Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
With the utmost respect I ask: Do you get headaches? Your brain is growing, or getting packed to the max. Or maybe old knowledge minimizes but can be pulled out and rehydrated when needed. Yes, that must be it if you don’t get headaches. Your thirst for understanding is sensational. I will never ever forget how you explained pi to me.
Have you watched The Farmacy of Light Documentary yet? The concept of photons from the sun in plants, fruits, vegetables getting into our bodies, creating energy and health was VERY inspiring. I walk around my yard now snacking on FRESH photons!!!! Feel free to correct me on my physics takeaway if you watch it.
Thank you for sharing your thoughts. You are amazing! I will excitedly share this article to my husband and math friends too!!!!
Gotta be honest, this was interesting but also totally above my head. Nature is amazing! Will share with math friends.
what an elegant number
Almost as elegant as 69
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
https://whitethomasalan.substack.com/p/the-20-backyard-dare-that-quantum?utm_source=share&utm_medium=android&r=88ul7d
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
https://whitethomasalan.substack.com/p/the-20-backyard-dare-that-quantum?utm_source=share&utm_medium=android&r=88ul7d
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
https://whitethomasalan.substack.com/p/the-20-backyard-dare-that-quantum?utm_source=share&utm_medium=android&r=88ul7d
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
https://whitethomasalan.substack.com/p/the-20-backyard-dare-that-quantum?utm_source=share&utm_medium=android&r=88ul7d
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
Fantastic to find you I'm looking for people who are just like you and find the world really interesting.
I got really excited reading your about hoping that you would help me? I'm trying to send this message around to find talented people who will help me...
Calling all practical-minded people: As someone deeply interested in material properties, I find the precise mechanics of evaporation and condensation to be a fascinating puzzle. Standard kinetic models treat these phase changes as well enough explained, but if you look at them more closely, the legacy textbook explanations introduce quite a few complications that challenge credulity and violate Occam's razor.
To look at this empirically, I’ve put together a practical $20 Backyard Dare on my Substack page Decoding science using everyday materials. I am seeking pragmatic minds who focus on physical data to review the setup, test the anomaly, and see what the observation actually shows. I would love your thoughts on it.
https://whitethomasalan.substack.com/p/the-20-backyard-dare-that-quantum?utm_source=share&utm_medium=android&r=88ul7d
Hopefully this is in a short enough format that you can just send this around and encourage people to do this simple experiment and help launch an exciting new age of science!
With the utmost respect I ask: Do you get headaches? Your brain is growing, or getting packed to the max. Or maybe old knowledge minimizes but can be pulled out and rehydrated when needed. Yes, that must be it if you don’t get headaches. Your thirst for understanding is sensational. I will never ever forget how you explained pi to me.
Have you watched The Farmacy of Light Documentary yet? The concept of photons from the sun in plants, fruits, vegetables getting into our bodies, creating energy and health was VERY inspiring. I walk around my yard now snacking on FRESH photons!!!! Feel free to correct me on my physics takeaway if you watch it.
Thank you for sharing your thoughts. You are amazing! I will excitedly share this article to my husband and math friends too!!!!