We’ve all gotten dizzy before… but have you ever gotten WEIRD DIZZY? I teamed up with Vanessa Hill from BrainCrat to answer the question “why do we get dizzy?” and in the process we learned about some very strange and hilarious ways to...

When you’re learning about science for the first time, it can be easier to break things down into a simpler form, and you can end up with a few misconceptions about the world. But sometimes this is the first step to understanding that...

At some point, you've probably learned about the five senses: sight, sound, smell, taste, and touch. However, the classic list doesn't account for all the sensations we experience and use to navigate the world around us!

Settle in for a smörgåsbord of brain facts.

It can take years before our limbs and brain work together well enough to achieve good balance. What role do our ears play in helping us to meet this incredible challenge? Biology - Being Human - Learning Points. Our sense of balance is...

Join us as we delve into the physics that make figure skating possible. From pirouettes to acrobatic lifts, learn how skaters like Sarah Abitbol utilize principles such as angular momentum and the gyroscopic effect to perform stunning...

Explore the process of hearing, from the collection of sound waves by our ears to the interpretation by our brain. The video discusses the ear's structure, including the outer, middle, and inner ear components like the cochlea and...

This video covers: - How sound waves travel through materials - The idea that sound waves are longitudinal - How wavelength changes with speed - The structure of the human ear and how it works - How the range of human hearing changes...

Pumpkin toadlets can't land their jumps or hear their own love songs, but they still get by somehow.

This video tutorial discusses the skull from various angles with focus on the bones, sutures and landmarks: 0:00. Introduction 1.10. Anterior view 7:38. Lateral view 14:29. Posterior view 16:00. Superior view 17:02. Internal view of...

In this video, we explore the following: [1] structure and functions of the vestibulospinal and vestibulocollic reflexes, or the VSR and the VCR. [2] various types of hip strategies, their form, detection, and patterns of muscle activation.

In this video, we explore the structure and functions of the vestibulospinal and vestibulocollic reflexes, or the VSR and the VCR. This will lead to discussing the hip and step strategies.

In this video, we explore the various types of hip strategies, their form, detection, and patterns of muscle activation.

In this video, we discuss the general “workflow” for diagnosis of BPPV and how to select the appropriate treatment. Timestamps are below in the comments.

In this video, we explore the requirements and patterns for step and suspensory strategies, two commonly taught reactive postural adjustments (RPAs).

In this video, I explain and demonstrate the deep head hanging maneuver, a canalith repositioning maneuver used in the treatment of an anterior canal canalithiasis.

In this video, we explore the requirements and patterns for various ankle strategies, a commonly taught reactive postural adjustment (RPA).

In this video, we explore the structure and specific functions of all 3 of the semicircular canals within the inner ear.

In this video, I explain and demonstrate the Semont liberatory maneuver, a liberatory maneuver used in the treatment of a posterior canal cupulolithiasis.

In this video, I explain and demonstrate the Epley maneuver, a canalith repositioning maneuver used in the treatment of a posterior or anterior canal canalithiasis.

In this video, we explore the basics of Benign Paroxysmal Positional Vertigo (BPPV) including its presentation and mechanism. Also included is a brief review of inner ear anatomy and the semicircular canals.

In this video, I explain and demonstrate the Dix-Hallpike maneuver with relevant reasoning, considerations, and interpretation of the test.

This is a short tutorial on the vestibulocochlear nerve.

In this video, I explain and demonstrate the Horizontal Roll Test with relevant reasoning, considerations, and interpretation of the test.