Merge pull request #179 from kmheckel/patch-1

Made edits to Spyx description

content/english/neuromorphic-computing/software/snn-frameworks/spyx/index.md

@@ -20,14 +20,11 @@ draft: false
 
 ## Overview
 **Spyx** is a compact spiking neural network library built on top of DeepMind's Haiku package. It aims to blend the flexibility and extensibility typical of PyTorch-based SNN
-libraries with efficient training capabilities on high-performance hardware. The library is optimized for high-performance simulations, which is critical for handling the
-computationally intensive nature of large-scale SNNs. Spyx claims to achieve speeds comparable to, or even faster than, other SNN frameworks that have custom CUDA implementations.
+libraries with efficient training capabilities found in frameworks with custom CUDA implementations. The library is optimized for high-performance simulations on GPUs and TPUs, 
+which is critical for handling the computationally intensive nature of large-scale SNNs. Spyx is able to train models at comparable speeds to frameworks with custom CUDA implementations
+by extensively leveraging Just-In-Time compilation; another interesting feature is the ability to pack neuromorphic data into int8 datatypes and unpack them during training time, allowing
+datasets to be stored in completely in VRAM at a fraction of their normal size.
 
 The library is designed to be a streamlined solution for SNN development, supporting diverse model structures and algorithms. Its documentation covers various aspects, including
 quick start guides, tutorials on surrogate gradients, training SNNs using neuroevolution, comparisons of spiking neuron models, and surrogate gradient functions. Additionally, it
-provides a template for creating surrogate gradients and a comprehensive API reference. 
-
-Spyx includes implementations of several key neural learning mechanisms, such as spike-timing-dependent plasticity (STDP), facilitating research into neural learning and memory. 
-It is also designed to be modular, allowing users to easily integrate custom models and algorithms, enhancing its flexibility. Spyx is a powerful and specialized tool; its 
-strengths lie in its high-performance simulation capabilities and versatility for various research applications. It offers a valuable platform for advancing our understanding of 
-complex neural dynamics and the development of brain-inspired computing systems.
+provides a template for creating surrogate gradients and a comprehensive API reference. The library is designed to be modular, allowing users to easily integrate custom models and algorithms, enhancing its flexibility. Spyx is a powerful and specialized tool with great strength in its high-performance simulation capabilities and versatility for various research applications.