LIVESTREAM NEXT WEEK! Woo!
Added 2021-06-23 00:12:40 +0000 UTCHey y'all!
I will be livestreaming next Tuesday, June 29th at 10am PT.
Please post below if you have any questions! I'll answer at least one from each of you, but as always, I'll try to get to them all.
Keep an eye out for the link, and I'll see you soon!
Comments
4. I can sing objectively well, but I have a range of about on octave and a half. How can I reach higher notes without resorting to falsetto? (Or am I physiologically doomed?)
Mariana Arzuaga
2021-06-29 14:12:59 +0000 UTC3. Can you tell us the tips that you learned from that book “Nonviolent Communication”?
Mariana Arzuaga
2021-06-29 14:12:26 +0000 UTC2. Great news! You saw Christina again last night, when she dropped by your place… she told you she had a great night sleep on an actual mattress (instead of the floor of a lamp) and got a bit of her mojo back! She’s giving you the chance to relive a day of your life! Which day will it be?
Mariana Arzuaga
2021-06-29 14:11:59 +0000 UTC1. Can you shout out to your 🏳️🌈 fans on this beautiful day of the Pride Month?
Mariana Arzuaga
2021-06-29 14:11:34 +0000 UTCLaPt3P superconductor- topological superconductor. Can you explain what the heck is going on here? What are muon spin relaxation experiments? I have so many questions with this would love to hear your expert opinion and thoughts. Thank you so much! ❤
2021-06-23 17:03:27 +0000 UTCGravity question: do the "waves" of gravity travel through mass or around it, on a subatomic level? Let there be two atoms: one is heavy and eats too many french fries and drinks too much beer while sitting lazily on the couch watching baseball games and movies, the other atom is lighter having fewer protons and neutrons, why? I'm wondering which parts of a subatomic particle interact with gravity, and how? My imagination is trying to envision if gravity passes into, and through, something (mass), or does gravity pass around subatomic particles? If it passes around something, would that infer a reluctance for gravity to compress into surrounding "waves", hence transferring the reluctance into energy pushing into the mass? If gravity passes thru something, what part(s) of the subatomic particle is causing drag, and is there an idea of what would be the mechanism, does gravity affect all parts of the proton/neutron or specific parts? A gravity joke would suffice if there isn't a known/convenient answer for the layman.
Jeremy Baker
2021-06-23 05:27:02 +0000 UTC
