Experimental Apparatus 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 mysteries of dark matter and the operation of the Large Hadron Collider through foundational particle physics. Gain insights into the composition of protons, understand the purpose and challenges of operating the LHC, and enhance comprehension of the enigmatic particles that shape our universe.

Explore the concepts of measuring voltage and resistance using digital testers, focusing on safe and correct device usage. Understand the differences between AC and DC voltage measurements and learn how to measure electrical resistance safely. Gain practical skills in the operation of electrical equipment.

Explore the intricacies of boost converter circuits, focusing on their primary functions and components, including inductors and diodes. Gain enhanced knowledge of voltage and current dynamics, and understand how these concepts apply to real-world electrical engineering scenarios.

Explore the principles of experimental design and measurement techniques in AP Physics 1, focusing on mechanics. Understand how to determine physical properties such as acceleration and rotational inertia, utilizing tools like a meter stick and stopwatch to minimize uncertainty in experiments.

Examine the intriguing field of cryogenics through its historical development, current applications, and future potential. Gain insights into foundational inventions and scientific breakthroughs, including the contributions of pivotal figures such as James Dewar. Understand the origins of cryogenics and explore its uses in technology and medicine. Enhance your comprehension of advanced scientific principles and innovative technologies.

Discover the primary functions and experiments of CERN's Large Hadron Collider, focusing on the exploration of fundamental particles like the Higgs boson. Gain insights into the LHC's role in simulating conditions of the early universe and the importance of global collaboration in advancing scientific knowledge.

Explore cryogenics through demonstrations with liquid nitrogen, highlighting its impact on everyday objects. Develop an understanding of extreme cooling principles and their applications, such as superconductivity and magnetic levitation, to enhance knowledge of physics and engineering innovations.

Investigate the cosmic phenomena of dark matter and dark energy to understand their significance in the universe's composition and expansion. Gain insights into how gravitational interactions highlight unseen matter and explore the influence of these forces on universal dynamics. Develop a comprehensive understanding of cosmological principles.

Analyze the fundamental principles and goals of particle physics, focusing specifically on the Large Hadron Collider (LHC), its purposes, and key components. Gain an understanding of the processes involved in accelerating protons within the LHC, the relevance of the Higgs boson, and how these elements collectively enhance our comprehension of the universe.

Explore fundamental principles of electrical circuit analysis, focusing on understanding Ohm's Law and Kirchhoff's Laws. Gain insights into current flow, voltage distribution, and resistance evaluation in circuits. Develop skills for precise problem-solving and effective circuit design.

Explore the complexities of sensor codes and troubleshooting techniques in engine diagnostics, focusing on the implications and locations of various codes and sensors. Gain insights into identifying and resolving voltage and current issues, enhancing diagnostic skills and problem-solving capabilities in engine maintenance.

Explore the transformation in understanding death through the lens of medical innovations, tracing the journey from historical misconceptions to modern advancements. Gain insights into the evolution of medical perceptions and technologies that have redefined criteria for declaring death. Develop an appreciation for the complexities of medical science and its significant impact on life extension.

Explore the mysteries of dark matter and dark energy, investigating their influence on the universe's expansion and the principles of gravitational lensing. Gain insights into particle physics and learn methods for detecting dark matter, enhancing understanding of cosmic phenomena.

Examine the methods employed in neutrino detection and understand the objectives of the DUNE experiment at Fermi Lab. Develop insights into neutrino properties and interactions, enhancing knowledge of particle physics and the universe's composition.

Explore the electron-ion collider project, designed to uncover the secrets of atomic nuclei through the study of high-speed collisions. Gain insights into the interactions of subatomic particles and comprehend the technological demands essential for conducting these transformative experiments.

Explore the essential components and challenges in constructing and stabilizing oscillator circuits. Gain insights into electronic circuit design principles and understand how various factors influence circuit performance and stability.

Examine the responsibilities of NASA's Planetary Protection Officer in safeguarding the natural state of celestial bodies. Understand how bio burden constraints preserve extraterrestrial environments. Gain insights into neutrinos and the significance of advanced detection technologies. Explore the impact of these technologies on future scientific research, enhancing comprehension of neutrinos' elusive characteristics and the importance of planetary protection in space exploration.

Investigate the latest innovations in using neutrinos to study Earth's interior and uncover the complexities of jellyfish galaxies. Gain an understanding of recent advancements in neutrino detection and galaxy structure to deepen knowledge of astrophysics and the Earth's geological processes.

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.