In physics, complementarity is both a theoretical and an experimental result of quantum mechanics, also referred to as principle of complementarity. It holds that objects have certain pairs of complementary properties which cannot all be observed or measured simultaneously.
Download PDF notes here-- https://drive.google.com/file/d/1liros3iWoCUVg78P1MS5iqniRLFryx24/view?usp=drivesdk
G.P Thomson experiment-- https://youtu.be/xhq1DtDhBN0
Davisson and Germer Experiment-- https://youtu.be/16Da36SPQkY
De-Broglie wave-- https://youtu.be/Khac80PLZNQ
The complementarity principle was formulated by Niels Bohr, a leading founder of quantum mechanics. Examples of complementary properties that Bohr considered:
Position and momentum
Energy and duration
Spin on different axes
Wave and particle-related properties
Value of a field and its change (at a certain position)
Entanglement and coherence.
#Complementarity #Principle #Neils_Bohr #Quantum_Mechanics
Download PDF notes here-- https://drive.google.com/file/d/1liros3iWoCUVg78P1MS5iqniRLFryx24/view?usp=drivesdk
G.P Thomson experiment-- https://youtu.be/xhq1DtDhBN0
Davisson and Germer Experiment-- https://youtu.be/16Da36SPQkY
De-Broglie wave-- https://youtu.be/Khac80PLZNQ
The complementarity principle was formulated by Niels Bohr, a leading founder of quantum mechanics. Examples of complementary properties that Bohr considered:
Position and momentum
Energy and duration
Spin on different axes
Wave and particle-related properties
Value of a field and its change (at a certain position)
Entanglement and coherence.
#Complementarity #Principle #Neils_Bohr #Quantum_Mechanics
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