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2007-2008 UCSD 生物基因工程研究實驗室照片
2007-2008 UCSD 生物基因工程研究實驗室照片
專長:
專長:
(unified field theory, condensed matter physics, chaos theory, superconductors, first-principles calculations, high-entropy alloys, biophysics, dark matter, and the applications of AI and machine learning. His research interests include condensed state physics, Curie temperature, and advanced computational methods in quantum mechanics.)
1. Genetic regulation circuits in E. coli
1. Genetic regulation circuits in E. coli
2. MD simulation by AMBER code for Small no-coding RNA in Eoli
2. MD simulation by AMBER code for Small no-coding RNA in Eoli
3. Growth Rate-Dependent Global Effects on Gene Expression in Bacteria
3. Growth Rate-Dependent Global Effects on Gene Expression in Bacteria
4. Ribosome Synthesis and Proteome Partition Dictate the Growth-Rate
4. Ribosome Synthesis and Proteome Partition Dictate the Growth-Rate
5. Nonlinear chaotic dynamic theory (chaos)
5. Nonlinear chaotic dynamic theory (chaos)
6. Density functional theory and calculation (DFT，ab initio)
6. Density functional theory and calculation (DFT，ab initio)
7 Topology Insulators
7 Topology Insulators
9. High entropy alloy (HEA，高熵合金)
9. High entropy alloy (HEA，高熵合金)
10. Image encryption and chaotic systems:
10. Image encryption and chaotic systems:
- Encryption using chaotic maps and fractal image compression
- Encryption using chaotic maps and fractal image compression
高中時期 561 班的巴斯 / 563
高中時期 561 班的巴斯 / 563
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