Summary
The transcript discusses the rapid advancement of technology and the cyclical nature of technological “buzz” in the market. It highlights lithium batteries as an example of a current technology that will eventually be replaced by more advanced solutions like graphene batteries. The speaker suggests that even more revolutionary technologies, such as quantum computing, will emerge, offering unprecedented capabilities like teleportation. The narrative emphasizes how technological progress follows phases, with each new development building on the previous one, while early adopters of current tech may still be outpaced by future innovations.
10 Key Takeaways
- Technological Buzz: Emerging technologies create short-lived excitement (e.g., lithium batteries), but there’s always a new wave of innovation.
- Lithium Batteries: Currently seen as a major technological advancement, they are becoming more widespread but may soon be outdated.
- Graphene Batteries: Predicted to replace lithium batteries within a few years, offering superior performance and applications.
- Quantum Computing: Once fully understood and utilized, quantum computing will revolutionize technology, offering capabilities such as teleportation.
- Teleportation: A speculative future possibility due to advancements in quantum computing, potentially eliminating the need for modern transportation.
- Information Overload: Technology is advancing so rapidly that by the time one technology is mastered, a more advanced one emerges.
- Adoption Lag: Mass production and widespread adoption of new technologies (e.g., graphene, quantum computing) are delayed due to processing and manufacturing hurdles.
- NVIDIA and Robotics: Mastering robotics and data processing with tools like NVIDIA chips is seen as a precursor to advancing quantum computing capabilities.
- Science Fiction as Reality: Technologies that seem like science fiction today (e.g., teleportation, molecular computing) are actually plausible but not yet mass-produced.
- Phases of Technology: There are levels of technological advancement, with each phase bringing more sophistication, but also requiring mastery of earlier levels.
Pros:
- Insightful Look at Technological Progress: Offers a thought-provoking perspective on how technology evolves and replaces earlier innovations.
- Realistic Expectations: Acknowledges that while new technologies may be on the horizon, they require time and understanding to be fully realized.
- Visionary Thinking: Envisions a future where quantum computing and teleportation become reality, pushing the boundaries of what’s considered possible.
Cons:
- Speculative: Some points, like teleportation and molecular-level computing, are speculative and may not come to fruition soon.
- Simplified Analysis: The discussion simplifies complex topics like quantum computing, making it seem more imminent than it might be.
- Lacks Immediate Practicality: While forward-looking, the transcript does not provide actionable steps for current technology use or investment.
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Transcript of audio of episode shown below:
“00
So here’s a scenario in try in understanding more, uh, complex things in a more simplified, uh, format. Whereas I discuss how, uh, emerging stocks become a buzz for a certain certain period of time, only to find out a few years later, there is another buzz coming right after it. For example, um, let’s say right now, um, one of the big things that’s gonna hit the market soon, and you know, it’s gonna be a big thing. This is just for example, let’s say, is is lithium batteries. You know?
0:51
So, um, let’s say, for example, there’s like a buzz. Like, oh, look. This is gonna be the next big thing, lithium batteries. Right? You know?
1:00
So, um, people start investing in these companies and stuff like that, and it becomes a success. You know? People start using lithium batteries more frequently and, you know, uh, um, more options are are become more available. But then what happens is we are receiving information so fast, and everything is doubling, everything is advancing. Lithium batteries is gonna be replaced, uh, by something even better down the line, like, let’s say, uh, 10 years from there or, like, 5 years later.
1:36
You know, like, 5 years later, the the new thing is gonna be probably graphene, graphene batteries. And this thing is gonna offer more options and, uh, basically ties to everything. Meanwhile, quantum computing, which uses a little bit of graphene to make its products more efficient, um, is gonna offer, uh, infinite capabilities on top of that, uh, teleportation, um, options, which I believe, if if people get the handle on quantum computers, um, will basically eliminate, um, you know, modern day, uh, transportation, uh, like, uh, planes, uh, carriers, uh, boats, you know, things things of that nature, um, and passports. You know? Uh, there’ll be no use for those things, but, um, because people will have, uh, the technology to just teleport to the destination or receive, uh, whatever it is they want, um, instead of, like, seeing it as a holographic form in a VR format.
2:53
You know? You’ll just go there directly and go to the destination on teleportation capability due to quantum computing, um, that has a little bit of graphene in it. So, of course, this is all it’s not a matter of, you know, uh, if. You know what I mean? It’s gonna it’s just like it’s just a matter of when.
3:19
You know what I mean? But, um, so right now, like I said, I started with lithium batteries, and that’s gonna have to, uh, progress just to get the people thinking a little more advanced. You know what I mean? Then once they’re a little more advanced, they’re gonna be like, okay. You know what?
3:33
The next thing is graphene. Graphene better is better than lithium. And so now people start getting into graphene. But around this time, quantum, um, computing gets a little more progressed in in in stages and phases and and, um, more options as far as, uh, how how people learn to to use its capabilities and functions. You know?
3:56
Like I said, with quantum computer, you’re talking about teleportation on a on a on a nano nano scale, um, molecular level. So think about Ant Man, you know, and that becoming a reality, you know. Everything is science fiction, but it’s all, uh, it’s the technology is there. It exists already. It’s just not mass produced.
4:17
You know? Um, it’s not a it’s not a, um, in the market. You know what I mean? But it the the technology is definitely there, and that that has to do with, um, quantum computer. And, you know, it’s just a it’s just a matter of people learning, uh, how to use these technologies, you know?
4:36
But right now, this is too advanced. Like I said, people right now, lithium batteries is is too advanced for people and that’s just like the minuscule level, you know, that you have to go through in order to get to the more, level, you know, that you have to go through in order to get to the more, um, advanced stages in in the in the in the, um, in the, you know, in the whole ideal picture. So yeah. You know? Um, but that’s just how things work.
5:06
You know what I mean? So people who, let’s say, invest in the in the lithium battery, these people think that they’re ahead of the game. You know what I mean? But there’s always one more ahead of them thinking about something that’s, uh, coming or or more, you know, more advanced than them. There’s just this its levels and phases to this.
5:22
You know? Um, nothing wrong with them, uh, being advanced in their level, you know, you know, being in the lithium battery stages and stuff like that, you know, that’s cool. Um, you’re still ahead of a lot of people because you can recharge and you don’t have to use gas and, you know, there’s a lot of convenience you could do with it. You know? But the ultimate, ultimate, um, things just lead to more advanced, uh, technology.
5:49
And Graphene, since already there’s companies available that can manufacture in a mass scale, it’s just a matter of getting it processed and manufactured, um, on a global scale, you know. And so the same thing with, um, quantum computer, Like, once people realize how to use it, you know, which they won’t get to that part yet unless they’ve mastered the level of using, um, you know, uh, computer chips more proper, uh, with with NVIDIA’s capabilities, you know, um, things like that. When you, uh, learn to have a lot of data and may, um, master the robotics, uh, field of manufacturing your own robots, then, you know, uh, things, uh, things around that layer that area would, uh, promote, uh, more quantum computing. You know? So just something to think about.
6:54
You know? Anyway, thanks for tuning in to another episode of the LZ Show. You already know that that that with all of that.”
