Yeah. And look, relative to power, I mean, look, power is a big story here. I'm not saying anything. None of any of you don't know. But there's no doubt that power in these next-generation architectures is a really fundamental part of the operating of the systems. And we've been involved in power connectors essentially since the birth of the company. If you think about our legacy back into military and industrial high power, high voltage, I mean, we've been making interconnect products related to really high power consumption systems for most of the modern history of Amphenol, which means that we have dialed in the knowledge of what it means to be handling so much power. The safety, the efficiency, the throughput of the power. You know, this concept of millivolt drop and all of that that goes along with it. And so, you know, we're involved in a very complex way across a lot of different interconnect products, complex interconnect assemblies, Busbars board level interconnect, bringing power, you know, as soon as the power gets to the side of a building, you know, we're helping it get all the way around there all the way until it gets to the board of the chips. I mean, as you mentioned, AI is only going to increase in the needs of power. And I have to say, you know, I use these tools probably more than most. I am just dived in head and shoulders into using AI. And I will admit that once in a while when I'm doing something pretty complex and it's waiting a little bit, I get a little pang of guilt that I might be using a little more power. I mean, I was making, you know, immunology models for my daughter who's studying for a test last night. And, you know, I see the little thing thinking and know that, you know, that's probably burning a few light bulbs of power while doing that. And I think our job at Amphenol, our job at Amphenol to do this is to make sure that as little as possible of that energy that comes in the building is lost through the interconnect products that ultimately our products are the most efficient and the safest. So that the maximum amount of electrons can make their way to where they need to go, which is to the GPUs and to the associated things that go on these systems. And if we can do a good job at doing that, we're pretty good at doing that. We've been developing that skill for many decades. You know, our customers are going to keep relying on us to support them. And I'm really proud of what our team has done here. And, you know, I look forward to more opportunities related to power in the future.