Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

Elastic slowing of supersonic beams

Max F. Riedel

Published Jan 1, 2016• 0 citations
Publisher

Abstract

Approved by Supervising Committee: For my parents. Thank you for your love and support. Acknowledgments First of all, I would like to thank my supervisor, Prof. Mark Raizen. Mark, you allowed me great freedom in my work and put a lot of trust in me. Nevertheless, you were always there with good advice and great ideas when I needed you. I am very proud that I was given the opportunity to work in your group. Thank you for supporting me during my time in Austin and beyond. I am equally thankful to my fellow group members and friends Adam Libson, Dr. Ed Narevicius and Christian Parthey. Everything we accomplished during the last one and a half years was a group effort and they are the main reason I am writing this thesis using the pronoun “we”. Adam, although you sometimes “unnerved ” us with your constant fear of leaks or fatal rotor destruction, I wouldn’t have wanted to work with anybody else than you on this project. You often foresaw problems we would have easily

DOI
10.15781/t23d51

Related papers

Supersonic Beams

Jamie Ryan Gardner

Springer theses•Oct 31, 2017•0 citations

Quantum Simulations of Atom-Photon Interactions

Martti Havukainen

ISBN 951-45-8709-X (PDF version) Helsingin yliopiston verkkojulkaisut Helsinki 1999 Preface This work has been done at Helsinki Institute of Physics (HIP). I am most grateful to Prof. Stig Stenholm for his guidance and giving me possibility to do this work. I am also greatly indebted to Doc. K.-A. Suominen. Part of the work was done in his group. I also thank Prof. V. Bužek and G. Drobny ́ for collaboration and for their hospitality during my visit in Bratislava. I want to thank my parents and little sister about everything. I also thank the members of the group of Quantum Optics who have helped me in numerous problems. Finally I thank all my friends especially in our bowling and minigolf group. They have helped me during my studies and together we have had many tight matches. I also want to thank the Center for Scientific Computing (CSC) for offering their computer facilities for this work. With gratitude I acknowledge the financial support provided by the Academy of

Työväentutkimus Vuosikirja•Oct 1, 1999•0 citations

Development of theoretical approaches for post-silicon information processing

Viktor Ivády

Despite knowing the fundamental equations in most of the physics research areas, still there is an unceasing need for theoretical method development, thanks to the more and more challenging problems addressed by the research community.The investigation of post-silicon, non-classical information processing is one of the new and rapidly developing areas that requires tremendous amount of theoretical support, new understanding, and accurate theoretical predictions.My thesis focuses on theoretical method development for solid-state quantum information processing, mainly in the field of point defect quantum bits (qubits) in silicon carbide (SiC) and diamond.Due to recent experimental breakthroughs in this field, there are diverse theoretical problems, ranging from functional development for accurate first principles description of point defects, through complete theoretical characterization of qubits, to the modeling and simulation of actual quantum information protocols, that are needed to be addressed.The included articles of this thesis cover the development of (i) hybrid-DFT+V w approach for the first principles description of mixed correlated and uncorrelated systems, (ii) zero-field-splitting tensor calculation for solid-state quantum bit characterization, (iii) a comprehensive model for dynamic nuclear spin polarization of solid-state qubits in semiconductors, and (iv) group theoretical description of qubits and novel two-dimensional materials for topologically protected states.v vi First of all, I would like to thank my main supervisor, Prof. Igor Abrikosov, and my co-supervisors, Prof. Adam Gali and Prof. Erik Janzén, for their great guidance and helpfulness over the years.I appreciate and thank the numerous advice, the valuable discussions and the inspiring ideas.I am particularly grateful to all of them for providing and maintaining an unusual working agreement through which I can experience and learn much more than I could imagine before.Furthermore, I am thankful to Prof. Adam Gali for launching me on my career, helping from the beginning, and for involving me in several collaborations as well as to Prof. Igor Abrikosov for showing me numerous theoretical techniques, guiding me towards method development studies, and for supporting during my PhD studies.I would like to thank all of the members of our Swedish and Hungarian groups for creating a friendly and helpful atmosphere and for always being open for discussions.I am also very grateful to all of my collaborators, particularly from

Linköping studies in science and technology. Dissertations•Oct 21, 2016•1 citation

