Official 2021 yearbook of the Mars Mahi-Mahi, Metaverse Esports team. From a Metaverse millions of miles away, your Mars Mahi-Mahi come ready to play.

The official Mars Mahi-Mahi: 2022 Yearbook -- Omniverse Sports League

The official 2021 yearbook of the Hawaiian Islands Ocean Dragons. This season, the team competed as a metaverse esports team. Plans are by 2023, the team will concurrently compete as a physical team in Hawai'i.

The official catalogue of the SOLD OUT: First Edition: Omniverse Sports League Fine Art. Collectibles. Web3. Product Line. Collector’s Guide: Volume I OmniverseSportsLeague.com

This is the official sports and esports yearbook of the Portland Sasquatch: Team Handball club. The physical team is a multi-time champion. The esports team is one of the first metaverse, blockchain-back official sports teams.

Official 2021 yearbook of the Beaverton Baseball & Cricket Badshahs with both physical results & metaverse esports results.

This paper explores the unifying expression of The Internet of Things (IoT), unlocking: predictive modeling, artificial intelligence (AI), and quantum computing in the realm of professional baseball. With the advent of Qiskit 1.0 and the rise of utility-scale quantum computing, there exists an unprecedented opportunity to revolutionize the way we analyze and forecast baseball outcomes. By integrating game theory principles and leveraging the computational power of quantum computers, teams can dynamically forecast paths to winning World Championships. This paper delves into the theoretical foundations, practical applications, and future prospects of this groundbreaking approach.

This is the Cascadia Sasquatch: Official 2022 Yearbook: Omniverse Sports League

The human brain, still in 2024 the great beyond of biological engineering, operates with a complexity that has long inspired technological advancements. In the ethos of Web4, comprising the Internet of Things (IoT), Artificial Intelligence (AI), Quantum Computing, and self-healing hardware, we observe remarkable parallels to the brain’s functionality. This section explores these similarities, positing that insights from neuroscience can inform and enhance the development of Web4 technologies. Through a detailed comparison, we illustrate how the brain’s mechanisms of decision-making, self-repair, and resilience can be mirrored in these cutting-edge emerging technologies.

Water Bears, or tardigrades, are microscopic animals renowned for their extreme resilience and adaptability. Their ability to withstand harsh conditions such as extreme temperatures, radiation, and desiccation makes them a versatile subject of study in various scientific fields. This paper offers the hypothesis how the biological mechanisms of tardigrades can serve as a comparative baseline for developing Web4 technologies, including the Internet of Things (IoT), artificial intelligence (AI), quantum computing, and self-healing hardware. Equally, the paper will equally challenge the same assumptions, with the intent of further validation, via the scientific method.