powerpoint slides
... smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...
... smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...
The statistical interpretation of quantum mechanics
... Theoretical physics maintained itself on this concept for the next ten years. The problem was this: an harmonic oscillation not only has a frequency, but also an intensity. For each transition in the array there must be a corresponding intensity. The question is how to find this through the consider ...
... Theoretical physics maintained itself on this concept for the next ten years. The problem was this: an harmonic oscillation not only has a frequency, but also an intensity. For each transition in the array there must be a corresponding intensity. The question is how to find this through the consider ...
投影片 1
... What is the meaning of “frequency”, “waveelngth” for a single photon ? What is the meaning of “quantized energy” for a light wave ? How could we understand the interference effects between two light sources by photons ? ...
... What is the meaning of “frequency”, “waveelngth” for a single photon ? What is the meaning of “quantized energy” for a light wave ? How could we understand the interference effects between two light sources by photons ? ...
Slides - Antimatter
... Unified field theory of e and w forces Salaam, Weinberg, Glashow Single interaction above 100 GeV Mediated by W,Z bosons Predictions • Weak neutral currents (1973) • W and Z gauge bosons (CERN, 1983) ...
... Unified field theory of e and w forces Salaam, Weinberg, Glashow Single interaction above 100 GeV Mediated by W,Z bosons Predictions • Weak neutral currents (1973) • W and Z gauge bosons (CERN, 1983) ...
Here - TCM - University of Cambridge
... An alternative view: ‘hidden variables’ Do experiment on ensemble of systems with ‘identical state preparation’ (i.e. each system prepared with same Ψ). Initially, nothing to distinguish any one system from any other. Nevertheless, results are (say) particle positions randomly distributed as Ψ2 ove ...
... An alternative view: ‘hidden variables’ Do experiment on ensemble of systems with ‘identical state preparation’ (i.e. each system prepared with same Ψ). Initially, nothing to distinguish any one system from any other. Nevertheless, results are (say) particle positions randomly distributed as Ψ2 ove ...
Classical: electron as particle
... Bohr implicitly assumed something like resonant electron orbital wavelengths in his successful model of the Hydrogen atom in 1913 (quantized angular momentum) ...
... Bohr implicitly assumed something like resonant electron orbital wavelengths in his successful model of the Hydrogen atom in 1913 (quantized angular momentum) ...
A quantum calculation of the higher order terms in the Bloch
... Several papers have recently been devoted to the calculation of higher order terms appearing in the expression of the Bloch-Siegert shift. This renewal of interest has been stimulated by an article of Chang and Stehle (1971) who derive the shift from a quantum electrodynamics calculation. The expres ...
... Several papers have recently been devoted to the calculation of higher order terms appearing in the expression of the Bloch-Siegert shift. This renewal of interest has been stimulated by an article of Chang and Stehle (1971) who derive the shift from a quantum electrodynamics calculation. The expres ...
Document
... the approximate appearance of the electric field around the fixed charges in each part of the figure below. Include arrows to show the directions of the field lines. ...
... the approximate appearance of the electric field around the fixed charges in each part of the figure below. Include arrows to show the directions of the field lines. ...
Atomic Structure
... You are familiar with many types of radiant energy: visible light, UV-light, X-rays, and gamma radiation. James Clerk Maxwell in 1856 proposed the existence of waves which were related to both electricity and magnetism and called them Electromagnetic waves. Some waves require a medium to travel thro ...
... You are familiar with many types of radiant energy: visible light, UV-light, X-rays, and gamma radiation. James Clerk Maxwell in 1856 proposed the existence of waves which were related to both electricity and magnetism and called them Electromagnetic waves. Some waves require a medium to travel thro ...
Another version - Scott Aaronson
... over a “hidden subspace,” which anyone can measure in two complementary bases to check the bill’s veracity ...
... over a “hidden subspace,” which anyone can measure in two complementary bases to check the bill’s veracity ...
New Methods in Computational Quantum Field Theory
... • Basic leading-order approximation (“tree-level”) isn’t sufficient: – renormalization scale dependence is unphysical but strong – missing sensitivity to jet size & other parameters ...
... • Basic leading-order approximation (“tree-level”) isn’t sufficient: – renormalization scale dependence is unphysical but strong – missing sensitivity to jet size & other parameters ...
Motion of a charged particle in a magnetic field
... Stokes’ theorem. This result shows that the" relative phase ∆ϕ is fixed by the factor q/! multiplied by the magnetic flux Φ = A B · d2 r enclosed by the loop.6 In the absence of a magnetic field, the flux vanishes, and there is no additional phase. However, if we allow the paths to enclose a region ...
... Stokes’ theorem. This result shows that the" relative phase ∆ϕ is fixed by the factor q/! multiplied by the magnetic flux Φ = A B · d2 r enclosed by the loop.6 In the absence of a magnetic field, the flux vanishes, and there is no additional phase. However, if we allow the paths to enclose a region ...