Chapter 7 discusses the various rules that govern arbitration proceedings and issues that may arise. The chapter focuses on the process of arbitration, including the preliminary hearing, obtaining evidence, and presenting both documentary evidence and witness testimony. Scheduling hearings should be done early in the process, considering the availability of arbitrators, lawyers, parties and witnesses. Virtual hearings became much more common during the global pandemic due to cost and time efficiency. However, challenges related to cybersecurity, data protection, technical knowledge, accessibility, and witness testimony must be addressed in virtual proceedings. The future of hearings may involve a combination of virtual and in-person elements, depending on the preference and circumstances of the parties.

Developmental Cognitive Neuroscience (DCN) has made significant strides since its inception in the late 1980s. In this concluding chapter, we celebrate the progress made in understanding brain development from prenatal stages to adulthood, exploring genetics, epigenetics, neural foundations, and their connections to cognitive and socioemotional growth. While DCN research has gained public and policy attention, there are still theoretical, methodological, and practical challenges ahead, with the field being relatively young and open to exploration. We highlight key takeaways, emphasizing the intricate relationships between brain development, cognition, and the environment. The chapter discusses ongoing limitations and emerging research areas, aiming to inspire future researchers, particularly graduate students, to explore these promising directions. Lastly, we explore the broader societal impact of DCN research, showcasing its potential to deepen our understanding of human development and learning, bridging the gaps between genes, brain structure and function, and environmental influences. DCNs evolution promises to enrich our knowledge of human development and learning, offering insights that can benefit society.

Chapter 2 emphasizes the importance of arbitration agreements, their separability from the main contract, and the need for clarity and validity to ensure enforceability of an arbitration award. It also highlights ongoing efforts to modernize and harmonize the interpretation and enforcement of arbitration agreements through international conventions and model laws. First, it discusses the general characteristics of the arbitration clause. Second, it discusses the concept of separability which allows the arbitration clause to remain valid and enforceable even if the main contract is potentially invalid. Third, it discusses the issue of validity of the arbitration agreement and the fact that different courts interpret the requirements for valid arbitration agreement differently, leading to a non-uniform application of the New York Convention. To address this, UNCITRAL has made recommendation for more flexible interpretationd and has revised provisions of the UNCITRAL Model Law on Arbitration to promote harmonization in the interpretation and enforcement of arbitration agreements.

In this chapter, we explore how our brains help us read and understand written words. Imagine when you started school – you could talk, recognize some letters, and start to hear the sounds in words. These skills lay the groundwork for learning to read. Good language skills make it easier to learn to read. But heres the twist: our brains werent originally built for reading. Weve only been reading for a few thousand years, while weve been using spoken language for tens of thousands of years. So, our brains adapted to this new skill of reading. We also discuss a special part of the brain called the visual word form area that helps us recognize words. We explore how reading changes our brains and why its crucial to have both good language skills and a writing system around to help us become readers. Dyslexia, a reading difficulty, is also discussed. In simple terms, well uncover how our brains enable us to read by adapting to new cultural practices, like writing, and how they use our visual system to make reading possible.

Numbers are an integral part of our daily lives, essential for making sound decisions. Surprisingly, numerical abilities, often termed number sense, begin developing early in life, shaping our foundational understanding of mathematics. This chapter explores the concept of number sense, demonstrating that even young children exhibit sensitivity to numerical magnitudes in everyday problem-solving scenarios. We delve into the transition from non-symbolic to symbolic numbers and its impact on brain development. As children acquire symbolic numerical skills, brain regions supporting number sense are influenced, and experiences refine these representations. We also explore individual differences in mathematical competence and their neural correlates. Furthermore, we discuss the implications of math interventions on brain development, emphasizing the importance of nurturing numeracy skills from an early age. This understanding has far-reaching implications for education policies, ensuring that every child has the opportunity to unlock their numerical wisdom. This chapter illuminates the journey from number sense to mathematical mastery in the developing mind.

This chapter offers a thorough examination of the processes and outcomes of brain plasticity. We begin by unraveling the historical milestones and breakthroughs that initiated the study of brain plasticity. Exploring the intricate world of cellular mechanisms, we outline the core processes underpinning brain plasticity, making this complex topic accessible. We then delve into the three primary types of brain plasticity: experience-independent, experience-expectant, and experience-dependent, showcasing how they depend on environmental inputs to varying degrees. The concept of critical periods emerges as a central theme. We explore the regulatory mechanisms governing the opening and closing of critical periods and why this adaptive feature is essential for brain development. Further, we outline the expansion-normalization hypothesis, providing evidence that sheds light on how brain plasticity evolves over the course of development. Finally, we explore the profound impact of early life adversity on shaping the developing brain, offering insights into the lifelong consequences of such experiences

Chapter 11 deals with investor-state arbitration. Specifically, it addresses arbitration under the aegis of investment treaties, investment agreements and investment laws. The Washington (ICSID) Convention deals with the resolution of investment disputes. The chapter discusses the background of the Washington Convention and its jurisdictional requirements. Additionally, the chapter discusses the special features of ICSID arbitrations. It also focuses on background information, substantive rights and enforcing rights in bilateral investment treaties containing arbitration provisions. Finally, the chapter discusses issues of reform with respect to ISDS (Investor State Dispute Resolution) and new approaches to ISDS found in recent multinational investment treaties. The chapter also deals with the overlap of treaty-based rights and contract-based rights, third-party funding, and transparency in international investment arbitration.

In this chapter, we delve into the intricate domains of working memory (WM) and executive functions (EFs), two pivotal cognitive processes. We elucidate WM, delineate its subcomponents, and elucidate the tasks employed to evaluate them. The chapter explores the neural foundations of WM and EFs, spotlighting the key brain regions and networks implicated in these cognitive operations. We unravel the developmental trajectory of WM throughout childhood and adolescence, emphasizing the underlying brain changes fueling this progression. A distinction is made between cool EFs, which function in emotionally neutral contexts, and hot EFs, which govern behavior in high-stakes scenarios. We underscore the influence of WM and EFs on academic achievement, especially in educational and problem-solving contexts. The chapter also provides insights into strategies for enhancing academic performance by either minimizing WM and EF demands or refining these cognitive faculties.