12th Grade Morphogenesis Interactive Videos

Investigate the complex behaviors of emulsion droplets under conditions akin to early Earth, providing essential insights into the foundational elements of life. Understand chemical interactions and their potential roles in the origins of life, which enhances comprehension of early life formation theories.

Learn about innovative techniques to design complex architectural forms free from traditional biases. Gain insights into the use of algorithms and nature-inspired processes that enable the transition from digital concepts to physical models. Equip yourself with skills to innovate in design and effectively address associated challenges.

Investigate the principles behind diverse animal body plans and symmetries, focusing on evolutionary adaptations. Gain insights into evolutionary processes shaping species, understanding concepts such as cephalization and the Cambrian Explosion.

Explore how nature and technology converge in architectural design, focusing on the influence of nature-inspired processes on innovative structural development. Gain insights into the application of algorithms in creative design and understand the evolving role of technology within architecture.

Explore the integration of biomimicry in architectural design, focusing on innovative processes and nature-inspired form generation. Understand how design processes are informed by natural morphogenesis and gain insights into utilizing biological principles for creative architectural solutions.

Investigate the genetic condition of polydactyly, focusing on its dominance as a trait and its prevalence across different species. Gain insights into the role of genetic signals like Sonic Hedgehog in limb development and understand how genetic mutations can result in a variety of phenotypes. Enhance comprehension of genetic inheritance and developmental processes.

Examine various types of intelligence, including collective intelligence, and investigate their key components. Gain an understanding of how intelligence functions at both individual and collective levels, exploring how distinct elements collaborate to form large-scale intelligence. Develop insights into the mechanisms and structures that facilitate intelligence, enhancing awareness of its dynamic interactions.

Examine Alan Turing's crucial contributions during World War II, focusing on his codebreaking efforts. Understand his foundational theories and their influence on modern computing. Gain insight into Turing's life and legacy as depicted in various media, enhancing both historical and technical knowledge.

Investigate the complex processes involved in animal embryo development, focusing on the stages of cell division and the creation of multi-layered structures. Gain an understanding of the critical developmental phases and insights into the roles various germ layers play in forming diverse organ systems.

Investigate the evolutionary development and varied functions of animal eyes to understand how different species perceive their environments. Gain insights into the differences in visual information processing between animals and humans, from basic light detection to advanced vision systems.

Examine how animals, particularly birds and fish, utilize magnetic fields for navigation and orientation across various environments. Investigate the biological mechanisms involved, such as magnetite in cells and proteins like Cryptochrome and CRY2, to gain a comprehensive understanding of this evolutionary adaptation. Aim to understand the processes and evolutionary significance of these adaptations.

Investigate the traits and features of simple animals such as sponges, jellies, and octopuses. Understand the determinants of animal complexity and gain insights into the unique characteristics of various animal groups. This facilitates a deeper comprehension of biological evolution and diversity.

Explore the intersection of art and ecology by examining how historical research and creative design support displaced urban wildlife. Understand real-world environmental challenges and develop creative solutions, enhancing knowledge in both art and ecological studies.

Examine the organization and symmetry within the animal kingdom, focusing on distinct characteristics and classifications. Gain the ability to identify various grades of organization and understand the importance of symmetry, thereby enhancing comprehension of biological systems and evolutionary concepts.

Investigate innovative methods utilizing detection technologies to tackle pressing global issues such as landmines and tuberculosis. Gain insights into the benefits these technologies offer and discover their potential applications beyond traditional health and safety domains.

Understand how wildlife flourishes in the Chernobyl Exclusion Zone owing to the lack of human presence. Gain insights into animal population dynamics and explore the influence of environmental factors on biodiversity in restricted areas.

Examine the ethical implications of artificial intelligence (AI) with a particular focus on its effect on animal welfare and comparisons to historical technological advancements. Gain insights into the necessity of ethical AI development by considering the moral status of AI and the importance of government regulations. Equip yourself to critically engage with AI technologies and their societal roles.