@@ -277,10 +277,6 @@ function Body() {
277277 title : "Element Data (chem)" ,
278278 description : `provides data on the properties of elements and isotopes`
279279 } ,
280- {
281- title : "Colors (colors)" ,
282- description : `calculates on-the-fly colors of stars as observed by different instruments/filters`
283- } ,
284280 {
285281 title : "Constants (const)" ,
286282 description : `defines a range of mathematical and physical constants`
@@ -330,41 +326,6 @@ function Body() {
330326 />
331327
332328 < GlSectionDivider />
333-
334- < GlArticle
335- title = "About"
336- body = {
337- < div style = { { maxWidth : "820px" } } >
338- < p >
339- MESA (Modules for Experiments in Stellar Astrophysics) is an open-source
340- suite for stellar evolution research and education. It combines
341- state-of-the-art physics modules with a flexible framework, enabling users to
342- run reproducible experiments from pre-main-sequence through advanced
343- evolutionary phases.
344- </ p >
345- < p >
346- MESA was primarily developed through the concerted efforts of Bill Paxton
347- over a 10-year period with the engagement and deep involvement of many
348- theoretical and computational astrophysicists. Over the past decade, MESA has
349- grown into an international community resource. The project is maintained by
350- the MESA community. To get involved, report issues, or contribute
351- improvements, please visit the Documentation and GitHub links in the header.
352- </ p >
353- < p >
354- For more info, see the{ " " }
355- < a
356- href = "https://docs.mesastar.org/en/latest/about.html"
357- target = "_blank"
358- rel = "noreferrer"
359- >
360- About MESA
361- </ a > { " " }
362- page in the documentation.
363- </ p >
364- </ div >
365- }
366- hasAnimation = { true }
367- />
368329 </ >
369330 ) ;
370331}
0 commit comments