Exploring the Metaverse and How Quantum Computing Plays a Role


A term initially coined in Snow Crash, a science fiction novel penned by Neal Stephenson, the metaverse is a concept creating a virtual space to merge the real and virtual worlds, maximizing one’s experience in each world. The metaverse focuses on social connection, consisting of a simulated digital environment that leverages virtual reality, augmented reality, blockchain technology, and social media concepts to formulate a space for consistent user interaction that replicates the real world. Think of being on social media, but with increased integration.

Facebook recently brought the metaverse into the public consciousness with its recent name change. Technologists across the board have been talking up how the metaverse could change the way people attend concerts, play video games and even conduct surgeries. As we gradually head into the metaverse, what should we expect from it, and how will another emerging technological concept, quantum computing, play a role in the metaverse’s evolution.

Grasping the Metaverse Concept

How Quantum Computing Fits Into the Metaverse

Some fields like quantum machine learning have proven increasingly popular in various industries like finance and the pharmaceutical industry. With this in mind, quantum computing has a definite role in bringing the metaverse to life, helping to execute several critical applications.

Quantum computing will find itself in the metaverse through security applications. Security has long been a question mark of quantum computing for technology experts. However, in the metaverse, as more interactions are being captured, quantum-resistant security will be needed for any commerce and transactions that take place, with quantum-resistant blockchain technology being a go-to technology.

A more effective way that quantum computing can play an essential role in the metaverse is through computation. One of the better use cases for quantum computing is ensuring the increased effectiveness of applications. Researchers have been developing applications based on optimization tasks. The metaverse uses lots of computation and simulation, so quantum computing can be leveraged to enhance computation and the overall experience. The wide range of quantum algorithms that researchers are utilizing can be applied in an alternative metaverse.

Metaverses will also require some amount of randomness to ensure inhabitants and algorithms don’t manipulate the system. Using quantum randomness, developers can ensure that the rules used to protect the metaverse aren’t being used in unscrupulous ways. Rather than a false random number, a qubit series can be used to form random bits, with some companies specializing in quantum random number generation.

And then, there’s machine learning. As the complexity of the metaverse builds, machine learning will play an increasingly important role in how it evolves. The need for increased machine learning in the metaverse will be just as profound as in reality. With more development of quantum machine learning, more applications will take place in the metaverse. Meanwhile, quantum key distribution is a smart tool that provides secure communications within the metaverse.

The metaverse is a concept we will gradually get used to, and quantum computing is one way of ensuring everyone understands the applications and capabilities of the metaverse, plus enjoy the potential benefits the metaverse offers.


Popular posts from this blog

Guidance for Setting Up a Cloud Security Operations Center (cSOC)

OCI Object Storage: Copy Objects Across Tenancies Within a Region

Access data anywhere using DataDistillr and your Oracle Cloud Credits