Bliss Chapman

That was something that just consumed my intellectual curiosity. And that journey led me to actually apply to and find myself a PhD program at UC Berkeley.

That was something that just consumed my intellectual curiosity. And that journey led me to actually apply to and find myself a PhD program at UC Berkeley.

at this consortium called the Berkeley Wireless Research Center that was precisely looking at building, at the time we called it XG, similar to 3G, 4G, 5G, but the next, next generation G system, and how you would design circuits around that to ultimately go on phones and basically any other devices that are wirelessly connected these days.

at this consortium called the Berkeley Wireless Research Center that was precisely looking at building, at the time we called it XG, similar to 3G, 4G, 5G, but the next, next generation G system, and how you would design circuits around that to ultimately go on phones and basically any other devices that are wirelessly connected these days.

at this consortium called the Berkeley Wireless Research Center that was precisely looking at building, at the time we called it XG, similar to 3G, 4G, 5G, but the next, next generation G system, and how you would design circuits around that to ultimately go on phones and basically any other devices that are wirelessly connected these days.

So I was just absolutely just fascinated by how that entire system works and that infrastructure works. And then also during grad school, I had sort of the fortune of having a couple of research fellowships that led me to pursue whatever project that I want.

So I was just absolutely just fascinated by how that entire system works and that infrastructure works. And then also during grad school, I had sort of the fortune of having a couple of research fellowships that led me to pursue whatever project that I want.

So I was just absolutely just fascinated by how that entire system works and that infrastructure works. And then also during grad school, I had sort of the fortune of having a couple of research fellowships that led me to pursue whatever project that I want.

And that's one of the things that I really enjoyed about my graduate school career, where you got to kind of pursue your intellectual curiosity in the domain that may not matter at the end of the day, but it's something that really... allows you the opportunity to go as deeply as you want, as well as as widely as you want.

And that's one of the things that I really enjoyed about my graduate school career, where you got to kind of pursue your intellectual curiosity in the domain that may not matter at the end of the day, but it's something that really... allows you the opportunity to go as deeply as you want, as well as as widely as you want.

And that's one of the things that I really enjoyed about my graduate school career, where you got to kind of pursue your intellectual curiosity in the domain that may not matter at the end of the day, but it's something that really... allows you the opportunity to go as deeply as you want, as well as as widely as you want.

And at the time I was actually working on this project called the Smart Band-Aid. And the idea was that when you get a wound, there's a lot of other kind of proliferation of signaling pathway that cells follow to close that wound.

And at the time I was actually working on this project called the Smart Band-Aid. And the idea was that when you get a wound, there's a lot of other kind of proliferation of signaling pathway that cells follow to close that wound.

And at the time I was actually working on this project called the Smart Band-Aid. And the idea was that when you get a wound, there's a lot of other kind of proliferation of signaling pathway that cells follow to close that wound.

And there were hypotheses that when you apply external electric field, you can actually accelerate the closing of that field by having basically electro taxing of the cells around that wound site. And specifically, not just for normal wound, there are chronic wounds that don't heal.

And there were hypotheses that when you apply external electric field, you can actually accelerate the closing of that field by having basically electro taxing of the cells around that wound site. And specifically, not just for normal wound, there are chronic wounds that don't heal.

And there were hypotheses that when you apply external electric field, you can actually accelerate the closing of that field by having basically electro taxing of the cells around that wound site. And specifically, not just for normal wound, there are chronic wounds that don't heal.

So we were interested in building some sort of a wearable patch that you could apply to kind of facilitate that healing process. And that was in collaboration with Professor Michelle Maharvitz, which was a great addition to kind of my thesis committee and really shaped the rest of my PhD career. So this would be the first time you interacted with biology, I suppose. Correct, correct.

So we were interested in building some sort of a wearable patch that you could apply to kind of facilitate that healing process. And that was in collaboration with Professor Michelle Maharvitz, which was a great addition to kind of my thesis committee and really shaped the rest of my PhD career. So this would be the first time you interacted with biology, I suppose. Correct, correct.

So we were interested in building some sort of a wearable patch that you could apply to kind of facilitate that healing process. And that was in collaboration with Professor Michelle Maharvitz, which was a great addition to kind of my thesis committee and really shaped the rest of my PhD career. So this would be the first time you interacted with biology, I suppose. Correct, correct.