Oh, and then there's the eBook readers themselves. Every device has its own idiosyncrasies, so you need to have access to as many of them as possible for adequate testing. I ended up with an oldish Android tablet, a Kindle keyboard, a Nook, and an iPad (boy, do things look nice in iBooks!). I have a friend with a Kindle Fire, and another with a Kobo. Despite all that testing I will still be unsurprised if someone tells me that the format won't work on their device. Fortunately I've included HTML and PDF as backups so I think the bases are covered; also the free download includes the eBook formats so people will be able to decide ahead of time whether the eBook will work for them.
Bruce Eckel, author of famous duo "Thinking in Java" and "Thinking in C++" has just finished with "Atomic Scala", touted as the best book to learn Scala. Since I am big fan of Bruce, having benefitted of his earlier work, I bought a copy of this book and started learning Scala. I am happy to say that this is a really great book for beginners. You will find simple exaples, excercises and new concept introduced in simplest possible way. You can even download sample chapter before buying the book from here -sample/#.VefgNvmqpBd.
atomic scala 2nd edition pdf download
The Rabi Hamiltonian, describing the interaction between a two-level atomic system and a single-cavity mode of the electromagnetic field, is one of the fundamental models in quantum optics. The model becomes exactly solvable by considering an atom without permanent dipole moments, whose excitation energy is quasiresonant with the cavity photon energy, and by neglecting the nonresonant (counter-rotating) terms. In this case, after including the decay of either the atom or the cavity mode to a continuum, one can derive the well-known phenomenology of quasiresonant transitions, including the fluorescence triplets. In this work we consider the most general Rabi model, incorporating the effects of permanent atomic electric dipole moments. Based on a perturbative analysis, we compare the intensities of emission lines induced by rotating terms, counter-rotating terms, and parity-symmetry-breaking terms in order to identify the parameter regimes in which these different contributions play a significant role. The analysis reveals that the emission strength related to the existence of permanent dipoles may surpass the one due to the counter-rotating interaction terms but is usually much weaker than the emission due to the main, resonant coupling. This ratio can be modified in systems with a reduced dimensionality or by engineering the energy spectral density of the continuum.
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