Is realy Asteroid hitting earth in 2032 accroding to nasa?

NASA and the rest of the world space agencies are never tired of saving the world from the impending asteroid threat. Though the threat of an asteroid hitting Earth is something that concerns everyone, scientists and researchers are quick to inform everyone that the odds of a high-impact asteroid are not likely. The recent media has focused on one particular asteroid, 2009 FD, and labeled it as a threat to the world in 2032. But here, what is meant is that the space agencies such as NASA have gone to great extents to analyze it, and the chances of the asteroid colliding with the Earth itself are remote.

NASA’s Planetary Defense Coordination Office (PDCO) oversees operations for near-Earth object (NEO) detection. The NASA organization is tasked with tracking and discovering asteroids and comets that might impact the planet. The PDCO meshes a synergy of ground-based telescopes, space-based observatories, and advanced computer simulations to predict NEO orbits and examine whether any are a threat to our planet. Because of such regular monitoring exercises, scientists can send warnings in the event of any danger well in advance, with enough time to develop counter-measures if necessary. The 2009 FD asteroid, the latest one, is extremely small in size and was discovered in 2009. NASA estimates have ranked this asteroid with a very close to zero chance of colliding with our planet.

The 2032 collision danger has been rated to be approximately 1 in 500,000 and coined as extremely low probability. NASA tracking of the asteroid and its trajectory over the years has never revealed any significant change in the possibility of collision. Even, the 2009 FD danger of colliding with Earth is so minimal that it is not considered a threat by astronomers. To deliver attention to, one needs to recognize that risk assessment of asteroids is not static. As more information keep coming concerning the orbits of objects such as 2009 FD, scientists revise their models and mathematical estimates in an effort to provide the most accurate forecasts.

While a 2032 effect is theoretically possible mathematically, it is very unlikely and the probability of this asteroid impacting Earth is so small that it is not currently a high-priority concern. The unreliability of asteroid impact predictions is caused by the gravity geometry of their orbits that change in time as they interact with other bodies. Low-risk asteroids such as 2009 FD pose no threat to NASA and other space authorities. The security of the planets is a matter of utmost concern, and there are measures underway to monitor, forecast, and even retaliate against asteroid threats.

One of the best initiatives towards that purpose is the NASA DART mission (Double Asteroid Redirection Test), aimed at testing asteroid deflection through deliberate collision of a spacecraft with the asteroid. The mission was released in 2021 and effectively struck the Dimorphos asteroid, a giant step for planetary defense technology. Aside from observation and experimenting with deflection, NASA has also been looking into trying to enhance the capability of detecting smaller asteroids that were not able to be seen so easily with the assistance of telescopes as of now. Among these objects, some of which would be enormous if they were to impact the planet, would do immense harm despite their small size.

NASA has also been working on building new space telescopes and observatories to combat this, including the near-term launching of the Near-Earth Object Surveyor mission, slated to be launched within several years. The mission will be directed at detection and tracking of asteroids that are difficult to detect using existing technology. While getting hit by an asteroid is still speculation and a horror show, things must be put into perspective. The scientific community, led by institutions like NASA, is committed to discovering and halting asteroid threats.

Although the chances of the massive 2032 asteroid impact by 2009 FD are extremely low, it is a reminder as to why near-Earth objects need to be kept in close surveillance. With the development of technology and international cooperation, scientists are ready to respond in the event of a legitimate threat ever being issued. Meanwhile, however, no cause for concern. The asteroid defense mechanisms of Earth are more robust than ever before, and the relentless efforts of NASA and other space agency bodies ensure that any emerging new asteroid threats will be identified far in advance of when they might pose a threat. The asteroid collision catastrophe risk is astronomically negligible, and people can be assured that experts are taking all measures they can to protect the planet.