Update 2025_05_15-seminar_42.md

Author: ClaireWyatt

_series/2025_05_15-seminar_42.md

@@ -13,8 +13,8 @@ We welcome the 2023 Award Winner - [Yudong Sun](https://yudong.dev/?hl=de&expand
 **Abstract**:
 
 **Yudong Sun** 
-Title: Modularity in Software-Hardware Interaction for Experimental Physics, an Example
-Abstract: Software-hardware interfacing is vital to experimental physics, and is often used to automate data collection and analysis. However, while technologies like Virtual Instrument Software Architecture (VISA) exist, modularity is still not common in homemade software for research. Code written by researchers, despite using the same equipment, often does not get preserved, and generally does not align with the Object-Oriented Programming (OOP) paradigm. Here, we look back at project "nanosquared", a Python interfacing package that is highly modular and extensively tested for laser M-squared measurements. Such modularity aims to increase code re-usability/longevity and lower barriers-of-entry for software development.
+**Title**: Modularity in Software-Hardware Interaction for Experimental Physics, an Example
+**Abstract**:Software-hardware interfacing is vital to experimental physics, and is often used to automate data collection and analysis. However, while technologies like Virtual Instrument Software Architecture (VISA) exist, modularity is still not common in homemade software for research. Code written by researchers, despite using the same equipment, often does not get preserved, and generally does not align with the Object-Oriented Programming (OOP) paradigm. Here, we look back at project "nanosquared", a Python interfacing package that is highly modular and extensively tested for laser M-squared measurements. Such modularity aims to increase code re-usability/longevity and lower barriers-of-entry for software development.
 
 **Florian Sihler**
 Title: flowR: A Program Slicer for the R Programming Language