This thesis is supposed to make teachers and teaching students aware of the educational problems in physics during comprehensive school. The editor has interviewed pupils and studied literature in the physical education. Also the pupils conceptions in some basic physics have been studied. The pupils agree in the interviews, that their previous knowledge in physics is not satisfying. The reason of this is further discussed and compared with the literature..

The purpose of this thesis is to try to find out what effect subject oriented projects like Energiutmaningen has on the teachers, with a focus on teachers? physics education. What was the experience for the teachers who participated and what effects did the project have on them. Four teachers were interviewed through qualitative interviews. From the result it showed that the most experienced teachers, who have been teaching physics for many years, gained a new perspective of their teaching, through their participation a development showed in their education.

AbstractThe beginning of the 20th century gave birth to quantum physics. Within years it revolutionized material science and converted the theoretical foundations of modern chemistry, and to some extent even biology, to physics? new branch, molecular physics. Merger of relativistic and quantum physics soon led to the development of quantum field theory and a deeper understanding of the elementary constituents of matter. Part of this development found its way into high school textbooks as early as in the 1950s.

The aim with this essay is to find out what the expected changes in the subject physics will lead to for teachers and their pupils in ?gymnasiet?. The new fields we have chosen to focus on are electronic structure of condensed matter, nanotechnology and material physics. By studying earlier used curricula and textbooks, we illustrate what teachers may have come into contact with in their teaching careers. The main focus lies on what teachers claim to know about the fields mentioned above and if there is a need for further education.

The purpose of this project is to examine the development of the upper secondary school physics course and from this get a better understanding why the course is organized the way it is today. The timeless argument for studying science in school will begin this essay. After that the reader will be aware of when important discoveries in physics were made. Then school history is presented. In this part we are told when the first school started in Sweden, but the focus lies on the upper secondary school and the physics course.

The purpose of this project is to examine the development of the upper secondary school physics course and from this get a better understanding why the course is organized the way it is today. The timeless argument for studying science in school will begin this essay. After that the reader will be aware of when important discoveries in physics were made. Then school history is presented. In this part we are told when the first school started in Sweden, but the focus lies on the upper secondary school and the physics course.

The purpose of this project is to examine the development of the upper secondary school physics course and from this get a better understanding why the course is organized the way it is today. The timeless argument for studying science in school will begin this essay. After that the reader will be aware of when important discoveries in physics were made. Then school history is presented. In this part we are told when the first school started in Sweden, but the focus lies on the upper secondary school and the physics course.

This study draws upon the framework for analyzing the discourse of a science classroom introduced by Mortimer and Scott (2003). It has been used for many studies before on high school youths, but never on adults. Therefore, this study focuses on the interaction between teacher and students in an adult education on high school level in physics, and how students can change the classroom discourse. Observations took place in two different schools for adults, in four different teaching groups. The result was analyzed by pattern of interactions, communicative approach, teaching purpose, type of student questions and their effect on the classroom discourse.

This study is about quantum physics and the role it can play in a religious perspective. I intend to examine how moderna physics may be related and understood as New age and Myths. My material consists of two books in the new age genre: "The Tao of Physics" by Fritjof Capra and "The Quantum Self" by Danah Zohar. My first two question to these books are which 1) religious and 2) scientific content they have. My other questions are too 3) investigate and demonstrate how these books are new age and 4) to exanine how the books can function as myths and adopt mythical features.

En undersökning av hur gymnasielärare i fysik använder metoder som inkluderar informations- och kommunikationsteknik i sin fysikundervisning gjordes. Studien baserades på intervjuer samt enkätsvar av sex lärare från olika gymnasieskolor inom Västernorrlands län. Intervjuerna analyserades i en jakt på övergripande mönster och enkätsvaren sammanställdes för att ge kompletterande kvantitativt stöd till intervjuerna. Slutsatserna visar att ingen av de här lärarna arbetar med metoden RealTime Physics, men att de till stor grad använder liknande metoder på liknande sätt men även att det ?nns en spridning inom gruppen när det gäller hur de använder den här metodtypen.Undersökningen visar även att den här lärargruppen har en positiv syn på den här typen av metoder även om de identi?erat behov av mer teknisk utrustning, kompetens och tid för att arbeta på det här sättet..

The game QuantoJump is developed in the programming language Java to be an educational game in quantum physics. By illustrating quantum mechanical laws of electron transitions with shapes and colours, QuantoJump hopes to spark interest and create a more intuitive understanding of quantum physics. The result is a game where the player plays as an electron in the outermost shell of an atom, with the goal of getting to the innermost shell. This while not making forbidden jumps by following the laws of electron transitions dictated by quantum physics. The programming of the game was done in the integrated develpoment environment Eclipse.

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 paper is based upon a questionnaire and interviews with Swedish secondary school teachers (student of ages from 16 to 18). The purpose of the paper was to get a picture of teacher?s attitudes to astronomy in the physics courses and how this affects their teaching. The questionnaire showed that astronomy is the least prioritized field in physics in secondary school. Teachers seem to generally consider astronomy as the least important field and they spend little time teaching it, many teachers even exclude astronomy completely from their classes.

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.

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.