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Sebastian Kilde Löfgren
About Sebastian Kilde Löfgren
From 2017-2020, I worked as a physics and mathematics teacher and taught programming at Alströmergymnasiet in Alingsås. There, my interest grew in exploring and developing physics teaching regarding visualizations, laboratory development, and how programming can promote learning in physics.
In September 2020, I was admitted to the CUL (Centre for Educational Sciences and Teacher Research) graduate school. My work is done at the Department of Physics under the supervision of Jonas Enger as part of the Physics Education Research (PER) group. My doctoral project is about developing remote laboratories useful for both high school and university-level students. I currently focus on experiments related to the abstract field concept students face in studying electricity and magnetism. To evaluate the usefulness of the developed experiments and what learning is made possible for students, I employ a design-based research approach guided by variation theory.
I also have a great interest in teacher education. I have been responsible for the Astrofysik course in L(G/9)FY21/LGNK62 since 2021, as well as being responsible for the development of programming laboratories included in the physics courses L(G/9)FY11, L(G/9)FY21, and L(G/9)FY31 for student teachers.
For preprints, see my profile on Research Gate.
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Sliding down an inclined plane: a new method for measuring gravitational acceleration and kinetic friction in upper-secondary
school
Andreas Johansson, Sebastian Kilde Löfgren, Jonas Enger
Physics Education - 2024 -
Escape experience Aeroseum: a classical mechanics escape
room
Sebastian Kilde Löfgren, Merel Wevers, Jonathan Weidow, Magnus Karlsteen, Jonas Enger
Physics Education - 2024 -
Classical mechanics through multiple senses: On using an educational escape room to promote an interest in
physics
Sebastian Kilde Löfgren, Jesper Sjöström Strobel, Andreas Johansson, Jonas Enger
First International Conference on Embodied Education - 2024 -
A Simple Experimental Procedure to Determine the Gravitational Acceleration and the Coefficient of Kinetic
Friction
Andreas Johansson, Sebastian Kilde Löfgren
2024 AAPT Winter Meeting - 2024 -
Demonstration of Sound Waves Using Drones and Students: Connecting Individual Experiences to Large-scale
Observations
Sebastian Kilde Löfgren
2024 AAPT Winter Meeting - 2024 -
Escape Experience Aeroseum: On Design Goals and Educational
Applications
Sebastian Kilde Löfgren, Merel Wevers, Magnus Karlsteen, Jonathan Weidow, Jonas Enger
2024 AAPT Winter Meeting - 2024 -
Drones as observers and students as data points: a large-scale demonstration of sound
waves
Sebastian Kilde Löfgren, Mathilda Virta, Javier Tello Marmolejo, Annie Ringvall-Moberg, Jonas Enger, Dag Hanstorp
Physics Education - 2024 -
The Mechanical Paul Trap: Introducing the Concept of Ion
Trapping
Sebastian Kilde Löfgren, Ricardo Méndez Fragoso, Jonathan Weidow, Jonas Enger
Physics Teacher - 2023 -
Using Mechanical Models to Teach Secondary School Students Particle
Trapping
Sebastian Kilde Löfgren, Jonathan Weidow, Jonas Enger
2023 AAPT Winter Meeting - 2023 -
Rolling balls or trapping ions? How students relate models to real-world phenomena in the physics
laboratory
Sebastian Kilde Löfgren, Jonathan Weidow, Jonas Enger
Science Education - 2023 -
The mechanical Paul trap in the upper secondary physics
laboratory
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Mathematical concepts in physics - the gyroscopic
effect
Åke Fäldt, Tobias Fredlund, Sebastian Kilde Löfgren
KUL2023 - 2023 -
Fysik på Ullevi: Levande
experiment
Sebastian Kilde Löfgren, Javier Tello Marmolejo, Annie Ringvall-Moberg, Jonas Enger, Dag Hanstorp
Fysikaktuellt - 2023 -
The Mechanical Paul Trap: A Playful Introduction to Ion Trapping for Upper Secondary
Students
Sebastian Kilde Löfgren, Ricardo Méndez-Fragoso, Jonathan Weidow, Jonas Enger
Fysikdagarna 2022 - 2022 -
The Mechanical Rotating Saddle Trap in High School Physics
Education
Sebastian Kilde Löfgren, Jonathan Weidow, Jonas Enger
2022 AAPT Virtual Winter Meeting - 2022 -
The Mechanical Paul Trap in the Upper Secondary Physics Classroom: A Design-based Approach to Developing Laboratory
Exercises
Sebastian Kilde Löfgren, Jonathan Weidow, Jonas Enger
EARLI SIG 9 conference 2022: Phenomenography and variation theory in practice - 2022