Did you know that holographic technology is the only modern-day tech that has been endorsed by the British royal family?
Prince Charles made holographic appearance in Abu Dhabi energy summit to address the conference and endorsed the technology for its vast number of advantages.
The incidence was covered thoroughly by many news platforms, tech blog sites and even by some British essay writers from cheap assignment writing service UK.
Many renowned companies like Google, Apple and Microsoft have embraced this change and are working towards developing holographic tech, specifically on artificial reality and virtual reality platforms.
Microsoft has even launched HoloLens, a device that lets developers create and interact in holographic landscape.
Since the past decade, education has picked up pace towards technological innovation and revolution, with digital classrooms replacing the conventional ones. Holographic technology being the forefront of it all.
According to ‘MarketAndMarket’ report, holographic industry is already a billion-dollar industry which is estimated to elevate to an astonishing $665 billion by 2023, with education sector being the biggest contributor.
Let us see how hologram tech is being used in innovating educational illustrations.
The tools utilized
Holograms can be distributed into 2 major categories that are
- Augmented Reality
Where holographic images are incorporated in real world environment.
For example, a holographic molecule of H2O being displayed to students for explaining them how hydrogen and oxygen bond to form water.
- Virtual Reality
Where a complete holographic environment is created. It is a completely immersive experience with the real world shut off completely.
For example, recreating environment of outer space, showing students the solar system and how planets revolve around the sun.
Helping students deal with incognitive abilities
Many students suffer from incognitive abilities. For example
Believe it or not, there is a neurological condition known as Aphantasia which was discovered just recently in 19th century.
It is the condition, in which people lacking or have no imagination, whatsoever.
- Difficulty in grasping concepts
Similarly, it is found that many young students find it hard to grasp some concepts that are not aided with any kind of visual representation. Concepts that are crucial for their knowledge base building.
Holographic tech can be useful in both cases. Instead of straining their imagination, students can interact with 3-dimensional representations.
This can assist them in developing their imaginative and cognitive abilities and even play a therapeutic role for people suffering from different forms of Aphantasia. Making it easier for them to understand and grasp those crucial concepts.
Similarly, for young students this can help in developing different perceptions, memories and sensory modalities as their brain interacts with 3-dimensional objects and concepts.
Uses in educational illustrations in different sectors
Holographic tech enables for a more captivating and interactive learning environment, that is unparallel to any other tactile learning techniques. Some examples are
- Making medicine intuitive
Imagine learning about human anatomy through detailed 3-dimensional visualization.
- How different parts of the body works
- How they respond
- Understanding the complex nervous system
- Simplifying the huge blood flow network
Something as complex as human body has been made easier to learn about, thanks to hologram tech.
- Hands-on experience in surgery
Similarly, it has been made possible for students to get hands-on experience in performing different procedures and surgeries without the need of real-life specimen or patient.
This has allowed aspiring surgeons to extensively practice their craft and hone their skills without posing a danger to human life.
Also, it has allowed them the freedom to recreate and practice complex surgeries and situations, becoming good at them. A student can have an extensive experience of hundreds of surgeries and operations before ever performing on a living human being.
- Performing impossible experimentations
Hologram have enabled students to easily conduct experiments that
- Require specialized environment
- Would be too dangerous to perform
- Are too expensive
- Are too difficult
To perform in real life.
Not only this but the data collected and the results obtained are as accurate as the ones obtained when these experiments are done in real life.
- Topography made interesting
Virtue of the holograms, students studying geography and geology are intuitively studying the terrain and topology of different areas, like land and sea. For example
- Students are taught about different mountain ranges like Himalayas and Alps. And it is done remotely without ever taking them on an expedition.
- They are being taught about different terrains of ocean beds that are nearly impossible for humans to reach. In order to find oil reserves and install offshore oil rigs.
- Simulating structures for civil engineering and architecture students
Civil engineers and architects require extensive amount of drawing, planning, modelling etc that is a very hectic and time-consuming work.
Secondly the drawings like blueprints and floor plans can at times be very confusing to decipher, read and comprehend.
Holograms have made planning and modelling much more efficient. Enabling students to build even the most complex structures with ease and efficiency. Other than this they can add the smallest of the details in their models.
Another special feature than holographic illustration allows the students are that they can actually resize their structures and models to imitate the original scale, hence reducing any and all chances of errors and structural defects.
- Understanding atomic structures and reactions made easy
For students studying chemistry a huge problem was understanding different atomic structures, atomic bonds and chemical reactions.
These 3-dimensional structures when printed in 2-dimensional pages and books made the shapes even harder to comprehend. Moreover, the structural properties and chemical bonds become impossible to make sense of.
Thanks to holograms, the 3-dimensional structures can be observed clearly without any hinderance. Eliminating any causes of problems. Also, simulations of chemical reactions make understanding of the process much more fun and intuitive.
Norman Clark has a PhD degree in accounting and finance management from University of Sheffield. he has 10 years of experience in Content Writing Services for topics related to finance management and government taxation.