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Point two: The Federal Reserve of New York goes into the open market with the goal of supporting the stock market However, instead of buying common stocks directly, it buys corporate bonds That s the key This is, in essence, what was done with the Reconstruction Finance Corporation in the last century The law says you can do it too The Fed can do it The Fed can buy the bonds of hundreds of major companies The Fed puts those bonds in its portfolio And those companies get the cash Point three: We recognize this is a very unusual step, a major break with tradition So we figured you would need a political overlay to make the plan more palatable to the public Instead of just buying.

Lemma A.16 Let M be a real or complex ri x n matrix. There exists a polynomial g(X) o the degree n2 or lower such that g( M ) = 0. f

4/. = 0

U~(CU)

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But the great effect of the evening came after the Roast and Boiled, when the fiddler ( n artful dog, mind! The sort a of man who knew his business better than you or I could have told it him!) struck up Sir Roger de Coverley.

We turn nally to Professor Fossum s point 4, detector readout. In imaging and spectroscopy our interest is in massively parallel arrays consisting of millions of photodetectors. From the origins of electronic imaging through the 1980s, image transduction was implemented using cathode ray tubes. Incident light generated charge on a photoconductive service, and the charge density on this surface was scanned using an electron beam in a vacuum tube. Such systems are bulky and have poor quantum ef ciency. The development of all solid-state focal plane arrays (FPAs) enabled the development of much more compact, ef cient, and robust imaging systems. A solid-state FPA performs the same two basic functions as a vacuum tube system: (1) transducing incident light into electronic charge and (2) transforming the 2D array of photodetector signals into a 1D temporal signal for readout into a digital processor. We understand how to implement step 1 through our discussion of photodiodes. Step 2 requires us to venture a bit further into discussion of electronic circuit design. As suggested by steps 5 8 of Professor Fossum s list, the optoelectronic interface is somewhat more complex than simply detecting the light and reading it out. The interface transforms the physical distribution of an image light eld into a mathematical data array. This transformation consists of diverse electronic ampli cation, noise reduction, signal conditioning, and analog-to-digital operations. FPA design is separated into systems that implement some of these operations at individual photodetection sites (active pixel sensors) and systems that implement most of these operations after serializing the image data stream (charge-coupled devices) (CCD). The CCD, invented in 1969 at Bell Laboratories [25], consists of an array of gates. As illustrated in Fig. 5.8, a single photogate consists of a metal oxide semiconductor

3. There exists a neutrd element 0 in V , such thatfor all elements 71 in V , 71 + 0 = ii. (Existence of an additive identity element in V . )

Use the Style Inspector when you want to fully examine the styles and direct formatting in use (direct formatting is identi ed by the word Plus in the Style Inspector).