Model Development Of The Nonlinear Gravito-Electrostatic Fluctuation Dynamics

”GX 339-4, illustrated here, is among the most dynamic binaries in the sky, with four major outbursts in the past seven years. In the system, an evolved star no more massive than the sun orbits a black hole estimated at 10 solar masses. “ [5]

UNSWA  -­  University  of  New  South  Wales SCI  -­  Faculty  of  Science PHYS  -­  School  of  Physics Module  3  (Weeks  5-­6)  —  Life  on  Earth  and  in  the  Solar  System PHYS1160-­5144_01311

This upper atmosphere and the magnetic field form a coupled system with the Sun and the geospace. This coupled system and their interaction with each other is studied under the Sun-Earth Connection program.[4]

ligible proper motion of the G.S. is a good indication that the HST field stars47 are expected

In late 2001, an amateur astronomer happened upon an uncharacteristically bright object in the Monocerotis constellation (Figure 1). Over the next several months the object went through periods of intense brightness the likes of which had rarely been seen before. My research this summer was to use a computer simulation to better understand what may have caused this strange event known as V838 Mon. In order to understand what may have caused the bright outbursts, it is necessary to try and make a model of the event that caused them. To make this model, we implement a Smoothed Particle Hydrodynamics (SPH) code called Starsmasher. The code calculates the movements of many small particles to replicate the movement of a fluid, such as a liquid or

This account for the main loss in rotation energy and the observed slow-down in the rotation speed of pulsars \cite[see][]{Kaspi94, Lorimer04, Espinoza11A}.\\

Thomson had purposed a plum pudding model, with positive and negative charge, where in the pudding itself is positively charged and the plums placed around the pudding would be the negative charged electrons, this model was sometimes seen as having a cloud of positive charge to the most recent atomic models which describes the positive nucleus to be surrounded by an electron cloud.

Magnus effect and the effect of gravity and air resistance have also been used to explain the

Jupiter’s JEDI (Jupiter Energetic Particle Detector Instrument) measures the energetic particles that come through space and conveys the affects they have on Jupiter’s magnetic field. It contains three sensor units containing six ion and six electron views each. JEDI works in conjunction with JADE and Waves instruments to study the

However, the thunderstorm has limited mobility or freedom to reshape itself because of the black hole’s presence, as mentioned previously. This is how the black hole controls star birth and can yield answers to that old question many scientists have pondered. For a very long time, no one was sure why oval galaxies grew so slowly despite an overwhelming abundance of

Main Body: Miles and colleagues observed drastic change in brightness in a specific comet called 29P/Schwassmann-Wachmann. The change in brightness could not be a result of the comet’s orbit because it was stable, therefore

Gravity is a force of attraction between objects that is important because our solar system’s structure relies on it. In the article titles, “Gravity and the Solar System.” it says, “It accounts for the formation of planets, stars, and galaxies. It also keeps smaller bodies in orbit around another body in space.” This quote is saying that gravity is an important force that makes planets orbit the sun. If it didn’t do this the planets would have no light or heat because they would be shooting through space in a straight line. Another quote from “Gravity and the Solar System” is, “Gravity keeps objects, such as satellites, in orbit around Earth. Gravity also affects the way in which planets move and how they are formed.” This demonstrates how

Speaking of Jupiter, according to our class notes, Jupiter’s gravitational prevented the Asteroid Belt from forming into a new planet . This keeps our solar system in order because if the Asteroid Belt became a planet, Mars would be pulled into the Asteroid Belt’s orbit, causing all of our planets to either go into another planet’s orbit or worse. We have the Asteroid Belt because it is the remnants of the formation of the planets. Lastly, in the book Energy in Earth’s Systems, the text says, “Gravity kept pulling matter toward the center of the disk” (Energy in Earth’s Systems, 24). This made the matter create a planet, and if the matter is really hot and made out of gases, it will be a star. Therefore, the gravity is pulling planets in and creating new planets, impacting our solar

The Super Soft Source (SSS) phase of novae is the last major evolutionary phase during which the hottest layers closest to the surface of the white dwarf can be observed until the hydrogen content of the accreted material is consumed or ejected. The X-ray and UV evolution of novae during their outbursts has been determined using Swift monitoring observations. Deeper, continuous XMM-Newton and Chandra observations have been taken, guided by the long-term evolution determined by Swift. The time when bright SSS emission becomes visible, the turn-on time of the SSS phase, depends on the evolution of the nova ejecta. Accurate predictions are currently not possible from evolutionary models, but empirical scaling relations have recently been derived from population studies (Henze et al. 2013; Schwarz et al. 2011).

pg 153). These findings support the idea that convergence aloft (at the sun 's surface) leads to descending motion, which would explain how sunspots inhibit the convective uplift of energy.