Context regarding the feat[]
Radahn learned how to control the stars, either to control the fate of his family, to stop invading star monsters or to look cool idk.
But for the lore confirmation
One of the glintstone sorceries that manipulates gravitational forces.
Fires numerous gravitational projectiles. Any foes struck will be pulled toward the caster. Charging enhances potency.
A gravitational technique mastered by the young Radahn. "I thank you for your tutelage, for now I can challenge the stars."
Sellen: Well, well... Seluvis is not a name I ever wanted to hear again... But, fine. If it will help you, my apprentice, I offer my knowledge. The stars alter the fate of the Carian royal family. And the fate of your mistress, Ranni. But long ago, General Radahn challenged the swirling constellations, and in a crushing victory, arrested their cycles. Now, he is the force that repulses the stars. If General Radahn were to die, the stars would resume their movement. And so, too, would Ranni's destiny.
Iji: Jerren. Now, that's a name I haven't heard for a while. Before taking up the banner of General Radahn, he was a guest of the Carian royal family. An expert swordsman, to be sure, but ever the eccentric. No surprise he'd get wrapped up in some festival. Oh, no, wait... How did I not see it before? I ought to retire as war counsellor for such a gross oversight! Let me explain. The fate of the Carian royal family is guided by the stars. As is the fate of Lady Ranni, first heir in the Carian royal line. But General Radahn is the conqueror of the stars. Who stood up to the swirling constellations, halting their movement in a smashing victory. And so, if General Radahn were defeated, the stars would once again resume their movement. As would Lady Ranni's destiny. Perhaps, even, revealing the elusive path. That leads to Nokron.
Iji: Go with Blaidd to the festival grounds. Should General Radahn be defeated, the stars would once again resume their movement. Perhaps revealing the elusive path to Nokron.
When Radahn finally dies the Collapsing Star spell he had active finally faded and the stars resumed their movements.
The Calc[]
Now for some key thing about this
- Radahn's star crush doesn't only involve stars. We know for a fact that two of those falling lights are meteors and one of those meteors was a monster thing
- I'm likely going to miss some of the lights due to how they're in motion
- Video of what I'm using and the Frame by Frame site I'm using
Now time for counting. As a note to avoid space issues I'll just list the frames I'm using to count and the number I count will be added for a final total in the parenthesis
- One light streak is shown at 5:07:71 (1)
- 5:09:55 (2)
- 5:10:11 (3)
- 5:10:51 (4)
- 5:10:83 (6)
- 5:11:43 (7)
- 5:12:03 (10)
- 5:12:39 (12)
- 5:12:47 (13)
- 5:13:19 (14)
- 5:13:51 (15)
- 5:13:99 (16)
- 5:14:19 (17) (Left side of the Tarnished)
- 5:14:43 (18)
- 5:14:71 (21)
- 5:15:03 (24)
- 5:15:39 (27)
- 5:15:47 (28)
- 5:16:03 (32)
- 5:16:11 (35)
- 5:16:51 (37)
- 5:16:99 (38)
- 5:17:47 (42)
- 5:17:71 (44)
- 5:18:15 (54)
- 5:18:47 (63)
- 5:18:75 (71)
- 5:18:99 (80)
- 5:19:27 (91)
- 5:19:51 (103)
- 5:19:75 (110)
- 5:19:87 (114)
- 5:20:15 (126)
- 5:20:47 (136)
- 5:20:79 (151)
- 5:21:03 (174)
- 5:21:31 (187)
- 5:21:63 (200)
- 5:21:83 (211)
- 5:22:03 (221)
- 5:22:15 (226)
- 5:22:43 (254)
- 5:22:63 (277)
- 5:22:91 (309)
- 5:23:19 (336)
- 5:23:31 (357)
- 5:23:47 (374)
- 5:23:63 (389)
- 5:23:91 (420)
- 5:24:27 (468)
- 5:24:63 (509)
- 5:24:95 (530)
- 5:25:27 (548)
- 5:25:43 (566)
- 5:25:62 (589)
- 5:25:75 (604)
- 5:25:99 (643)
After this scene the camera shifts and I can't confirm if anything remaining is a new light streak or not.
The Numbers[]
So as mentioned the issue here is going to be how many of those lights were indeed stars. So for the sake of fairness I'll include various different ends. Since Radahn would be moving stars at FTL speeds he would only scale to their GBE as was used in this calc
- 1 Star (0.155% star ratio): 5.693 * 10E+41 Joules (Baseline 4-C)
- 6 Stars (Roughly 1% star ratio): 6 * 5.693e+41 = 3.4158e+42 Joules (High 4-C)
- 64 Stars (Roughly 10% star ratio): 64 * 5.693e+41 = 3.64352e+43 Joules (High 4-C)
- 128 Stars (Roughly 20% star ratio): 128 * 5.693e+41 = 7.28704e+43 Joules (High 4-C)
- 321 Stars (Roughly 50% Star Ratio): 321 * 5.693e+41 = 1.827453e+44 Joules (High 4-C)
- 450 Stars (Roughly 70% Star Ratio): 450 * 5.693e+41 = 2.56185e+44 Joules (High 4-C)
- 578 Stars (Roughly 90% Star Ratio): 578 * 5.693e+41 = 3.290554e+44 Joules (High 4-C)
- 641 Stars (The maximum amount of stars allowed for my count): 641 * 5.693e+41 = 3.649213e+44 (High 4-C) (Accepted End)