Count Iblis
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Typo in my previous post: I meant the operator:
|dead><alive| + |alive><dead|
|dead><alive| + |alive><dead|
Quantum physics has significant theoretical applications that could lead to weaponization, similar to how it contributed to the development of nuclear weapons. Key concepts such as nuclear fission and fusion, as well as advanced technologies like lasers and EMP devices, demonstrate the potential for quantum mechanics to be utilized in weaponry. Discussions also highlight the implications of directed energy weapons and the ethical considerations surrounding their use. The exploration of Bose-Einstein condensates and their potential weaponization further illustrates the innovative yet controversial nature of quantum applications in military contexts.
PREREQUISITESMilitary strategists, physicists, defense technology researchers, and policymakers interested in the intersection of quantum physics and weaponry.
Only zombie is an eigenvector of such operator.Count Iblis said:Typo in my previous post: I meant the operator:
|dead><alive| + |alive><dead|
haael said:Only zombie is an eigenvector of such operator.
I thought of a better quantum weapon: take a very large count of fermions (quarks, electrons, whatever), speed it up to a high velocity relative to your enemy and set its trajectory so it goes through your enemy's heart.
pallidin said:I heard somewhere that there is an "agreement", probably informal, that certain forms of directed energy weapons are not to be used against enemy personnel directly, rather only enemy infrastructure.
For example, using high energy lasers to permanently blind the opponent personnel(versus temporary blinding/hearing loss, such as in flash-bang grenades) is considered cruel.
filegraphy said:I don't think we should be after war. What do you guys think?