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Tag Archives: Quantum Mechanics

1.1 A bullet with a mass of 10 g flies at a velocity of 1000 m/s. Determine the de Broglie wavelength. Why might we use equations from classical physics for description of bullet flight?

Posted on July 23, 2022 by mbenkerumass

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Posted in Introduction to Quantum Electronics and Nonlinear Optics | Tagged Quantum Mechanics, de Broglie, Classical Physics | Leave a reply

RF Photonics

The RF Photonics Lab, where we study RF Photonics. Visit DION320 at UMass Dartmouth the official Lab wesbite for more info.

ADS (39) AlGaAs (1) Bandgap (1) Bandwidth (1) Classical Physics (1) Couplers (4) Crystals (3) dBHz^(2/3) (2) de Broglie (1) Defects (1) Doping (2) Electrooptic effect (1) Electrooptic modulators (1) Fermi level (1) Ferroelectric (1) Fiber Optic Links (1) Filters (1) GaAs (2) Growth (1) IMD3 (1) InGaAsP (1) Lattice (3) Lattice Matching (1) Lattice Strain (1) LiNbO3 (1) MBE (1) Microwave/RF Engineering (11) Noise (1) OIP3 (1) Quantum Mechanics (1) Semiconductors (4) SFDR (2) Silicon (1) Wurtzite (1)

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