Requirements on radiating structures are constantly increasing, demand for faster speed, smaller size, and higher reliability drives today's technical development. However, for electrically small structures, less than half-a-wavelength in size, performance is fundamentally limited by physical size. This thesis explores how to construct and calculate physical bounds for advanced antennas and comple

The canon has been remolded under the influence of later developments in technology and media. Posthumanism and Communication and Performance Studies push forward the demythization – initiated by the Cultural Studies – of the aesthetic isolationism of the New Criticism. The new developments do not dispute the primacy of the aesthetic/truthful criteria used for informing the canon, but they disclos

I ärendets beredning har deltagit universitetslektor Åsa Knaggård och postdoc RogerHildingsson vid Statsvetenskapliga institutionen samt universitetslektor BengtJohansson och professor Lars J. Nilsson vid Avdelningen för miljö- och energisystem,Lunds tekniska högskola. Vidare har professor Markku Rummukainen, professorHenrik Smith; professor Katarina Hedlund och utredare Mark Brady, samtligavid Ce

The temperature dependence of the conformational properties in simulations of the intrinsically disordered model protein histatin 5 has been investigated using different combinations of force fields, water models, and atomistic and coarse-grained methods. The results have been compared to experimental data obtained from NMR, SAXS, and CD experiments to assess the accuracy and validity of the simul

This study uses crop stable nitrogen isotope analysis of charred grain to explore manuring practices in arable production at the affluent regional center Uppåkra and a set of smaller surrounding sites, dating to the first millennium AD in southern Sweden. The isotopic analysis focuses on hulled barley, the principle crop in the Scandinavian Iron Age, and the minor crops: bread wheat, emmer wheat,

For many multivariable problems there are no efficient algorithms for finding solutions. To this day, conventional electronic computers mainly solve problems in a sequential manner. This sequential operation prevents problem-solving within a reasonable time-frame due to superpolynomial, and sometimes even exponential, time complexities. Developing powerful parallel computation techniques has there

Aging buildings will sooner or later be in need of renovation, which opens opportunities to reduce energy use. Even if economically feasible energy measures or technologies exist, they are not always implemented, leading to an energy efficiency gap. This dissertation deals with how energy measures are handled and why they are enabled or disabled during the planning and design of renovations. Durin