NEW! LOWEST RATES EVER -- SUPPORT THE SHOW AND ENJOY THE VERY BEST PREMIUM PARACAST EXPERIENCE! Welcome to The Paracast+, eight years young! For a low subscription fee, you can download the ad-free version of The Paracast and the exclusive, member-only, After The Paracast bonus podcast, featuring color commentary, exclusive interviews, the continuation of interviews that began on the main episode of The Paracast. We also offer lifetime memberships! Flash! Take advantage of our lowest rates ever! Act now! It's easier than ever to susbcribe! You can sign up right here!

Reply to thread

Message

Thanks for the explanation.

Studying UFO cases is just much easier than learning Maxwell, GR and QM from scratch. It would take me at least full year of concentrated full time effort to grasp the basics. Actually quite "passionate" about learning these theories well enough that I can derive practical design solutions etc. These theories are pinnacle of classic physics. But your explanations helped me a lot to shed more light on this subject.

Yeah, when I shall be able to put aside whole year, I'll definitely jump into Maxwell and GR till I get a good and detailed grasp. I found a GR book with abridged GR mathematics, that can well shorten whole journey.

As far as acoustic levitation was concerned, actually I am not quite sure that that is what they are using. Electromagnetic equivalent of acoustic levitation would require so much energy it would start turning soil into liquid lava.

Re: "Gravity and inertia in neutron crystal optics and VCN interferometry" by prof. Zeilinger, A. where is it paywalled? Do you have a link? I don't mind paying for it, if it is reasonably priced.

<blockquote data-quote="DROBNJAK" data-source="post: 270770" data-attributes="member: 8760">Thanks for the explanation.Studying UFO cases is just much easier than learning Maxwell, GR and QM from scratch. It would take me at least full year of concentrated full time effort to grasp the basics. Actually quite &quot;passionate&quot; about learning these theories well enough that I can derive practical design solutions etc. These theories are pinnacle of classic physics. But your explanations helped me a lot to shed more light on this subject.Yeah, when I shall be able to put aside whole year, I&#039;ll definitely jump into Maxwell and GR till I get a good and detailed grasp. I found a GR book with abridged GR mathematics, that can well shorten whole journey.As far as acoustic levitation was concerned, actually I am not quite sure that that is what they are using. Electromagnetic equivalent of acoustic levitation would require so much energy it would start turning soil into liquid lava.Re: &quot;Gravity and inertia in neutron crystal optics and VCN interferometry&quot; by prof. Zeilinger, A. where is it paywalled? Do you have a link? I don&#039;t mind paying for it, if it is reasonably priced.</blockquote>

[QUOTE="DROBNJAK, post: 270770, member: 8760"] Thanks for the explanation. Studying UFO cases is just much easier than learning Maxwell, GR and QM from scratch. It would take me at least full year of concentrated full time effort to grasp the basics. Actually quite "passionate" about learning these theories well enough that I can derive practical design solutions etc. These theories are pinnacle of classic physics. But your explanations helped me a lot to shed more light on this subject. Yeah, when I shall be able to put aside whole year, I'll definitely jump into Maxwell and GR till I get a good and detailed grasp. I found a GR book with abridged GR mathematics, that can well shorten whole journey. As far as acoustic levitation was concerned, actually I am not quite sure that that is what they are using. Electromagnetic equivalent of acoustic levitation would require so much energy it would start turning soil into liquid lava. Re: [B]"Gravity and inertia in neutron crystal optics and VCN interferometry" by prof. Zeilinger[/B], A. where is it paywalled? Do you have a link? I don't mind paying for it, if it is reasonably priced. [/QUOTE]

Verification