Photon momentum and uncertainty
... Image by D. Kassing http://en.wikipedia.org/wiki/File:SolarSailDLR-ESA.jpg on Wikipedia ...
... Image by D. Kassing http://en.wikipedia.org/wiki/File:SolarSailDLR-ESA.jpg on Wikipedia ...
The principles of statistical optics and image formation A Statistical
... mechanics, light was viewed as a duality of photon and wave. The statistical interpretation of quantum mechanics for electrons and photons had been served as the foundation of quantum mechanics (the Copenhagen school of QM). ...
... mechanics, light was viewed as a duality of photon and wave. The statistical interpretation of quantum mechanics for electrons and photons had been served as the foundation of quantum mechanics (the Copenhagen school of QM). ...
Einstein`s paper is a “bold, not to say reckless, hypothesis…which
... The stopping voltage Vstop (the maximum kinetic energy of electrons) increases linearly with frequency. Below a certain frequency fo, no electrons are emitted, even for intense light! This makes no sense classically. Increasing the electric field should have an effect. ...
... The stopping voltage Vstop (the maximum kinetic energy of electrons) increases linearly with frequency. Below a certain frequency fo, no electrons are emitted, even for intense light! This makes no sense classically. Increasing the electric field should have an effect. ...
Nonlinear interfaces: intrinsically nonparaxial regimes and effects
... is a nonlinear correction term, and η0 is the incident soliton amplitude. Since γ is responsible for all nonlinear beam corrections to the familiar linear plane-wave relationship, one can analyse (8) in terms of constant γ lines, as shown in figure 1. Solid lines represent combinations of and α wh ...
... is a nonlinear correction term, and η0 is the incident soliton amplitude. Since γ is responsible for all nonlinear beam corrections to the familiar linear plane-wave relationship, one can analyse (8) in terms of constant γ lines, as shown in figure 1. Solid lines represent combinations of and α wh ...
Communication Systems
... board of the satellite), and then retransmitted from the satellite via the downlink to the other earth terminal ...
... board of the satellite), and then retransmitted from the satellite via the downlink to the other earth terminal ...
All Solid State Laser Source for Tunable Blue and Ultraviolet Radiation.
... laser radiation has been generated with a complex laser system based on a frequency doubled single mode dye ring laser near 486 nm.11 As the only one available to date, this method is expensive and lacks the reliability which is desirable for further experiments. In this letter we present a compact ...
... laser radiation has been generated with a complex laser system based on a frequency doubled single mode dye ring laser near 486 nm.11 As the only one available to date, this method is expensive and lacks the reliability which is desirable for further experiments. In this letter we present a compact ...
A method to generate complex quasi-nondiffracting optical lat
... Among their applications may be the control of evolution of matter-wave or optical solitons in optical lattices produced by the corresponding nondiffracting beams. Due to their unusual symmetry such lattices may allow observation of new types of soliton motion and may substantially enrich the possi ...
... Among their applications may be the control of evolution of matter-wave or optical solitons in optical lattices produced by the corresponding nondiffracting beams. Due to their unusual symmetry such lattices may allow observation of new types of soliton motion and may substantially enrich the possi ...
Announcements
... ÆTake another look at the lecture notes (on the web) and see if they now make more sense • We were lenient in the grading • In the future, be sure to ÆAnswer question explicitly being as quantitative as possible ÆShow your calculations ÆRarely (if ever) will more that 3 sig figs be appropriate ...
... ÆTake another look at the lecture notes (on the web) and see if they now make more sense • We were lenient in the grading • In the future, be sure to ÆAnswer question explicitly being as quantitative as possible ÆShow your calculations ÆRarely (if ever) will more that 3 sig figs be appropriate ...
Chapter 8
... 1) When E0x=E0y=E0, = -p /2 , E( z, t ) E0 [iˆ cos(kz t ) ˆj sin( kz t )] a = kz-t, the resultant wave is right-circularly polarized (rotate clockwise). 2) When E0x=E0y=E0, = p /2 , E( z, t ) E0 [iˆ cos(kz t ) ˆj sin( kz t )] a = -kz +t, the resultant wave is left-circularl ...
... 1) When E0x=E0y=E0, = -p /2 , E( z, t ) E0 [iˆ cos(kz t ) ˆj sin( kz t )] a = kz-t, the resultant wave is right-circularly polarized (rotate clockwise). 2) When E0x=E0y=E0, = p /2 , E( z, t ) E0 [iˆ cos(kz t ) ˆj sin( kz t )] a = -kz +t, the resultant wave is left-circularl ...
Image formation with broad bundles of rays
... This is the condition that the paths of rays in the optical system must satisfy to have image formation for a small line segment using broad beams. It must be fulfilled for all rays staring from O. ...
... This is the condition that the paths of rays in the optical system must satisfy to have image formation for a small line segment using broad beams. It must be fulfilled for all rays staring from O. ...
Lecture Notes - Optics 3: Double Refraction, Polarized Light E O
... normal incidence (a Snell’s law angle of 0°), the two planes of polarization are also perpendicular to the plane of incidence. • For normal incidence (a 0° angle of incidence), Snell’s law predicts that the angle of refraction will be 0°. In the case of double refraction of a normally incident ray o ...
... normal incidence (a Snell’s law angle of 0°), the two planes of polarization are also perpendicular to the plane of incidence. • For normal incidence (a 0° angle of incidence), Snell’s law predicts that the angle of refraction will be 0°. In the case of double refraction of a normally incident ray o ...
Catching the wave - Selected Topics in Quantum Electronics, IEEE
... was that nobody told me what to do. How could I be sure that the topic I would choose would be up to the standards of this world-renowned institution? Because of my microwave background, I got involved in taking advantage of the negative resistance of the newly discovered Esaki Tunnel Diode to make ...
... was that nobody told me what to do. How could I be sure that the topic I would choose would be up to the standards of this world-renowned institution? Because of my microwave background, I got involved in taking advantage of the negative resistance of the newly discovered Esaki Tunnel Diode to make ...