Interactions: Stability and Organization in Biological and Artificial Intelligent Organisms
暫譯: 互動：生物與人工智慧生物體中的穩定性與組織性
Marquez, Bicky A.
商品描述
This book examines how predicting the future based on analytical and empirical models is essential for our species' survival, stable organization, and well-being. At a high level, information exchange, mainly through communication between people, fosters a deeper understanding of reality and strengthens human bonds, ultimately contributing to the emergence of societies as new creatures or "superorganisms" with significantly more data to feed those models. Communication is fundamental to the development of complex organisms, the maintenance of internal order, and the propagation of knowledge via cultural packets. The human brain's plasticity, memory, and learning capabilities enable storage and rapid responses to new information, enhancing our decision-making and forecasting abilities. The book discusses the complexity of multicellular organisms and the mechanisms that coordinate their internal subsystems, highlighting the emergence of hierarchies from fundamental particles to networks of superorganisms. The interconnectedness of biological oscillators with prominent similarities enables synchronization as a foundation for their superior organization and collective agreements. Finally, this book explores the human quest to enhance survival through accumulating knowledge and developing tools and technologies. It underscores the significance of artificial intelligence as a tool to support cognitive abilities and address global challenges while acknowledging our limited control over reality within an independently operating universe.
商品描述(中文翻譯)
本書探討了基於分析和實證模型預測未來對於我們物種的生存、穩定組織和福祉的重要性。從高層次來看，信息交流，主要通過人與人之間的溝通，促進了對現實的更深理解並加強了人類之間的聯繫，最終促成了社會作為新生物或「超有機體」的出現，這些社會擁有顯著更多的數據來供應這些模型。溝通是複雜有機體發展、內部秩序維持以及通過文化包裝傳播知識的基礎。人類大腦的可塑性、記憶和學習能力使我們能夠儲存和快速響應新信息，增強了我們的決策和預測能力。本書討論了多細胞有機體的複雜性以及協調其內部子系統的機制，突顯了從基本粒子到超有機體網絡的層級結構的出現。生物振盪器之間的相互聯繫具有顯著的相似性，使得同步成為其優越組織和集體協議的基礎。最後，本書探討了人類通過積累知識和開發工具與技術來增強生存的追求。它強調了人工智慧作為支持認知能力和應對全球挑戰的工具的重要性，同時承認我們對於在獨立運作的宇宙中現實的有限控制。
作者簡介
Bicky A. Marquez is a Ph.D. in Applied Physics (optics/photonics) from the Bourgogne Franche-Comté University, France (2018), where she worked at the FEMTO-ST Institute on artificial intelligence photonic hardware. She is a research scientist at the Physics Department of Queen's University, Kingston, Canada, and is affiliated with the Postgraduate Program at Vector Institute for Artificial Intelligence, Toronto. Her research interests are nonlinear and complex dynamical systems, information theory, artificial intelligence and machine learning, computer architecture, and philosophy of mind. She has authored several peer-reviewed papers and a book chapter. Bicky is part of the J Phys Photonics Emerging Leaders 2021 (IOP Science) list, the recipient of a Mitacs Industrial Fellowship (2021), the Queen's Postdoctoral Fund (2019), the Franche-Comté Recherche d'Excellence scholarship (2014-2017), the UCV Student Merit Award in Research (2012), and the IVIC Excellence scholarship (2012-2014).
作者簡介(中文翻譯)
Bicky A. Marquez 擁有法國布爾戈涅-弗朗什-孔泰大學的應用物理學（光學/光子學）博士學位（2018年），她曾在FEMTO-ST研究所從事人工智慧光子硬體的研究。她目前是加拿大金士頓女王大學物理系的研究科學家，並且與多倫多的人工智慧向量研究所的研究生項目有關聯。她的研究興趣包括非線性和複雜動態系統、信息理論、人工智慧和機器學習、計算機架構以及心智哲學。她已發表多篇經過同行評審的論文和一章書籍。Bicky 是《J Phys Photonics Emerging Leaders 2021》（IOP Science）名單中的一員，曾獲得Mitacs工業獎學金（2021年）、女王大學博士後基金（2019年）、弗朗什-孔泰卓越研究獎學金（2014-2017年）、UCV學生研究優異獎（2012年）以及IVIC卓越獎學金（2012-2014年）。
