Can We Stop a Nuclear Warhead After Launch? The Unknowns and Controversies

The fear of nuclear war has loomed over humanity since the dawn of the atomic age. The question of whether we can stop a nuclear warhead after it has been launched is both technical and deeply philosophical, with implications that go beyond the realm of military strategy.

Intelligence Revelations

Recent revelations by sources like DR Greer have shed light on the complexity of nuclear arsenals and the potential unknown threats that may lurk beyond our control. According to these reports, alien entities have been known to interfere with nuclear weapons storage sites, even managing to disable US ICBMs and activate Russian nuclear warheads for brief periods.

These incidents, while mysterious and concerning, highlight the vulnerability of our nuclear infrastructure. The ongoing scanning of our nuclear bases by unrecognized entities raises questions about the extent of surveillance and the potential for tampering with our strategic assets.

Techniques for Missile Interception

Note that the interception of a nuclear launch is highly unlikely after the engine burnout phase due to the nature and depth of missile silos. However, one might be able to intercept a missile during its early stages, particularly if located very close to the launch point. The critical phase to stop a warhead is right after it leaves the ground and before it reaches a high velocity.

One potential method involves using powerful lasers, rail guns, or mass drivers to destroy the warhead. These devices would need to be deployed at significant altitudes, preferably beyond most of the atmosphere, to maximize their velocity and effectiveness. Ground-based energy sources might be necessary to power such high-energy weapons.

Another approach is to use a smart brick or a physical interceptor that can be positioned in the missile's path. This could involve getting in front of the missile and allowing it to collide with the interceptor. However, the missile is equipped with robust protective measures, including polished aluminum to reflect lasers, spin mechanisms to prevent overheating, and sophisticated countermeasures.

The Role of Decoys and Deception

To counter potential interceptions, warheads are designed with various countermeasures. These include mid-course trajectory changes, decoys, and strong laser and visible light countermeasures. The use of decoys and deceptive tactics can make it extremely difficult to accurately target a real missile. This is why missile silos are buried deep within the ground, with layers of defenses and countermeasures to ensure that even if a target is identified, it may be too late to intercept.

Adding to the complexity, sub-launched missiles do not need to fly as high or travel as far, making them potentially more difficult to detect and intercept. With their speed and the ability to launch in numbers, they pose a significant threat, especially if they are trying to execute a first-strike or second-strike strategy.

The range and tenacity of sub-launched missiles mean that even if intelligence is accurate, the initial salvage may not stop all launches. Coastal areas, where many key assets and strategic locations are situated, are particularly vulnerable to attacks from sub-launched missiles, as the flight times can be as short as minutes.

Conclusion

While the technology and strategies for missile interception are evolving, the existing capabilities are still limited. The high risks and the potential for countermeasures mean that the interception of a nuclear warhead after launch is challenging at best. Moreover, the potential interference from unknown entities adds another layer of uncertainty to the situation, making it crucial for nations to continue developing and improving their defenses.

The ongoing UFO sightings around nuclear sites, while intriguing, add to the complexity and mystery surrounding the future of nuclear warfare. As humanity continues to explore and defend against the possibility of a nuclear conflict, the unknowns will remain a significant component of this ongoing saga.