Page 160 - 《国际安全研究》2021年第2期
P. 160

Journal of International Security Studies
            unprecedented challenges. It should be noted that the United States bears a particular
            responsibility for the retrogression in  the  process  of global  non-proliferation and
            nuclear disarmament. This can be examined from  three interrelated perspectives.
            Firstly, the classic nuclear deterrence theory cannot fully explain the contradictory
            nuclear strategy and non-proliferation policy of the United States. The absolute free
            nuclear strategy featuring war-fighting  deterrence and extended deterrence has
            always been the fundamental principle guiding the US nuclear policies. Secondly,
            the re-exploration of the Cold War history during the 1950s and 1960s reveals that
            the general view that the US nuclear strategy swung between the conservatives who
            advocate for  nuclear weapons to be used for actual combat and the liberals  who
            advocate for nuclear weapons to be used only for deterrence has exaggerated the
            influence of  the liberals over the US nuclear strategy. Throughout most of the
            presidencies, the United States tends to regard absolute free nuclear strategy as the
            key to safeguarding the postwar international order and gaining strategic advantages
            over the Soviet Union.  Finally, the  interaction between nuclear weapons and
            non-nuclear weapons has become a prominent feature of the current nuclear era.
            With the emerging new technological revolution, traditional nuclear deterrence and
            strategic stability are facing extremely complex challenges. Against this backdrop,
            the United States still puts much emphasis on the integration of nuclear and
            conventional weapons as well as the combination of offensive and defensive actions
            to secure its absolute predominance over other countries and relies on emerging
            technologies and cross-domain deterrence to ensure its overall victory. As a result,
            the “ternary paradoxes” triggered by the interaction between nuclear weapons and
            conventional weapons, the pursuit of technological first mover advantage as well as
            the absolute freedom will continue to exert impact on the global strategic stability
            and the international non-proliferation regime.
            [Keywords] US nuclear strategy, NPT,  deterrence only, war-fighting deterrence,
            new technology revolution
            [Author] JIANG Tianjiao, Ph.D., Lecturer, Fudan Development Institute (FDDI)
            (Shanghai, 200433).

        61   An Analysis of China-US Asymmetric Nuclear Stability and the US
            Strategic Opportunism
            HU Gaochen
            [Abstract] It is notable that the security relationship between China and the United
            States plays  a pivotal role in the  overall Sino-US relations and studies on the
            strategic  stability between the two countries are of paramount significance for
            maintaining the stability  of the bilateral  security relations. The relatively weaker
            capacity in  China’s  nuclear deterrence has created the stability of an asymmetric
            deterrence  which is diametrically different from the traditional strategic stability.
            Admittedly,  there are  still shortfalls in the effectiveness of China’s deterrent
            capability as a leverage  against the US,  which helps generate the opportunistic
            thinking on the part of the United States as to how to suppress and weaken China’s
            nuclear retaliation capabilities. Implementing damage limitation strategy, developing
            missile defense capabilities, and launching strategic anti-submarine warfare are the
            main  maneuvers of the US strategic opportunism  against China. While  China
            endeavors to maintain its nuclear deterrent capacity and the stability of an asymmetric

              · 158 ·
   155   156   157   158   159   160   161   162   163   164