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+# Chapter X: Expanding Bitcoin Transactions with Schnorr
+The traditionally used ECDSA signatures in Bitcoin for authenticating transactions are standardized but have a number of downsides like non-linearity, signature malleability, to name a few. 
+These issues do not exist in the case of Schnorr signatures. Schnorr, being inherently non-malleable and linear, allows usage of various cryptographic tools in Bitcoin like MuSig, Adopter Signature and Cross-Input signature aggregation. This section aims to develop an understanding of Schnorr Signatures and their usage in Bitcoin transactions.
+## Objectives for This Section
+After working through this chapter, a developer will be able to:
+   * Understand the Math of Schnorr and it's advantages 
+   * Sign, Add and Read a Schnorr Signature
+   
+ 
+Supporting objectives include the ability to: 
+   * Use Schnorr with Taproot
+   * Understand the Use of Adapter Signatures 
+   * Support MuSig with Schnorr
+## Table of Contents
+
+   * [Section One: Understanding Schnorr Signatures]()
+   * [Section Two: Using Schnorr Signatures]()