claim fixed

Author: prathameshnium

paper/paper.md

@@ -58,7 +58,7 @@ It differentiates itself through the following unique features:
 
 *  **Modular CLI Architecture:** As demonstrated in the repository, measurement modules also contain CLI (Command-line interface) measurement module counterparts that allow researchers to utilise PICA's measurement protocol and logic for headless automation or integration into other workflows without GUI overhead.
 
-*  **Operational Transparency:** Unlike a black box solution, PICA exposes real-time, time-stamped command logs for each measurement module, such as `[10:05:25] Keithley 6221: Ramping current to 10 mA`, Rejecting hidden automation and replacing the "black box" paradigm with transparent console logs that show every command sent to the instrument, thereby aiding debugging, ensuring the scientific reproducibility of experimental results, and allowing researchers to verify measurement protocols and troubleshoot hardware instantly.
+*  **Operational Transparency:** Unlike a black box solution, PICA exposes real-time, time-stamped command logs for measurement modules, such as `[10:05:25] Keithley 6221: Ramping current to 10 mA`, Rejecting hidden automation and replacing the "black box" paradigm with transparent console logs that show every command sent to the instrument, thereby aiding debugging, ensuring the scientific reproducibility of experimental results, and allowing researchers to verify measurement protocols and troubleshoot hardware instantly.
 
 *  **Open Source Extensibility:** PICA's modular design allows researchers to easily integrate new instrument drivers or experimental protocols by subclassing existing templates, fostering a community-driven ecosystem for instrument control. This ensures that the software remains adaptable, allowing researchers to extend support for their unique instrument configurations.