         header         : 'The Planet Hunters Calculator'
         content        :
           '''
-              <p>Been hunting for exo-planets? Found a transit in a light curve? Use the calculators below to find out what the exo-planet might be like.</p>
-              
+              <p>The following exo-planet has been found by volunteers on this Planet Hunters website, you can see more through <a href="http://talk.planethunters.org/#/collections/CPHS0000d9">this collection</a>.</p>
               <p>The following four exo-planet candidates have been found by volunteers on the <a href="http://www.planethunters.org">Planet Hunters</a> website. We refer to these as 'candidates' and not 'planets' as follow up observations need to be made to confirm their existence, but let's just say, so far it's looking good!</p> 
               <table>
                 <tr>


              <div>    
                <h2>Exo-planet</h2>
                <p>If you'd like to calculate the size of the exo-planet candidates, you will need to measure the drop in brightness that occurs when the exo-planet travels in front of it's star. You can do this on the <a href="http://www.planethunters.org">Planet Hunters</a> website, simply click on the Planet Hunters ID in the table above for the exo-planet you'd like to measure.</p>  
                <p>Measuring the period of the exo-planet will allow you calculate the distance from the star to the exo-planet. You don't need this if you'd just like to measure the radius of the exo-planet.</p>
              </div>  
              

                  <th>Temperature of Star (K)</th>
                </tr>
                <tr>
                  <td>APH00003T7</td>
                  <td>5794240</td>
                  <td>0.552 R<sub>&odot;</sub></td>
                  <td>15.979</td>
                  <td>4240</td>
                </tr>    

              </table>
              
              <h2>Star</h2>
