This paper aims to describe and elaborate on a recent discursive change within the new-age movement. Since the seventies and the publishing of speculative popular science books like The Tao of Physics by Fritjof Capra and The self-aware Universe by Amit Goswami, the idea that quantum physics resonates with spirituality has become the topic of hundreds of books and movies.The quantum-spiritual discourse has three distinct ways to approach quantum physics in its discussion on spirituality: The parallelistic approach which emphasizes the similarities between eastern philosophies and modern physics, the monistic-idealistic approach which tells us that mind is the foundation of matter and the scientific spiritual approach which tries to explain spiritual claims scientifically. In the quantum-spiritual discourse, quantum physical phenomena (e.g. non-locality and entanglement) are being called upon to validate metaphysical statements. The primary assumption of the discourse is that the shift of paradigm due to the establishment of modern physics also is a shift of paradigm of spirituality.With the object to examine the common claims made in the discourse, cross-references between spiritual arguments and facts of quantum physics are being made.

A numerical simulation case involving space plasma and the evolution of instabilities that generates very fast electrons, i.e. approximately at half of the speed of light, is used as a test bed for scientific visualisation techniques. A visualisation system was developed to provide interactive real-time animation and visualisation of the simulation results. The work focuses on two themes and the integration of them. The first theme is the storage and management of the large data sets produced.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

In 1972 a national higher education for librarians was started. Up until then different categories of librarians got their education separately. The aim of this Master's thesis is to explore the attitude towards this new education for librarians. The study will concentrate on the attitude of the representatives from the research libraries. Researchlibraries had, until 1972, recruted their librarians amongst Ph.D-level scholars.

In this study we aim to research teacher opinions on sexual education and how it is conducted within schools in Sweden. From their view of the education we want to elucidate the different factors of success and tribulation that the sexual education contains. The teacher opinions, which are collected through semi-structured interviews, reflect many different aspects of the sexual education. Though the informants possess different positions within schools they all seem to have some what the same idea of what successes and tribulations the sexual education contains. Furthermore all of them agree on one thing, the students want more sexual education.

This report aims to provide an insight into the particle physics of today, and into the research that goes on within the field. The focus is partly on the recent discovery of the Higgs boson, and partly on how software can be used to simulate processes in particle accelerators. Basic concepts of particle physics and the search for the Higgs boson are discussed, and experimental results, including those from the Large Hadron Collider, are compared with simulations made in MadGraph 5. Furthermore, simple new models of particle physics are created in FeynRules, in order to make simulations based on the models. To support the presentations of these aspects, some of the underlying theory is built from the ground up.

In the current situation there is not much written about assessment of laboratory work, and the majority of the working physics teachers are retiring and there are only a few newly qualified physics teachers. The purpose of this thesis is to examine how physics teachers assess laboratory work within upper secondary schools, with Gy2011 in mind. The new grade system, Gy2011, has a larger focus on the laboratory work then the earlier system Lpf 94. Skolverket has in their man-ual with examples of assessment two different sorts of laboratory experiments. The first assess-ment is regarding the planning of a laboratory work and the other about how able the pupil exe-cutes laboratory work.

I have in my thesis produced a start of a multiplayer, voxel, strategy sandbox game withadvanced AI. The world is made out of voxels in the form of blocks that both the players andother units can affect and change. In a world where every block follows the laws of physicsfor both fluids and physics. The game is designed for several players that fights for controllover land and resources..

Hur studenter klarar sina introduktionskurser i fysik på universitetet beror till stor del på deras attityder till fysik och fysikundervisning. Studenternas attityd påverkar hur dem arbetar med föreläsningar, lektioner, laborationer och kurslitteratur, och avgör hur studenterna gör för att tolka, resonera och bygga förståelse kring kursinnehållet. Det finns utförliga studier gjorda om vilka attityder som är fördelaktiga för fysikstudier på universitetsnivå. Men det finns väldigt lite forskning som visar om det är elever med fördelaktiga attityder som söker sig till fysikutbildningar. I detta arbete undersöks och karaktäriseras ett samband mellan elevers fysikattityder och deras val av framtida studier..

Empirisk forskning har visat att det finns tydliga kopplingar mellan intresse, attityder ochstudieframgångar. Enkätundersökningen som föreligger denna rapport ämnade att mäta hur intressetför fysik och attityder till fysik och fysikundervisningen skiljer sig åt mellan de olika årskurserna pågymnasiet. För att kunna mäta attityderna har enkätverktyget Maryland Physics Expectations(MPEX) Survey använts. Enkäten har besvarats av 605 respondenter från teknik- ochnaturvetenskapsprogrammet på två gymnasiumskolor i Mellansverige. Intresset för fysik är lågt påde undersökta skolorna och det tenderar att bli lägre med åren.

Undersökningens huvudsakliga syfte är att ta reda på hur elever uppfattar experiment och laborationer inom ämnet fysik. Ett annat syfte är att kartlägga elevuppfattningar om grupparbetet inom det laborativt arbete som kan ha betydelse för elevens aktivitetsgrad och lärande. Som grund för detta examensarbete har vi använt oss av en kvantitativ enkätundersökning som genomförts på 250 elever i grundskolans senare årskurser och gymnasieelever som läser natur eller teknikprogrammet. Resultatet av undersökningen visar att eleverna tycker att det är intresseväckande med laborationer, de ser till viss del kopplingar mellan deras vardag och fysikundervisning och de tycker att de lär sig mer genom att laborera. Dessa uppfattningar stämmer väl med vad didaktisk forskning anser vara syften med laborationer..