7/24/2023 0 Comments Emergent phenomena youtubeJackfrags’ channel is not limited to gameplay videos. His editing style adds to the overall quality of his content and makes his videos more enjoyable to watch. Each of his videos is edited to perfection, and he is known for his cinematic shots and transitions between different scenes. By doing so, he not only entertains but also educates his viewers on gameplay tips and tricks.Īnother factor that makes Jackfrags stand out is his editing skills. In his videos, he takes the time to explain his thought process, which is helpful to his viewers. He is known for his tactical and strategic approach to games. Jackfrags’ gaming style is unique and sets him apart from other content creators. Jackfrags’ channel started gaining popularity, and he started uploading videos regularly while also trying to improve his craft with each video he created. He posted his first video on September 2, 2011, and since then, there has been no looking back. He decided to give YouTube a shot and started posting content related to Battlefield 3, which was a popular game at that time. He always wanted to do something that he is passionate about. During his early teenage years, he discovered his love for gaming and started playing games like Battlefield 3, Call of Duty 4, and Counter-Strike 1.6.Īfter graduating from university, Jackfrags pursued a career in digital marketing but was never satisfied with his job. Jackfrags was born in 1987 in England and grew up playing video games. This article will take an in-depth look at the journey of Jackfrags as a gaming YouTuber, his gaming style, and what makes him stand out from the crowd. However, over the years, he has managed to create a loyal fan base that is always looking forward to his next video. Jackfrags’ rise to fame was not an overnight success. Among these channels is Jackfrags, a famous content creator who has been making videos and streaming games for years. With millions of subscribers, they have become one of the most popular categories on the platform. It will be fascinating to ponder this question on your journey through the simulated brain.Gam ing channels are the backbone of YouTube. Or perhaps more challengingly, in a virtual environment in a virtual reality, still stuck inside the computer. Thus, we'll have to put this brain in a robot. One interesting further question arises: how important are all the interactions between our physical bodies and the physical environment? There is good reason to believe that this is critical. Taking this example into the domain of interest here, does this mean that we can switch out our biological neurons for artificial ones, and everything should still function the same, as long as we capture the essential interactions in the right way? Some of us believe this to be the case, and that when we finally manage to put enough neurons in the right configuration into a big computer simulation, the resulting brain will support consciousness and everything else, just like the ones in our own heads. Of course, they have to be there, and meet some basic criteria, but they are nevertheless replaceable. In effect, the interaction itself is what matters, and the parts are mere place holders. Thus, there is a level of transcendence that occurs with emergence, where the behavior of the more complex interacting system does not depend on many of the detailed properties of the lower level parts. But over a wide range, it doesn't matter what the gears are made from. There might be subtle factors like friction and durability that vary. You can make the gears out of any kind of sufficiently hard material, and they will still work. Computer models can capture many complex interactions and reveal nonobvious kinds of emergence.Emergence can be illustrated in a very simple physical system, two interacting gears, as shown in Figure 1.1. Only panel b exhibits an emergent phenomena through the interaction of the two gears, causing things like torque and speed differentials on the two different gears.Įmergence is about interactions between parts. Both panel a and b contain the same parts. Figure \(1.1\): Simple example of emergence of phenomena, in a very simple physical system: two gears. The result is an attempt to capture the essence of emergence. Often the only way to practically achieve this reconstruction is through computational modeling. However, one also needs to go in the opposite, oft-neglected direction, reconstructionism, where the complex system is actually reconstructed from these simpler parts. The classic scientific process of reductionism plays a critical role here, where the complex system is reduced to simpler parts. What makes something a satisfying scientific explanation? A satisfying answer is that you can explain a seemingly complex phenomenon in terms of simpler underlying mechanisms, that interact in specific ways.
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