High School Optical Systems Interactive Videos

Explore the behavior of light within different optical systems, focusing on mirrors, lenses, and prisms. Gain a thorough understanding of essential principles such as reflection, refraction, and the critical angle. Develop the ability to anticipate light paths and effectively design optical configurations.

Explore the implementation and testing of optical tracking systems in precision control for industrial robotics. Gain an understanding of how these systems enhance the precision and safety of robotic movements, along with insights into innovative test methods that improve system performance and measurement capabilities.

Explore the roles and applications of various industrial sensors, differentiating sensor types and comprehending their functions within control systems. Gain insights into the practical application of sensors for effective data collection and control, enhancing the ability to identify and apply appropriate sensors tailored to specific industrial needs.

Explore key physics concepts, focusing on vector quantities, various forms of energy, and the principles governing forces and motion. Understand fundamental physics principles and their applications in real-world scenarios. Develop enhanced analytical skills in understanding and applying these concepts.

Investigate the characteristics and components of storage devices with a focus on data retention and the functions of different types of storage, including hard drives, SSDs, and optical drives. Understand the advantages of SSDs, the importance of interfaces like SATA and NVMe, and explore the practical applications and limitations of various storage technologies.

Examine the complexities of maintaining computer security, focusing on vulnerabilities in voting systems. Gain insight into securing digital technologies and assess the implications of technological decisions in public elections. Develop critical evaluation skills for tech policies.

Discover the intricacies of communication technologies by examining the roles of microwaves, satellites, and digital signaling. Gain a deeper understanding of the operational principles behind these technologies and develop skills in evaluating diverse communication methods.

Master important scientific principles essential to chemistry, physics, and biology. Strengthen conceptual understanding and develop the ability to apply scientific concepts across multiple disciplines.

Investigate cutting-edge neuroscience techniques with a focus on optogenetics and its impact on understanding brain function through the control of neuronal activity. Gain insights into the scientific process involved in re-engineering the brain, enhancing understanding of both biological and technological innovations in cognitive science.

Explore the foundational principles of lasers by examining electron transitions and emission processes. Develop a comprehensive understanding of laser functionality, focusing on key aspects such as stimulated emission and coherence. Equip yourself with the knowledge needed to explain laser operations across various applications.

Investigate the transformative work of Carmina Londoño in optical engineering, highlighting her efforts to promote self-sufficiency among women. Learn about the dynamic applications of optical systems and gain insights into pursuing careers in engineering, with a focus on empowerment and technological advancement.

Understand the core principles of fiber optic networking, focusing on data transmission via pulses of light and the role of total internal reflection. Gain insights into the advantages of fiber optics over traditional wiring and explore their applications across various fields.

Examine the complexities of media development advocacy through the intersection of geopolitical dynamics and social cohesion. Participants will acquire the ability to organize public events and engage with the cultural domain, enriching their comprehension of policy planning processes.

Examine the controversy around voter fraud claims and electronic voting machine integrity in recent U.S. elections. Understand the security mechanisms of voting systems and their impact on electoral trust and democracy.

Examine the cutting-edge advancements in laser communication technologies and their transformative impact on space exploration. Understand NASA’s pioneering efforts to enhance data transmission capabilities. Gain insights into how these technologies promise faster, more efficient communication systems, influencing the future of space missions.

Explore the transformative journey of video conferencing and examine technological advancements in communication infrastructure, such as optical fibers, that enable instant global connectivity. Gain insights into key benefits and drawbacks of past and present systems, and understand the critical role of modern networks in facilitating modern telecommunications.

Investigate the complexities of NASA's telescope systems with a focus on material selection, alignment monitoring, and photon analysis to achieve optimal performance. Develop an understanding of the mechanical and technological components of telescope operation, enhancing proficiency in space technology and engineering applications.

Understand the crucial role of transistors in computing and how innovative materials like silicon and graphene are driving advancements in technology. Gain comprehensive insights into semiconductor principles, analyze the influence of Moore's Law on microchip development, and assess the challenges associated with scaling down transistors for future applications.

Explore the components and functions of modern electronic and embedded systems. Gain insights into assembling and integrating electronic components, while understanding the advantages and limitations of embedded systems.

Explore the intersection of quantum mechanics and psychology to explain cognitive phenomena such as unpredictability in human behavior and bistable perception, gaining insights into the limitations of classical probability in cognition and understanding the potential of quantum theories to enhance behavioral predictability models.