Difference between revisions of "Andrew Byun"

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(Created page with "===Educations=== KAIST. Integrated Master's & Ph.D. Program in Physics. (2018~)<br> Hanyang Univ. B.S. in Physics, Double major in Computer Science and Engineering. (2018) ==...")
 
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===Reserch Experiences===
 
===Reserch Experiences===
Integrated Master's & Ph.D. Program Program: Ultrafast Quantum Optics Lab, KAIST. (2018~)<br>
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Integrated Master's & Ph.D. Program Program: Quantum Computing Lab, KAIST. (2018~)<br>
*Quantum Coherence Control<br>
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* Coherent control using ultrafast laser include frequency comb. <be>
*Rydberg atom experiment: Coherent/Dissipation dynamics <br>
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* Fluorescence imaging using a holographic device. <be>
 +
* Quantum annealing of few-body Rydberg atom system. <be>
 +
 
 
Undergraduate Research Program: Elementary Particle Physics group, Hanyang Univ. (2017)
 
Undergraduate Research Program: Elementary Particle Physics group, Hanyang Univ. (2017)
*Searching for Rare Decay of Top Quark Using Deep Learning
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* Searching for Rare Decay of Top Quark Using Deep Learning
  
 
===Teaching===
 
===Teaching===

Revision as of 04:59, 7 July 2022

Educations

KAIST. Integrated Master's & Ph.D. Program in Physics. (2018~)
Hanyang Univ. B.S. in Physics, Double major in Computer Science and Engineering. (2018)

Reserch Experiences

Integrated Master's & Ph.D. Program Program: Quantum Computing Lab, KAIST. (2018~)

  • Coherent control using ultrafast laser include frequency comb. <be>
  • Fluorescence imaging using a holographic device. <be>
  • Quantum annealing of few-body Rydberg atom system. <be>

Undergraduate Research Program: Elementary Particle Physics group, Hanyang Univ. (2017)

  • Searching for Rare Decay of Top Quark Using Deep Learning

Teaching

General Physics I (PH141), Teaching Assistance, Basic recitation class (2018 spring)
General Physics II (PH142), Teaching Assistance (2018 fall)
Physics Lab. I (PH251), Teaching Assistance, Lab TA (2019 spring)

Publications

  • Not yet. But soon?

Skills

Optical frequency comb (1 year), Numerical simulation of Rydberg dynamics
Programming: C(Knowledgeable), C++(Knowledgeable), Python(Basic understanding), Matlab(Knowledgeable), Labview(Basic understanding), Mathematica(Basic understanding)
Language: Korean(Native), English(Intermediate)