Index Introduction Application of Virtual Reality in Education Programming Language Programming Languages ​​for VR Development Application of Virtual Reality in Healthcare Application of Virtual Reality in Fashion Field Military The Future of Virtual Reality References Introduction VR is a simulation generated from the computer of three-dimensional images or environment with which it is possible to interact in a real or physical way by the person. Virtual reality is a rapidly growing technology in today's world. Previously it was only used for gaming and entertainment but now it is used in almost all fields such as education, healthcare, fashion, engineering, etc. Various IT companies like Samsung, Facebook, etc. they are investing billions of dollars in VR technology. There are more than 100 VR headsets on the market. In the coming years, the VR industry will cover a large part of the IT sector. Here are some applications of virtual reality and its future. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get Original Essay Application of Virtual Reality in Education Education is the most powerful weapon and pedestal for every youth and every society. Education does not consist in accusing the facts, but in training the mind to think. A student learns and remembers things he sees visually. Award-winning virtual reality (VR) has the potential to change the face of education at different levels and areas of skill and expertise. Virtual reality offers the opportunity to encounter real phenomena using various unique methods, it also provides educators with the tools necessary to create their own content in virtual classrooms or virtual training environments. It is about acquiring new aspects of learning by acquiring Education is the most fundamental basic -breaking weapon and platform for any teenager and any general public. Education does not always consist in learning certainties, but in preparing the mind to think. A student learns and remembers knowledge and the ability to experience it. Help students focus and capture their attention. Virtual reality helps reinforce relevance between a student and a concept. Help students learn and enjoy the process of learning new things. When a student is in a visual or VR environment, they are much less susceptible to distractions or disturbances. Through the help of VR technology, students can go on various field trips and to various places such as museums, archaeological sites, world heritage sites, etc. it is possible thanks to VR viewers. IT also helps create virtual classrooms. VR technology also makes learning new languages ​​possible and stimulates students' creativity, opening up countless possibilities for design and architecture. VR technology also facilitates virtual campus visits and allows students to see what it would be like to attend universities in other cities and countries even if they can't visit them in person. VR tours use photos and videos of the campus and its surroundings that allow students to explore the campuses in 360 degrees. Virtual reality also helps improve collaboration between teachers and students located in remote locations with the help of various simulators. Some of the VR products used for educational purposes are Star Char, Cleanopolis, Quiver, Public Speaking VR, Google Translate, etc. Programming language Virtual reality is a platform generated using software, the user's experience is a 3D world equivalent to reality. To advance the virtual experience, developers must provide a highly compatible framework and unique fusion of audio and 3D effects along with programmingsuperlative capable of stunning people. You need to have an understanding and skills on the game engine to develop virtual reality applications on different platforms. Virtual reality is slowly gaining more and more commercial space as the technology advances, creating demand for highly skilled developers to develop applications on VR. Programming languages ​​for VRDevelopmentC#(unity): Unity has presented support work for some VR gadgets. The unitary entertainment engine is a leading player in the development of virtual difference. C# is an approved programming dialect for building Unity applications. It is a very well-known engine that allows you to route different stages from PC to flexible IOS and Android applications. Unity has a significant gathering with over 4.5 million registered engineers. Virtual reality support is enhanced in DK2 and the Unity editorial director. Equipment prerequisites: HMDs are used to get a great experience, DK2 of 75fps, for adaptation must be 60fps. Software Requirements: OSI Graphics card drivers: Drivers need to be updated. the Oculus Configuration Utility should be checked to see if there are any problems with your driver. Oculus Runtime: In Unity 5.3, use Oculus Runtime 0.8 or later. C++ is an organized programming dialect with incomplete questions that is great and yes distinguishes among the most popular programming dialects. C++ is broad and exceptionally difficult to learn. AAA titles are created using C++ and requires fundamental work in VR to create recreations. The Unbelievable Engine 4 (UE 4) together with C++ allows us to make an entire VR encounter without composing any code. It has a diagram which is a visual