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+// Free and open-source
+// Q is free to use, our code is open-source, and our API is heavily documented. Still a quantum novice? 
+// Each page of API documentation includes simple explanations of basic quantum concepts to get you up to speed quickly. 
+// This makes Q ideal for the classroom as well as autodidacts at home. Q just might be the most accessible quantum circuit 
+// suite in the world. Join our project on GitHub at https://github.com/stewdio/q.js and drop a link to Q’s website 
+// https://quantumjavascript.app on social media with the hashtag #Qjs. Let’s make quantum computing accessible!
+
+
+
+// Quantum JavaScript
+// What does coding a quantum circuit look like? Let’s recreate the above Bell state using three separate circuit authoring 
+// styles to demonstrate Q’s flexibility. For each of the three examples we’ll create a circuit that uses 2 qubit registers 
+// for 2 moments of time. We’ll place a Hadamard gate at moment 1 on register 1. Then we’ll place a Controlled-Not gate at 
+// moment 2, with its control component on register 1 and its target component on register 2.
+
+// #
+// 1. Text as input
+// Q’s text-as-input feature directly converts your text into a functioning quantum circuit. Just type 
+// your operations out as if creating a text-only circuit diagram (using “I” for identity gates in the spots where 
+// no operations occur) and enclose your text block in backticks (instead of quotation marks). Note that parentheses are 
+// not required to invoke the function call when using backticks.
+
+
+Q`
+	H  X#0
+	I  X#1
+`
+
+
+Q`H`.try$() ? 'tails' : 'heads'