So I wanted to start with something that I saw online and it kind of made me chuckle a little.
So you said something once that, you know, you describe the organic chemistry as one of those few fields where you actually get to make something that has never been made before and that it got you and using your word jazzed, right? So take me to that first time you're, you know, you made your first that never existed.
I was... maybe 20, 21, around that time, I was in college doing undergraduate research.
And, you know, we had developed this sort of sequence to get to this particular molecule that then would, we would do some studies on to then go ahead and determine whether or not it did what he said it was supposed to do under these conditions.
Like, I remember it was the summer and I literally had the world supply in my hand.
I then promptly dropped the flask and had to spend the next nine months making it all over again.
And that really kind of crystallized for me one of the very unique things about my discipline in the sense that as a scientist, we get to create and we get to make things.
And especially now that we're kind of in this art tech era where there's a need for new materials and there's a need for additional molecules and there's a need for additional ways in which we can do things faster, cheaper, quicker, lighter.
It's been an incredible kind of background to take into the work that I do today
Or I've had the experience of designing pathways and ending up with a flask full of black char of stuff that doesn't work or you miss it.
You make this thing that, you know, everyone already knows and that, you know, isn't all that special or isn't all that interesting.
And in my own background, I never really considered myself a creative in the sense that we've got disciplines of people that are doing work in art, doing work in music or theater.
And so to be able to know the rules of how these kind of molecules come together, to be able to kind of build on, you know, hundreds of years of tradition, millions of chemists who've gone off and made things.
So I wanted to start with something that I saw online and it kind of made me chuckle a little.
So you said something once that, you know, you describe the organic chemistry as one of those few fields where you actually get to make something that has never been made before and that it got you and using your word jazzed, right? So take me to that first time you're, you know, you made your first that never existed.
I was... maybe 20, 21, around that time, I was in college doing undergraduate research.
And, you know, we had developed this sort of sequence to get to this particular molecule that then would, we would do some studies on to then go ahead and determine whether or not it did what he said it was supposed to do under these conditions.
Like, I remember it was the summer and I literally had the world supply in my hand.
I then promptly dropped the flask and had to spend the next nine months making it all over again.
And that really kind of crystallized for me one of the very unique things about my discipline in the sense that as a scientist, we get to create and we get to make things.
And especially now that we're kind of in this art tech era where there's a need for new materials and there's a need for additional molecules and there's a need for additional ways in which we can do things faster, cheaper, quicker, lighter.
It's been an incredible kind of background to take into the work that I do today
Or I've had the experience of designing pathways and ending up with a flask full of black char of stuff that doesn't work or you miss it.
You make this thing that, you know, everyone already knows and that, you know, isn't all that special or isn't all that interesting.
And in my own background, I never really considered myself a creative in the sense that we've got disciplines of people that are doing work in art, doing work in music or theater.
And so to be able to know the rules of how these kind of molecules come together, to be able to kind of build on, you know, hundreds of years of tradition, millions of chemists who've gone off and made things.
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