Dynamics of metastable states in supersonic beams

Ofer Sneh

•May 1, 1991•0 citations

Investigating spin liquids via projected wavefunctions

João Augusto Sobral da Silva

Formal education is not a certified path to achieve wisdom in life.Notwithstanding, once you have the necessary support to follow it, a plethora of opportunities for selfdiscovery and edifying interactions with many inspiring minds can be found.I am deeply grateful to have the opportunity to continue developing what I believe to be one valid path, and this would not be possible without the efforts of many inspiring people that I have met, but most importantly, without the sacrifices made by my mother Simone.Consequently, this work and all of my efforts are and will always be an infinitesimal fraction of her unbelievable perseverance and braveness throughout this life.Additionally, in times upon which denialism and ignorance hinder even the possibility of human existence by normalizing abrupt and premeditated destruction of life potential, explicit gratefulness and empathy stand as a moral demonstration of character and as a necessary incentive for the exercise of living.Therefore, I would also like to acknowledge important people who were crucial to my well-being, and consequently, to this work.• To my advisor Prof. Dr. Eric de Castro e Andrade for this unique opportunity, the instigating physical discussions throughout my master's about strongly correlated systems, for the solicitous comprehension in difficult times, and for the patient and detailed orientation in each step of this dissertation.This also extends to Eric's fantastic demonstration of character in many aspects, including his concern on the future of his students.This experience was fundamental to my professional and personal development.• To Fabrizio Oliviero and Prof. Rodrigo Pereira for the opportunity to work and discuss on interesting aspects of their previous work regarding chiral spin liquids.To Prof. Eduardo Miranda and Prof. Natanael Costa for accepting our invitation to the thesis defence and for the valuable advices.• To my undergraduate thesis advisor Prof. Dr. Clovis Achy Soares Maia, who although was not directly involved in this thesis, was responsible for encouraging me to pursue a career in physics, and for writing a significant amount of recommendation letters since my undergraduate studies.Our conversations about the current status of scientific research in physics led me towards condensed matter physics, and his unique way of thinking about physics is one of the most influential professional aspects of my career.I also want to thank for equal and much important support from my undergraduate research advisor Prof. Dr. Alexandra Mocellin, who was also fundamental for this opportunity and many others.• To my mother Simone, for its incredible example of resilience, love, and will of power.It is impossible to put into words how I'm grateful for your existence and love, and although I am still stubborn in many aspects, I hope to emanate a fraction of your braveness upon each interaction within this life.Also, to my beautiful sister Luana, my good friend Ricardo and my kind-hearted old man, João Neto.Your support is the foundation and guidance for all of

•Mar 25, 2022•0 citations

空間構造をもつ一次元量子スピン系の基底状態(基礎物理学研究所短期研究会「量子効果が顕著な役割を果たす磁性現象の新展開」,研究会報告)

