Hi. I'm saying this based on what you tell us at the beginning of most of your videos, that your intention is to make physics concepts simpler. Because I'm an enthusiast not a physicist, I wish you could connect this math to the real world and its impact on our lives. I give you an example: This math formula proves that quantum entanglement exists. And this is how we prove it empirically in the lab. Now that we know it exists and have the proof, this is how it can help to create quantum computers. And if you get one of these computers, you can solve problems a million times faster. I know that sounded like a silly example, but I hope that you got the idea. You know, for me the abstract math is way too abstract. I don't know why and how it connects to the real world, and what benefits the industry can take from these mathematical formulas that affects us. Thank you so much
This is a very constructive piece of criticism! I genuinely appreciate the time you took to share your thoughts. You've highlighted key points that have helped me refine my approach to the "why do we care" segment. Your perspective on the differences between enthusiasts and students has also made me aware of my unconscious bias towards the student viewpoint. This feedback will be invaluable as I move forward, and I can incorporate a segment that addresses both audiences, such as "connections to the everyday world." Thank you once again for your thoughtful input!
@@curiousaboutscience A personal favorite book of mine is Asher Peres' "Quantum Theory, Concepts and Methods". I'd highly recommend it as a follow up after this one.
Hi. I'm saying this based on what you tell us at the beginning of most of your videos, that your intention is to make physics concepts simpler. Because I'm an enthusiast not a physicist, I wish you could connect this math to the real world and its impact on our lives.
I give you an example:
This math formula proves that quantum entanglement exists. And this is how we prove it empirically in the lab. Now that we know it exists and have the proof, this is how it can help to create quantum computers. And if you get one of these computers, you can solve problems a million times faster.
I know that sounded like a silly example, but I hope that you got the idea. You know, for me the abstract math is way too abstract. I don't know why and how it connects to the real world, and what benefits the industry can take from these mathematical formulas that affects us.
Thank you so much
This is a very constructive piece of criticism! I genuinely appreciate the time you took to share your thoughts. You've highlighted key points that have helped me refine my approach to the "why do we care" segment. Your perspective on the differences between enthusiasts and students has also made me aware of my unconscious bias towards the student viewpoint. This feedback will be invaluable as I move forward, and I can incorporate a segment that addresses both audiences, such as "connections to the everyday world." Thank you once again for your thoughtful input!
Huh, that's a fairly improved thumbnail on this one
@@ARBB1 decided to try something new 😂
@@curiousaboutscience yeah, it looks good
@@ARBB1thank you! So many options to choose from but it's fun to tinker. The chapter on the weirdness of QM needs a new TN design 😂🤓
@@curiousaboutscience A personal favorite book of mine is Asher Peres' "Quantum Theory, Concepts and Methods".
I'd highly recommend it as a follow up after this one.
@@ARBB1 the description on Amazon is very promising! Thank you for recommending!
you can give my mello to a kid brother...