scripting structure that keeps us associated with the logic squares. enum is usable in both Blueprint and C++. Of course, enum may be obvious in C++.JAVA: Java is a programming dialect located in protest that is useful for creating different types of usage and programming. It is simple and one of the most assorted dialects. To fabricate and create a creative and modern virtual reality encounter you can attempt to do so. It is one of the strong programming dialects. It is extremely useful for creating calculations which are a fundamental part of using virtual reality online. The Java 3D API (application software engineer interface) allows virtual reality to create design applications, track position, follow the screen glass in the light of inputs, workspace applications and so on. JAVASCRIPT: JavaScript, the dialect of the web is useful for creating multi-layered applications. JavaScript language, opening up the required dialects and applying it to completely new measurements. It is a widely used programming dialect that is simple and renders applications in JavaScript as the sentence structure remains the same as the C dialect. It is useful for creating versatile web applications. PYTHON: One of the easiest programming dialects for students is Python. It is an adaptable, utilitarian and dynamic programming dialect. It makes the customer get the result of the idea in just a few lines of code. Python has several intriguing packages that encourage the customer to quickly venture into virtual reality. Application of Virtual Reality in Healthcare VR technology is not only for entertainment and gaming, but is also used in healthcare for therapy and training. There are 6 main applications of virtual reality in healthcare. Therapy: virtual reality comesused to monitor the progress of the body. VR development used to produce a pleasant interface with the aim that the patient can play during treatment. Virtual reality helps both the patient and the expert and makes the treatment session more astute through the instinctive interface and based on the structure of the patient's coordinated effort plans for better recovery. Virtual reality-assessed presentation treatment was fruitful in reducing fear of arachnids, providing joint evidence of a developing writing demonstrating the suitability of virtual reality as another medium for presentation treatment. Phobias: There are over 60% of people who have certain feelings of trepidation or fears. The advancement of virtual reality crushes feelings of trepidation and comes through an evaluated introductory treatment. In this technique perseverance becomes familiar with fear little by little and after some time the VR changes the level of introduction. These things are impossible, in reality. Fears like coulrophobia, arachnophobia, acrophobia, and so on can be addressed using the innovation of virtual reality. Pain Management: Virtual reality also helps calm pain by shunting the somatosensory cortex (a part of the brain) which is connected to the mind. The cortex is less dynamic when patients are immersed in virtual reality. Rehabilitation: Virtual reality helps in intellectual recovery. With the help of virtual reality, patients who suffer an injury can refine their daily activities in free virtual conditions. In the virtual condition and with a moderate increase in levels of complexity, patients recover from the injury and regain their intellectual capacity. The same system is used to examine the patient. Children: It is extremely unpleasant for children to be in the clinic away from their companions and relatives. Virtual reality helps reproduce the virtual condition they care about while they are recovering in the clinic. With the help of virtual reality, they can also go home and play outdoors with their companions without leaving the doctor's office. Training: VR is also about preparation and learning. The traditional method of training specialists and healthcare workers is extremely tedious and extremely expensive. Be that as it may, virtual reality pushes them to prepare and learn at reasonable costs while sitting in various remote places. Assists the experienced restaurateur in testing activities, learning life systems, and contamination control education. Virtual reality helps create certainty and helps increase constant input, get used to the new innovation, which will be executed comprehensively, and revive torpid abilities, all without harming any patient. Virtual reality offers real benefits to students who are preparing for and taking on important work in mechanical medical procedures. Developing countries like India are also using VR technology for therapy sessions and training purposes. Virtual reality provides various headsets that allow users to grow in the healthcare field. The application of virtual reality in the field of fashionVR is generally used in the mold industry for the sake of configuration which is gradually transforming into a device that can energize the customer. Virtual reality is making its mark in computerized presentation and is making its place in every aspect of retail design business. Virtual reality is used in the mold field to better understand and interface with customers, personalize their purchasing background. To address the problem in