Minimal logic block encoder Patent

Encoders designed to generate comma free biorthogonal Reed-Muller type code comprising conversion of 64 6-bit words into 64 32-bit data for communication purpose

Building a Systems View of Strategic Discourse across Organizational Meetings

The purpose of this paper is to explore and expand the theoretical resources available to conceptualise organisational strategy meetings as a ‘system’, rather than as singular strategic events or episodes. The paper begins by reviewing the Meetings literature to explore the existing theoretical guidance on conceptualising meetings as a collective and integrated set of activities, rather than as singular events in isolation of each other. The Systems literature is reviewed to identify concepts which may be adopted to enable a systematised view of meetings. The central focus of the paper is to explore the theoretical ways through which organisations’ meetings could be conceptualised as an integrated ‘system of meetings’, rather than as single events. An outline of the empirical data source is then provided, along with the methodology adopted to record and analyse the data

Research and development of superconducting thin films Final report, 15 Dec. 1965 - 15 Dec. 1966

Superconducting niobium thin film productio

Ultrahigh magnetic field spectroscopy reveals the band structure of the 3D topological insulator Bi2_2Se3_3

We have investigated the band structure at the $\Gamma$ point of the three-dimensional (3D) topological insulator Bi$_2$Se$_3$ using magneto-spectroscopy over a wide range of energies ($0.55-2.2$\,eV) and in ultrahigh magnetic fields up to 150\,T. At such high energies ($E>0.6$\,eV) the parabolic approximation for the massive Dirac fermions breaks down and the Landau level dispersion becomes nonlinear. At even higher energies around 0.99 and 1.6 eV, new additional strong absorptions are observed with a temperature and magnetic-field dependence which suggest that they originate from higher band gaps. Spin orbit splittings for the further lying conduction and valence bands are found to be 0.196 and 0.264 eV