5/17/2023 0 Comments Periodic table explorer![]() Interactable object is an object, which can respond to basic HoloLens inputs. Common controls and patterns used in this app Interactable object (button) The user can change the surface type by air tapping the buttons on the bottom of the table - they can switch between plane, cylinder, sphere, and scatter. The animated 3D electron model is displayed in the center area and can be viewed from different angles. In detail view, I wanted to visualize the information of each element with beautifully rendered text in 3D space. To make the transition between table view and detail view smooth and natural, I made it similar to the physical interaction of a box opening in real life. ![]() With gaze and air tap, the user could open up a detailed view of each element. The surface of each box would be translucent so that the user could get a rough idea of the element's volume. Designįor the default view of the periodic table, I imagined three-dimensional boxes that would contain the electron model of each element. Giving users the chance to visualize the element's electron model was another interesting part of this project. Since each element has many data points that are displayed with text, I thought it would be great subject matter for exploring typographic composition in a 3D space. BackgroundĪfter I first experienced HoloLens, I knew I wanted to experiment with a periodic table app in mixed reality. They can visually understand an element's electron shell and its nucleus - which is composed of protons and neutrons. Users can learn about the elements with animated 3D models. It incorporates the basic interactions of HoloLens such as gaze and air tap. Periodic Table of the Elements visualizes the chemical elements and each of their properties in a 3D space. (In the modern periodic table, a group or family corresponds to one vertical column.Recorded with HoloLens 2 using Mixed Reality Capture About the app ![]() The periodic table allows chemists a shortcut by arranging typical elements according to their properties and putting the others into groups or families with similar chemical characteristics. Were it not for the simplification provided by this chart, students of chemistry would need to learn the properties of all 118 known elements. The term “periodic” is based on the discovery that elements show patterns in their chemical properties at certain regular intervals. Mendeleev left spaces for elements he expected to be discovered, and today’s periodic table contains 118 elements, starting with hydrogen and ending with oganesson, a chemical element first synthesized in 2002 at the Joint Institute for Nuclear Research (JINR) in Dubna, Russia, by a team of Russian and American scientists. Its story is over 200 years old, and throughout its history, it has been a subject for debate, dispute and alteration.Īttempts to classify elements and group them in ways that explained their behavior date back to the 1700s, but the first actual periodic table is generally credited to Dmitri Ivanovich Mendeleev, a Russian chemist who in 1869 arranged 63 known elements according to their increasing atomic weight. Go into any scientist’s office or lecture hall anywhere in the world and you are likely to see one. There is no more enduring reflection of science than the Periodic Table of Chemical Elements, which sheds light not only on the essence of chemistry but physics and biology as well.
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