Gaussian fermi state

algorithms/quantum_primitives/readme.md

@@ -1,9 +1,14 @@
 # Quantum Primitives
 
-The examples include Generalized Quantum Signal Processing (GQSP), enabling flexible polynomial
-transformations of block-encoded unitaries, as well as the Swap Test, a standard subroutine for estimating
-quantum state overlaps and the Hadamard test. Together, these primitives underpin a wide range of algorithms in
-Hamiltonian simulation, matrix functions, variational optimization, and quantum machine learning.
+# <<<<<<< HEAD
+
+Quantum primitives are foundational quantum algorithmic building-blocks for higher-level applications.
+
+> > > > > > > ed4ce571 (updated the readme file)
+> > > > > > > The examples include Generalized Quantum Signal Processing (GQSP), enabling flexible polynomial
+> > > > > > > transformations of block-encoded unitaries, as well as the Swap Test, a standard subroutine for estimating
+> > > > > > > quantum state overlaps and the Hadamard test. Together, these primitives underpin a wide range of algorithms in
+> > > > > > > Hamiltonian simulation, matrix functions, variational optimization, and quantum machine learning.
 
 - **Hadamard test** - A basic quantum primitive, utilized to extract the real part of an expectation value of
   a unitary matrix.