fixed broken image link and added dataset details link

README.md

@@ -51,10 +51,12 @@ AstroCLIMB is the shared task for [4th WASP: Workshop on Artificial Intelligence
 Scientists rely on figures to share their discoveries, but this makes the information contained in the figures hard to parse, archive, and search. Recent multimodal neural-network models promise to extract this information, but have not yet been widely tested and adopted by the astronomy community.
 In partnership with [astroexplorer.org](https://www.astroexplorer.org/), we offer a novel dataset and an associated task as a benchmark to evaluate a model’s multimodal capabilities. The task is to partially reconstruct the citation graph of astronomy papers from their figures and captions.
 
-![AstroCLIMB image: these figures come from the same astronomy paper. Courtesy of astroexplorer.org](https://ui.adsabs.harvard.edu/WIESP/2026/AstroCLIMB_001.png)
+<!-- ![AstroCLIMB image: these figures come from the same astronomy paper. Courtesy of astroexplorer.org](https://ui.adsabs.harvard.edu/WIESP/2026/AstroCLIMB_001.png) -->
+<!-- <img src="https://ui.adsabs.harvard.edu/WIESP/2026/AstroCLIMB_001.png" alt="AstroCLIMB image: these figures come from the same astronomy paper. Courtesy of astroexplorer.org">   -->
+
 
 ### Dataset Description
-The dataset consists of over 100K figure+caption pairs from the [astroexplorer.org](https://www.astroexplorer.org/) from recent open access astronomy papers. More details to come.
+The dataset consists of over 100K figure+caption pairs from the [astroexplorer.org](https://www.astroexplorer.org/) from recent open access astronomy papers.  
 ```
 Dataset({
     features: ['image', 'UUID', 'Image ID', 'Paper DOI', 'Paper Title', 'Image Caption', 'Image Authors', 'References DOIs', 'Citing DOIs'],