Tamal Sen

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The use of molecular spin state as a quantum of information for storage, sensing and computing has generated considerable interest in the context of next-generation data storage and communication devices, opening avenues for developing multifunctional molecular spintronics. Such ideas have been researched extensively, using single-molecule magnets and(More)
We present a static analysis-based technique for reverse engineering finite state machine models from a large subset of sequential Java programs. Our approach enumerates all feasible program paths in a class using symbolic execution and records execution summary for each path. Subsequently, it creates states and transitions by analyzing symbolic execution(More)
The phenalenyl unit has played intriguing role in different fields of research spanning from chemistry, material chemistry to device physics acting as key electronic reservoir which has not only led to the best organic single component conductor but also created the spin memory device of next generation. Now we show the non-innocent behaviour of phenalenyl(More)
SUMMARY: Gutenberg and Richter showed that magnitude-recurrence relationship may be represented by a linear relationship when the log of annual rate of exceedance was plotted against magnitude. This type of recurrence model has been in use because of its simplicity and because it fits the data reasonably well over a useful range of magnitudes of engineering(More)
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