a:55:{s:6:"idcode";s:10:"k123141460";s:5:"ename";s:14:"Li-Sheng, Wang";s:4:"bday";s:17:"2000年05月17日";s:2:"i1";s:1:"k";s:2:"i2";s:1:"1";s:2:"i3";s:1:"2";s:2:"i4";s:1:"3";s:2:"i5";s:1:"1";s:2:"i6";s:1:"4";s:2:"i7";s:1:"1";s:2:"i8";s:1:"4";s:2:"i9";s:1:"6";s:3:"i10";s:1:"0";s:4:"date";N;s:4:"name";s:9:"王力陞";s:2:"g1";s:3:"■";s:2:"g2";s:3:"□";s:7:"address";s:33:"苗栗縣頭份鎮中華路774號";s:7:"phone_o";s:0:"";s:7:"phone_h";s:0:"";s:3:"fax";s:0:"";s:4:"mail";s:22:"cody10852864@gmail.com";s:7:"country";s:6:"台灣";s:8:"school_a";s:0:"";s:4:"sc_a";s:0:"";s:4:"sd_a";s:0:"";s:4:"sa_a";s:6:"學士";s:2:"a1";s:0:"";s:2:"a2";s:0:"";s:2:"a3";s:0:"";s:2:"a4";s:0:"";s:8:"school_b";s:0:"";s:4:"sc_b";s:0:"";s:4:"sd_b";s:0:"";s:4:"sa_b";s:0:"";s:2:"b1";s:0:"";s:2:"b2";s:0:"";s:2:"b3";s:0:"";s:2:"b4";s:0:"";s:3:"org";s:18:"國立中正大學";s:3:"dep";s:12:"心理學系";s:5:"dep_n";s:6:"學士";s:2:"s1";s:4:"2018";s:2:"s2";s:1:"9";s:2:"e1";s:4:"2022";s:2:"e2";s:1:"6";s:10:"topic_auth";s:1:"1";s:2:"pi";s:9:"陳建中";s:4:"goal";s:27:"實驗所需之刺激資源";s:3:"pro";s:9:"襲充文";s:9:"study_org";s:0:"";s:5:"topic";s:98:"事件記憶中臉孔與場景訊息的處理與整合: 大腦機制之行為與神經造影探討";s:7:"outline";s:1352:"探討如何在場景中看鍵臉孔並形成事件記憶，了解大腦如何處理在不同場景中出現的不同臉孔，尤其為我們想要知道負責處理臉孔的大腦區域〈如：OFA,FFA,pSTS以及vATL〉）以及處理場景的大腦區域（譬如OPA、PPA及RSC），乃至於負責記憶的大腦區域（譬如PRC、PHC及HPC）如何將來自於處理臉孔與場景腦區的訊息，加以捆綁程為臉孔在場景中的計意痕跡。加上，臉孔與場景之間不對稱的連結可能會有下列的狀況：(a) 一個陌生的臉孔終將成為熟悉的臉孔，因為他在許多不同的場景中皆出現，且加以連結 （譬如在不同的教室中看到和自己修同樣課程的某位同學）；(b) 單一的場景可以做為看見並且連結多個臉孔的匯聚點（譬如有許多課程在同一間教室進行，而修課的同學來自不同的系所）及 (c) 介於上述兩種極端可能性的情況，也就是多個臉孔與多個場景之間具有不同連結強度的大腦機制。尤其是前二者，我們將在實驗中檢驗處理臉孔及處理場景的各個不同腦區的活化程度會如何受到這些不對稱連結的調節。
雖然實驗室內已有部分材料，但由於是記憶實驗刺激其需求量大，所以需要額外資源，希望老師能夠幫忙，感謝。";s:4:"memo";s:1360:"We tend to think that while researchers have pointed out important differences in how we process and recognize faces and scenes and the underlying neural mechanisms are also hugely different. However, one aspect seems to have been ignored is how we can see and remember faces in different scene context. We basically would expect to find brain regions that have been identified to subserve the respective functions of face and scene processing, replicating the findings that have been reported by previous research. Furthermore, we expect the second and third sets of experiments where we would examine how the processing of faces and scenes may be modulated by the asymmetric association between them that are exemplified in our life experiences. For example, the scene processing or its effects may be completely silenced and/or diminished when we recognize someone that has become highly familiar. On the other hand, the regions for face processing may play only a minimum role when we encounter a highly familiar scene that has
become a hub for associating numerous different faces. How the activation and functional role of the anterior and posterior regions in hippocampus (aHPC and pPHC) may change would also be an interesting contribution to the field. In the end, we hope to be able to offer some answers to these important and illuminating issues
";s:0:"";s:9:"王力陞";}