How does DNA sequencing work? What can we do with the data? We've been sequencing DNA for decades now, so how have things changed?

Learn what makes things go bang. Covers low-order explosives such as black powder, as well as primary, secondary, and tertiary high-order explosives such as RDX and TNT. Learn what chemicals go into making explosives and how they are safely manufactured.

Learn what makes things go bang. Covers low-order explosives such as black powder, as well as primary, secondary, and tertiary high-order explosives such as RDX and TNT. Learn what chemicals go into making explosives and how they are safely manufactured.

Learn the essentials of covert operations work. We will analyze the success and failure of many important covert operations in an attempt to discover the elements of a successful covert op. We will study important government-sponsored covert operations as well as terrorist plots and guerilla warfare. By the end of this class, students will be familiar with these operations and the reasons for their success or failure. We cannot legally claim that you will be sufficiently knowledgeable to plan and carry out your own covert operations after this class.

Learn what makes things go bang. Covers low-order explosives such as black powder, as well as primary, secondary, and tertiary high-order explosives such as RDX and TNT. Learn what chemicals go into making explosives and how they are safely manufactured.

Learn the essentials of covert operations work. We will analyze the success and failure of many important covert operations in an attempt to discover the elements of a successful covert op. We will study important government-sponsored covert operations as well as terrorist plots and guerilla warfare. By the end of this class, students will be familiar with these operations and the reasons for their success or failure. We cannot legally claim that you will be sufficiently knowledgeable to plan and carry out your own covert operations after this class.

Reverse engineer something awesome!

Derive the universe from a piece of fairy cake.

Reverse engineer something awesome!

Lambda calculus is a primitive mathematical system for describing functions. Concepts from lambda calculus are fundamentals of many modern programming language, and it is used to formally prove particular properties of some algorithms. Note: Lambda calculus has nothing to do with differential calculus. No significant mathematical background is required, other than a familiarity with functions.

om nom nom... with science! We'll use chemicals not normally found in your kitchen to create interesting foodstuffs that defy traditional cuisine.

Learn about what makes a pizza truly beautiful on the inside.

You only need two things to build any structure: Duct Tape Zipties GO!

Reverse engineer something awesome!

As complicated as computers are, they are based on a few simple models. Starting with primitive Turing Machines, all computer problems can be reduced to fundamentals.

Everyone knows bacon is awesome. Come learn why bacon is so tasty, including various cooking techniques and different types of bacon.