diff --git a/portfolio-nuxt/pages/a_history_of_the_domino_problem.vue b/portfolio-nuxt/pages/a_history_of_the_domino_problem.vue
index 2b98acb..816319b 100644
--- a/portfolio-nuxt/pages/a_history_of_the_domino_problem.vue
+++ b/portfolio-nuxt/pages/a_history_of_the_domino_problem.vue
@@ -97,7 +97,7 @@
                         Exhibition Closing - 01 Dec 2023 | 19 Uhr
                     </div>
                     <div class="mb-5">
-                        Gallery Hours - Wednesday to Friday | 13 - 20 Uhr & Saturday | 11 - 18 Uhr
+                        Gallery Hours - Wednesday to Friday | 13 - 19 Uhr & Saturday | 12 - 18 Uhr
                     </div>
                     <div class="mb-5">
                         Lichthof Ost, HU Berlin Hauptgebäude, Campus Mitte, Unter den Linden 6 (U-Bahn Unter den Linden oder Museuminsel)
@@ -114,7 +114,7 @@
                         <span class="font-bold">About the Kinetic Sculpture</span>
                         <br>
                         <br>
-                    The kinetic sculpture displays the mosaics using visual cryptography. In visual cryptography, a message is encrypted by dividing the information of the message into two `shadow' images, each which look completely random independently. The message is decrypted and revealed when the shadow images are combined/overlayed in a precise orientation. In the kinetic sculpture of a history of the domino problem, the shadow images are printed on photomasks, which are essentially high-resolution transparencies: quartz wafers with a chrome coating etched at a pixel size ranging from nano- to micrometers. A high-precision, motorized multiaxis aligns the finely printed shadow images to reveal the mosaics (along with 3 other images of poetic texts inspired by the history of the Domino Problem).
+                    The kinetic sculpture displays the mosaics using visual cryptography. In visual cryptography, a message is encrypted by dividing the information of the message into two `shadow' images, which look completely random and independent of each other. The message is decrypted and revealed when the shadow images are combined/overlayed in a precise orientation. In the kinetic sculpture of a history of the domino problem, the shadow images are printed on photomasks, which are essentially high-resolution transparencies: quartz wafers with a chrome coating etched at a pixel size ranging from nano- to micrometers. A high-precision, motorized multiaxis stage aligns the finely printed shadow images to reveal the mosaics (along with 3 other images of poetic texts inspired by the history of the Domino Problem).
                     </div>
                 </div>
             </span>