![]() ![]() Notable results include numerous OTDK (student project) Is now time to summarize the experience gathered from both the institute and Popular and, so far, the program has supported 37 students. Supervised research work and observing duties. In 2017 the Konkoly Observatory in Budapest published its first call forĪpplication inviting university students to carry out financially supported Subjects: Instrumentation and Methods for Astrophysics (astro-ph.IM) Physics Education (physics.ed-ph) Indicate that choosing lower-frequency pulsars increases the maximum domain Practically unnecessary for navigation within the Solar System. Position is technically required, but only to an accuracy of 100 AU, making it The median positionĮrror of the algorithm is on the order of 15 km. Identify a candidate spacecraft position within a 10 AU $\times$ 10 AU $\times$Ġ.01 AU spheroid domain by observing eight to nine pulsars. Position of the spacecraft in a cold-start scenario. ![]() Higher-order pulsar timing models in order to successfully determine the It is necessary to account for the parallax effect, time dilation, and Uncertainty and determine the accuracy of the algorithm. Monte Carlo simulations are used to establish upper bounds on Revisited with the improved models and prior knowledge requirements areĭiscussed. Theįeasibility of solving the cold-start problem using X-ray pulsar navigation is X-ray pulsar signal models, including the parallax effect, Shapiro delay, timeĭilation, and higher-order pulsar timing models, are considered. Space while reducing compute time by an order of magnitude. Using a norm-minimization-based approach, theĪlgorithm extends Lohan's banded-error intersection model to 3-dimensional That i could think of, 6 points for Naruto and "7" for Natsu.Subjects: Instrumentation and Methods for Astrophysics (astro-ph.IM) Systems and Control (eess.SY)Īn algorithm is presented for solving the cold-start problem using (the 3 points above can count twice if Naruto's activating Baryon mode, since it tires him a lot) ![]() Natsu's Striking Strength and durability are both one tier above Naruto's. Varies if he activates different forms, but Naruto's never faster than him. Naruto may not take an IK with the flames, but since Natsu's emotions translate to the flame's temperature, it may hurt a ton Naruto can't resist getting his soul hurt, which is on Natsu's power list If we take anything close to 30min, we can say that Naruto's practically halfing the lifespam of someone on the same level (imo slightly weaker 1200/2=600/2=300/2=150/2=75/2=37,5) on each hit) (unnoficial calc: considering here, five punches turned 20h in ~30min. Natsu cannot resist Naruto's lifespam-reducing punches If chakra counts as magic, Natsu could end up absorbing Sage Mode's chakra and becoming a stone, since he can absorb magic to heal(?) Natsu doesn't resist Durability Negation and Power Nullification, which Naruto has. Saiken's Acid would bypass a minor resistance to Poison Naruto has NPI, so Natsu's Incorporeality is unusable Naruto can resist Natsu's flames, since chakra mode v1 resisted Amaterasu (a reference of something really hot on the verse) and we know he's tons of times stronger than this, nowadays, but not so much, since Natsu's Flames are REALLY hot (>200m celsius degrees). ![]()
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