Darwin's extensive studies in the Galapagos Islands lead to his theory of natural selection, adaptation, and extinction.

Ice hockey is used to explain Sir Isaac Newton's Laws of Motion.

Alexander Fleming's discovery of penicillin lead to the successful extraction and testing of penicillin on mice injected with streptococci. These tests gave birth to the first antibiotic which became a life saving cure for a variety of diseases.

With his construction of his own microscope, Antonie van Leeuwenhoek discovered microorganisms, namely the protozoa, which are single celled pond organisms. Because of his work, he is considered the first microbiologist.

In 1846 Vienna, childbed fever ran rampant causing death among many pregnant patients. Consequently, Dr. Ignaz Semmelweis began an experiment where his doctors washed their hands resulting in a decrease of patient death thus leading to Germ Theory.

We have seen how IBM's AI technology has advanced and has been an effective resource in Healthcare and Business but can it also be an effective tool for learning? We believe that it can and we will show you how.

For the audience attending the IBM Debater event in Hafia, this moment is likely to be a stunning wake-up call about the state of AI. The raw emotion involved in witnessing this next leap in computing is a space ripe for storytelling.

Ranit Aharonov and Noam Slonim have created the next generation of business AI. In this extended content, we'll gain additional interview to hear where their unique expertise comes from, and how businesses can apply the thinking behind Watson.

The greatest test for any AI is its ability to interface with humans in a way that seamlessly empowers the user. To solve this issue, the people at IBM have been trying to teach their Debater all the nuance of the ways that we humans interact.

While AI might be the key to innumerable esoteric improvements in business operations, there's no substitute for a human. We'll take a dive into how human interaction is crucial to Watson's success and how Watson is not a human substitute.

By the time a child reaches age 5, their brain is already 90% developed. We will examine the question; what if preschoolers could receive a more effective learning experience through AI?

Through all of our content, there is a core takeaway about the power of IBM's Watson to change a division, a company, or an entire industry. We'll ask each of our interview subjects a simple question; how has Watson changed your work?

The fight against chronic diseases exists on multiple fronts. There's the scientific challenge of getting patients healthy again, and then there's the economic problem of acquiring the resources to do research needed to achieve breakthroughs.

The landscape of education is changing in very big ways. With an increased need for lifelong learning, students and teachers are in need of learning tools that fit within lifestyles, schedules and needs Watson can be a tool to help.

While AI has become a buzz word in the past few years, the history of developing this technology traces its roots back for decades. We'll tell the history of AI that lead up to Watson, and describe some of Watson's biggest achievements.

Find out if these capricious crustaceans can break speed records while scuttling on a treadmill, and discovery the mighty wallop the Manta shrimp can deliver to preditors!