Richard's Animorphs Forum

Animorphs Section => Animorphs Forum Classic => Topic started by: Tim Bruening on June 18, 2015, 08:00:46 PM

Title: Question For FAQ
Post by: Tim Bruening on June 18, 2015, 08:00:46 PM
When an Andalite of Animorph morphs something larger than his natural body, where does the extra mass come from?  (How does Z-Space provide the extra mass needed for large morphs?)

How do I respond to the Animorphs FAQ Thread so as to add this question?   (I couldn't find the "reply" button).
Title: Re: Question For FAQ
Post by: Dylan on June 18, 2015, 08:16:19 PM
You are not suppose to reply to that thread.
...
Maybe from other bodies in zspace.
Title: Re: Question For FAQ
Post by: Tim Bruening on June 19, 2015, 12:30:03 AM
You are not suppose to reply to that thread.
...
Maybe from other bodies in zspace.

Would such bodies die if mass was stolen from them for use by big animal morphers?

The FIRST time any Andalite morphed a big animal, where did the extra mass needed for that animal come from?
Title: Re: Question For FAQ
Post by: DinosaurNothlit on June 19, 2015, 08:39:55 PM
I tend to assume that anti-matter is extruded into z-space, actually.  Anti-matter being the opposite of matter, you can actually create matter so long as you create anti-matter in equal proportion.

Since the extruded morph-mass tends not to move around much through z-space, there would be very little risk of any extruded anti-matter masses contacting any extruded regular-matter.
Title: Re: Question For FAQ
Post by: Dylan on June 19, 2015, 08:44:24 PM
Since the extruded morph-mass tends not to move around much through z-space, there would be very little risk of any extruded anti-matter masses contacting any extruded regular-matter.
AKA, magic :P :XD:
Title: Re: Question For FAQ
Post by: Tim Bruening on June 20, 2015, 12:41:06 AM
I tend to assume that anti-matter is extruded into z-space, actually.  Anti-matter being the opposite of matter, you can actually create matter so long as you create anti-matter in equal proportion.

Since the extruded morph-mass tends not to move around much through z-space, there would be very little risk of any extruded anti-matter masses contacting any extruded regular-matter.

But what happens if a Z-Space ship hits the extruded anti-matter?
Title: Re: Question For FAQ
Post by: Dylan on June 20, 2015, 12:44:01 AM
I tend to assume that anti-matter is extruded into z-space, actually.  Anti-matter being the opposite of matter, you can actually create matter so long as you create anti-matter in equal proportion.

Since the extruded morph-mass tends not to move around much through z-space, there would be very little risk of any extruded anti-matter masses contacting any extruded regular-matter.

But what happens if a Z-Space ship hits the extruded anti-matter?
Then the plot of 18 happens
Title: Re: Question For FAQ
Post by: Tim Bruening on June 20, 2015, 12:48:14 AM
I tend to assume that anti-matter is extruded into z-space, actually.  Anti-matter being the opposite of matter, you can actually create matter so long as you create anti-matter in equal proportion.

Since the extruded morph-mass tends not to move around much through z-space, there would be very little risk of any extruded anti-matter masses contacting any extruded regular-matter.

But what happens if a Z-Space ship hits the extruded anti-matter?
Then the plot of 18 happens

Wouldn't the anti-matter blow up the ship?
Title: Re: Question For FAQ
Post by: Dylan on June 20, 2015, 12:49:22 AM
Magic :-\
Title: Re: Question For FAQ
Post by: Quaf on June 21, 2015, 02:38:12 AM
is that your answer to everything?
Title: Re: Question For FAQ
Post by: Dylan on June 21, 2015, 02:41:31 AM
Yes
Title: Re: Question For FAQ
Post by: pallosalama on June 25, 2015, 05:02:01 PM
Maybe void energy.
You can actually "lend" energy from Universe for some time.
Maybe this also applies for matter and for extended course of time in Z-space.