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In this thesis, the electronic structure and optical properties of semiconductor nanostructures are studied theoretically. Three types of nanostructures have been studied, silicon nanocrystals, free-standing III-V nanowires and free-standing GaAs/AlGaAs nanowire superlattices. The calculations have been carried out using an atomistic, empirical tight-binding approach. Silicon nanocrystals have at
This paper discusses the relation between logistics and Mergers and Acquisitions (M&A) of companies within the same industry and same industry level (i.e. horizontal M&A). The purpose is to study the effects of M&A on the logistics resources of companies and the possibility for companies to benefit from the re-organising of these resources in the form of synergies. The study hopes to a
The TRIPS Agreement allows WTO members to appropriately enact and apply national competition law to address IPR-related anti-competitive practices. However, application of national competition law to anti-competitive restraints in technology transfer agreements and to abuses of refusal to transfer technology varies from developed countries to developing countries and even between developed countri
A 5.4 GHz digitally controlled oscillator (DCO) has been implemented in a 90-nm CMOS process. It has three different frequency control words, coarse, medium, and fine. The coarse control bank uses MIM capacitors and differential MOS switches. The other banks use MOS varactors. The phase noise was measured at the output of an on-chip divide by 2 circuit. It is -132 dBc/Hz at 3 MHz offset from the 2
We consider a class of large scale linear-quadratic coordination problems where the information exchange is subject to a time-delay. We show that several previously known properties of the optimal solution to the delay-free problem extend to this case. In particular, the optimal control law comprises a diagonal (decentralized) term complemented by a rank-one coordination term, which can be impleme
