We have developed an powerful approach using integrated synchrotron X-ray tomography techniques for fast three dimensional (3D) imaging of a large population of individual neurons in animal brains without tissue clearing or physical sectioning. Isotropic resolution allows 3D reconstruction of thousands of single neurons together with other tissues within a large volume. Our approach provides a new mapping method of the animal brain at single-cell resolution in a realistic time frame.
繪製完整的長期記憶神經網路圖譜，並發展人工智慧的深度學習方法，進行記憶的網路結構與動力學研究，用以處理複雜的記憶學習網路分析，以真實的記憶學習網路結構作為藍本，建立仿生的機器學習網路。
