Dr. Paul Tremper
Karlsruhe Institute of Technology (KIT)
Campus Süd
Institute of Telematics
Chair for Pervasive Computing Systems / TECO
Vincenz-Prießnitz-Straße 1
76131 Karlsruhe
Germany
Building 07.07, Room 214
email: tremper(at)teco.edu
phone: +49 721 608-41708
Short CV
- since 2019 PostDoc at TECO
- 2018 Dr. rer. nat. Dissertation in Theoretical Particle Physics
- 2014 – 2018 PhD student at TTP (Institute for Theoretical Particle Physics) at KIT
- 2014 Graduation with Diplom (Master equivalent) from Karlsruhe Institute of Technology (KIT)
- until 2014 Student of Physics at Karlsruhe Institute of Technology (KIT)
Projects
- since 2020 KI-driven Autocalibration of a heterogeneous sensor network
- 2019 – 2020 SmartAQnet
Research Interests
- Gamification
- Environmental Sensing
- Meditation and Technology
- Human-Computer Interaction
- Interdisciplinary Application of Concepts of Theoretical Physics
Bachelor- and Master’s Theses
Open Topics
Current Theses
- Air quality weighed traffic routing based on AI driven simulation interpolation using landuse regression feature engineering
Finished Theses
- Gamified Mobile Air Quality Sensing with a Tangible Sensor Toy – Design, Implementation and Evaluation of a Tangible Sensor Toy (Farima Narimani Karahvi, Master’s thesis, 2019)
- Gamified Mobile Air Quality Sensing with a Tangible Sensor Toy – Design, Implementation and Evaluation of a Gamified Sensing App (Arash Torabi, Master’s thesis, 2019)
Past Seminar Topics
Mobile Computing and Ubiquitous Technologies Seminar
- Haptische Metronome in Musik und Medizin (Lisa Weigl, SS20)
- Supporting Meditative Awareness through Affordable Wearables (Fabian Bickelmann, SS20)
- Supporting Meditative Awareness through Neurofeedback Wearables (Vincenzo Pace, WS1920)
- Supporting Drum Learning/Playing through the use of Haptic Wearables (Simon Pfeifer, WS1920)
- Explainable Deep Neural Networks (Anna Carolina Steyer, SS19, Seminar Proceedings)
Publications
- 2019 – Matthias Budde, Johannes Riesterer, Marcel Köpke, Paul Tremper, Till Riedel: Low-Cost Sensing and Data Management in SmartAQnet (Proceedings)
- 2018 – Paul Tremper: Aspects of CP Violation – An $E_6$ Symmetric Nelson-Barr Model and a Supersymmetric Solution to ϵ′κ/ϵκ (Doctoral Thesis)
- 2018 – Jakob Schwichtenberg, Paul Tremper, Robert Ziegler: A Grand-Unified Nelson-Barr Model
- 2016 – Teppei Kitahara, Ulrich Nierste, Paul Tremper: Singularity Free Next-to-Leading Order DeltaS=1 Renormalization Group Evolution and Epsilon Prime / Epsilon in the Standard Model and Beyond
- 2016 – Teppei Kitahara, Ulrich Nierste, Paul Tremper: Supersymmetric Explanation of CP Violation in “K to pi pi” Decays