Communication
Optical Data Transmission
Optical fibers
Properties of Lasers
Radioactivity
Semiconductor Diode
Superconductivity
Valance Electrons
What are photons and phonons?
What exactly happened in physics point of view that enabled us to create blue LEDs?
What is Fermi energy?
What is the difference between a normal transistor and a FET transistor?
Why does the photoelectric effect suggest that light has particle type properties?
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Applied Physics
Applied Physics for Information Technology
Page Information
Title:
Applied Physics for Information Technology
Author:
Sakari Lukkarinen
5.11.2014
Last Changed by:
Sakari Lukkarinen
22.5.2015
Tiny Link:
(useful for email)
https://wiki2.metropolia.fi/x/7AiQBg
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Parent Page
Page:
Applied Physics
Children (25)
Page:
Are LEDs energy-efficient?
Page:
Band Theory
Page:
Conductive polymer, how does it work, what is its potential in applied electricity?
Page:
CPU transistor
Page:
How can we see objects from a light source with a non-visible wavelength?
Page:
How does a transistor amplify current?
Page:
How gravitational lensing was experimentally proved and what are its major applications at present?
Page:
How the compton effect demonstrated that the light cannot be explained purely as a wave phenomenon
Page:
How was the general theory of relativity proved?
Page:
Lasers
Show all...
Page:
Laser technology, definition, applications, and challenges
Page:
MOSFET Transistor
Page:
Optical Data Communication
Page:
Optical Data Transmission
Page:
Optical fibers
Page:
Properties of Lasers
Page:
Radioactivity
Page:
Semiconductor Diode
Page:
Superconductivity
Page:
Valance Electrons
Page:
What are photons and phonons?
Page:
What exactly happened in physics point of view that enabled us to create blue LEDs?
Page:
What is Fermi energy?
Page:
What is the difference between a normal transistor and a FET transistor?
Page:
Why does the photoelectric effect suggest that light has particle type properties?
Hide...
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22.5.2015 08:55
Sakari Lukkarinen
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Reverted from v. 7
22.5.2015 00:04
Unknown User (eyoely)
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21.5.2015 13:32
Sakari Lukkarinen
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Reverted from v. 2
21.5.2015 13:31
Sakari Lukkarinen
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19.5.2015 01:24
Unknown User (palisat)
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