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 is a study in how astronomy has been taught and is being taught in Swedish schools from 1905 to this date with an emphasis on the latest 30 years. It concerns the regulations and methodical recommendations/curricula for Swedish junior high school/Swedish Comprehensive school for the years 1905, 1933, 1955, 1958, 1962, 1969, 1980 and 1994. The matter of integrating astronomy with other subjects and different methodical approaches is also considered. The problem with textbooks written only for one subject when the teacher tries to integrate subjects is emphasised.Physics textbook analysis shows that astronomy teaching has over the years developed, from being based on observations, to become more and more theoretical. It also shows that the amount of practical exercises has been fairly constant in physics textbooks during the seventies end eighties but now in the nineties varies a lot from textbook to textbook. The amount of liberty the textbook gives the pupil in finding knowledge and answers himself in the practical parts of astronomy was at its lowest during the seventies.

How to use automatically read data to create a method that visually describes how energy is used in a building, the so called energy signature..

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..

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.

Mål - Att spara 1 GWh underhållsenergi på Karlshamsverket.Metod - Att lokalisera de största energisänkorna på kraftverket, göra mätningar eller uppskattningar på hur mycket energi dessa förbrukar, för att där efter ge förslag på tekniska åtgärder, med tillhörande ekonomiska beräkningar som ska reducera energiförbrukningen..

Arbetet går ut på att genomföra en miljö- och energianalys av två pressgrupper i processhallen. Detta innebär att dagens process skall analyseras för att se om man genom olika system kan göra arbetsklimatet bättre för operatörerna samtidigt som en besparing av energi möjliggörs..

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.

Ekonomiska styrmedel som skatter, certifikat och handel med utsläppsrätter påverkar lönsamheten i ett kraftvärmeverk. Det är viktigt för investerare att ha god insyn i tendenser och förändringar på styrmedelsområdet, eftersom det kommer att påverka investeringsobjektets framtida lönsamhet.I arbetets andra del undersöks hur styrmedelsförändringar påverkar lönsamheten för större investeringar i kraftvärmeverk med naturgas, avfall och biobränslen..

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.

Students of all ages host a wide variety of scientifically inaccurate ideas and conceptions about everyday astronomical phenomena, such as the seasons, the moon phases, and gravity. The field of Astronomy Education Research has over the last decade experienced an accelerating growth, although the majority of studies have been conducted in the USA. In this work, the 9th grade students of a typical Swedish school were surveyed by means of a questionnaire in order to probe their conceptual understanding of several key concepts in astronomy. In the end, the number of respondents amassed to a total of 90. The results were analyzed with a constructivist approach in light of conceptual change theory and phenomenological primitives.

Detta arbete har utförts tillsammans med FOA 3 i Linköping som en undersökning av molntextur och molnklotter i flygbilder som registrerar värmestrålning. I dessa sammanhang betyder klotter en slags spräcklighet i bilden, eller att det inte går att se några mönster och strukturer i den..

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 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.