Takashi Tonegawa

•Sep 20, 1999•0 citations
Approved by Supervising Committee: For my parents. Thank you for your love and support. Acknowledgments First of all, I would like to thank my supervisor, Prof. Mark Raizen. Mark, you allowed me great freedom in my work and put a lot of trust in me. Nevertheless, you were always there with good advice and great ideas when I needed you. I am very proud that I was given the opportunity to work in your group. Thank you for supporting me during my time in Austin and beyond. I am equally thankful to my fellow group members and friends Adam Libson, Dr. Ed Narevicius and Christian Parthey. Everything we accomplished during the last one and a half years was a group effort and they are the main reason I am writing this thesis using the pronoun “we”. Adam, although you sometimes “unnerved ” us with your constant fear of leaks or fatal rotor destruction, I wouldn’t have wanted to work with anybody else than you on this project. You often foresaw problems we would have easily
ISBN 951-45-8709-X (PDF version) Helsingin yliopiston verkkojulkaisut Helsinki 1999 Preface This work has been done at Helsinki Institute of Physics (HIP). I am most grateful to Prof. Stig Stenholm for his guidance and giving me possibility to do this work. I am also greatly indebted to Doc. K.-A. Suominen. Part of the work was done in his group. I also thank Prof. V. Bužek and G. Drobny ́ for collaboration and for their hospitality during my visit in Bratislava. I want to thank my parents and little sister about everything. I also thank the members of the group of Quantum Optics who have helped me in numerous problems. Finally I thank all my friends especially in our bowling and minigolf group. They have helped me during my studies and together we have had many tight matches. I also want to thank the Center for Scientific Computing (CSC) for offering their computer facilities for this work. With gratitude I acknowledge the financial support provided by the Academy of
Despite knowing the fundamental equations in most of the physics research areas, still there is an unceasing need for theoretical method development, thanks to the more and more challenging problems addressed by the research community.The investigation of post-silicon, non-classical information processing is one of the new and rapidly developing areas that requires tremendous amount of theoretical support, new understanding, and accurate theoretical predictions.My thesis focuses on theoretical method development for solid-state quantum information processing, mainly in the field of point defect quantum bits (qubits) in silicon carbide (SiC) and diamond.Due to recent experimental breakthroughs in this field, there are diverse theoretical problems, ranging from functional development for accurate first principles description of point defects, through complete theoretical characterization of qubits, to the modeling and simulation of actual quantum information protocols, that are needed to be addressed.The included articles of this thesis cover the development of (i) hybrid-DFT+V w approach for the first principles description of mixed correlated and uncorrelated systems, (ii) zero-field-splitting tensor calculation for solid-state quantum bit characterization, (iii) a comprehensive model for dynamic nuclear spin polarization of solid-state qubits in semiconductors, and (iv) group theoretical description of qubits and novel two-dimensional materials for topologically protected states.v vi First of all, I would like to thank my main supervisor, Prof. Igor Abrikosov, and my co-supervisors, Prof. Adam Gali and Prof. Erik Janzén, for their great guidance and helpfulness over the years.I appreciate and thank the numerous advice, the valuable discussions and the inspiring ideas.I am particularly grateful to all of them for providing and maintaining an unusual working agreement through which I can experience and learn much more than I could imagine before.Furthermore, I am thankful to Prof. Adam Gali for launching me on my career, helping from the beginning, and for involving me in several collaborations as well as to Prof. Igor Abrikosov for showing me numerous theoretical techniques, guiding me towards method development studies, and for supporting during my PhD studies.I would like to thank all of the members of our Swedish and Hungarian groups for creating a friendly and helpful atmosphere and for always being open for discussions.I am also very grateful to all of my collaborators, particularly from
Formal education is not a certified path to achieve wisdom in life.Notwithstanding, once you have the necessary support to follow it, a plethora of opportunities for selfdiscovery and edifying interactions with many inspiring minds can be found.I am deeply grateful to have the opportunity to continue developing what I believe to be one valid path, and this would not be possible without the efforts of many inspiring people that I have met, but most importantly, without the sacrifices made by my mother Simone.Consequently, this work and all of my efforts are and will always be an infinitesimal fraction of her unbelievable perseverance and braveness throughout this life.Additionally, in times upon which denialism and ignorance hinder even the possibility of human existence by normalizing abrupt and premeditated destruction of life potential, explicit gratefulness and empathy stand as a moral demonstration of character and as a necessary incentive for the exercise of living.Therefore, I would also like to acknowledge important people who were crucial to my well-being, and consequently, to this work.• To my advisor Prof. Dr. Eric de Castro e Andrade for this unique opportunity, the instigating physical discussions throughout my master's about strongly correlated systems, for the solicitous comprehension in difficult times, and for the patient and detailed orientation in each step of this dissertation.This also extends to Eric's fantastic demonstration of character in many aspects, including his concern on the future of his students.This experience was fundamental to my professional and personal development.• To Fabrizio Oliviero and Prof. Rodrigo Pereira for the opportunity to work and discuss on interesting aspects of their previous work regarding chiral spin liquids.To Prof. Eduardo Miranda and Prof. Natanael Costa for accepting our invitation to the thesis defence and for the valuable advices.• To my undergraduate thesis advisor Prof. Dr. Clovis Achy Soares Maia, who although was not directly involved in this thesis, was responsible for encouraging me to pursue a career in physics, and for writing a significant amount of recommendation letters since my undergraduate studies.Our conversations about the current status of scientific research in physics led me towards condensed matter physics, and his unique way of thinking about physics is one of the most influential professional aspects of my career.I also want to thank for equal and much important support from my undergraduate research advisor Prof. Dr. Alexandra Mocellin, who was also fundamental for this opportunity and many others.• To my mother Simone, for its incredible example of resilience, love, and will of power.It is impossible to put into words how I'm grateful for your existence and love, and although I am still stubborn in many aspects, I hope to emanate a fraction of your braveness upon each interaction within this life.Also, to my beautiful sister Luana, my good friend Ricardo and my kind-hearted old man, João Neto.Your support is the foundation and guidance for all of