A little question unrelated to this week's chapter: Is there a calc for the Deku/Bakugou double-smash from the 2nd movie?
Yeah if the light already tagged him then he rebounded it's not really a lightspeed feat.
it's literally an even worse version of aim dodging that even batman has shown before, since he also has dodged lasers before, lmao
and yet, we have bruceman still at supersonic+/low hypersonic reactions levels cuz that's his level, lmao
Unlike him though wouldn’t she have to move her arms into position to catch the laser before it could hit her body?The refraction is going past her in the earlier scan, so it just looks like they did the same thing shiggy did and got hit and held it
I'd say the Stars and Stripes one is the to look over since she says she catches lasers the Shiggy one is too vague to say he straight reacts to a laser like you said because even if you argue he's in the same position both panels you could say he took it then reflected it
Because she still has to say laser as soon as she makes contact with it to put it under New Order rules and manipulate the density and output of the laser which could yield a better reaction feat
let's see this scenario too
similar to shiggy's but something i noticed, how can we know that the way she caught it, wasn't part of her being able to also control the density and the output of the laser and reduce the output when it comes to contact with her? = laser manipulation = make it easier for her to catch it and bounce it back
overall
i say it's more on shiggy's ''vague'' scenario to get a speed feat, cuz he is the one who isn't accustomed with a tech like this and was his first time getting a full direct clash with it, on the other hand, she knows the properties of the laser and all, since she controls it
for me, it's somewhere in the mach 50-100ish range, for the reasons i said in my previous post
I agree, the small word bubble supports that.Because she still has to say laser as soon as she makes contact with it to put it under New Order rules and manipulate the density and output of the laser which could yield a better reaction feat