This paper introduces a novel deflection approach based on nuclear explosions: the nuclear cycler. The idea is to combine the effectiveness of nuclear explosions with the controllability and redundancy offered by slow push methods within an incremental deflection strategy. The paper will present an extended model for single nuclear stand-off explosions in the proximity of elongated ellipsoidal asteroids, and a family of natural formation orbits that allows the spacecraft to deploy multiple bombs while being shielded by the asteroid during the detonation
Small celestial bodies such as Near Earth Objects (NEOs) have become a common subject of study becau...
Given a limited warning time, an asteroid impact mitigation campaign would hinge on uncertainty-base...
The collision of a moderately large asteroid or comet, also referred to as a Near-Earth Object (NEO)...
This paper introduces a novel deflection approach based on nuclear explosions: the nuclear cycler. T...
Asteroid collisions with the Earth pose a great threat to the safety of populations around the globe...
Nuclear explosions, and a wide variety of technologies not yet realized, have been proposed to defle...
Nuclear explosives are a mature technology with well-characterized effects. Proposed utilizations in...
In this paper we assess and compare the effectiveness of four classes of non-nuclear asteroid deflec...
Splitting by atomic bombs an asteroid in flight is the best way to deflect its trajectory. How and w...
Splitting by atomic bombs an asteroid in flight is the best way to deflect its trajectory. How and w...
A novel concept for the deflection of rotating asteroids is presented, based on the conversion of th...
The consequences of the fragmentation of an Earth-threatening asteroid due to an attempted deflectio...
One means of countering a hazardous asteroid is discussed: destruction of the object using a nuclear...
Current statistics on the flux of impactors on the Earth reveal that asteroids with a diameter large...
This paper presents a novel idea for the successful deflection of asteroids. Adapted initially from ...
Small celestial bodies such as Near Earth Objects (NEOs) have become a common subject of study becau...
Given a limited warning time, an asteroid impact mitigation campaign would hinge on uncertainty-base...
The collision of a moderately large asteroid or comet, also referred to as a Near-Earth Object (NEO)...
This paper introduces a novel deflection approach based on nuclear explosions: the nuclear cycler. T...
Asteroid collisions with the Earth pose a great threat to the safety of populations around the globe...
Nuclear explosions, and a wide variety of technologies not yet realized, have been proposed to defle...
Nuclear explosives are a mature technology with well-characterized effects. Proposed utilizations in...
In this paper we assess and compare the effectiveness of four classes of non-nuclear asteroid deflec...
Splitting by atomic bombs an asteroid in flight is the best way to deflect its trajectory. How and w...
Splitting by atomic bombs an asteroid in flight is the best way to deflect its trajectory. How and w...
A novel concept for the deflection of rotating asteroids is presented, based on the conversion of th...
The consequences of the fragmentation of an Earth-threatening asteroid due to an attempted deflectio...
One means of countering a hazardous asteroid is discussed: destruction of the object using a nuclear...
Current statistics on the flux of impactors on the Earth reveal that asteroids with a diameter large...
This paper presents a novel idea for the successful deflection of asteroids. Adapted initially from ...
Small celestial bodies such as Near Earth Objects (NEOs) have become a common subject of study becau...
Given a limited warning time, an asteroid impact mitigation campaign would hinge on uncertainty-base...
The collision of a moderately large asteroid or comet, also referred to as a Near-Earth Object (NEO)...