View images and slide through high-definition photos
View rover images from Perseverance, Curiosity, Opportunity, and Spirit. Tap to enter slideshow mode, double-tap to zoom, or share images. The tab displays visuals about atmosphere, gravity, temperature, and surface features.
A web browser that allows users to open up to four concurrent web pages. Users can watch YouTube videos while composing emails, browse Facebook pages while searching Google, and read news while shopping on Amazon.
Control IoT devices at any time and location. Add and manage multiple devices through a single . Support voice commands via Amazon Echo and Google Home. Share devices easily among family members. Receive instant notifications through the .
Displays cross sections for gamma/x-ray photons, fluorescence, and edge energies. It calculates transmission and attenuation for any energy. Information includes atomic number, mass, density, and energy values.
View TEE recordings for 20 diagnostic and corresponding 3D heart models. See TEE probe position and ultrasound plane alignment. Assess cardiac function through interactive visualizations.
The app presents microscope slide images of vertebrate histology and mitosis in fish embryo. It describes tissue functions and locations, serving for review and learning with interactive practice sections.
This app presents animated content on performing echocardiographic studies. It covers cardiac anatomy, transducer positions, and image acquisition for professional lectures.
Access HRCT scans for UIP and ILD analysis. Use a step-by-step pattern recognition tool to evaluate images. Explore an interactive glossary for UIP and ILD terms. Retrieve training materials and references for pulmonologists and radiologists.
Convert videos, live photos, or images to GIFs. Create memes using templates. Edit GIFs with size, resolution, and playback speed adjustments. Remove smart backgrounds for stickers.
Users can view TTE recordings for 20 cardiac and interact with corresponding 3D heart models. Rotate and adjust 3D models to visualize cardiac structures. Annotate and compare images with reference guidelines.
Explore the universe from the Big Bang to microscopic structures using interactive VR simulations. Navigate through cosmic scales, view NASA datasets, and examine medical imaging and 3D microscopy.