论文标题
热力学的微观基础，向经典性的过渡和非单身$ 4 $ 4 $ TH衍生性重力的正规化与Einstein Gravity及其Newtonian Limit等同于
Microscopic foundation of thermodynamics, transition to classicality and regularization of gravitational-collapse singularities within Non-unitary $4$-th Derivative Gravity classically equivalent to Einstein gravity and its Newtonian limit
论文作者
论文摘要
通过指出非军事在解决经典性的过渡到宏观机构的特定定位，对宏观的本地化，微小的基础的微型基础的第二律基础，详细介绍了de Filippo的非独立$ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $ 4 $的审查，详细;此外，它提供了一种重力的量子场理论，不仅可能是可重新划定的，甚至还提供了有限的，其取消机制类似于超对称场理论，在该理论中，取消是由超级零部队造成的，而在这里与负能量领域相似。最后，这项非自动提案解决了长期存在的黑洞信息损失问题，并且根据与主流努力的差异的非正统观点，以挽救单位性，以牺牲含糊不清的方式来改变一般相对性的方式。最后但并非最不重要的动机和概念框架是给出的，因为作者无法在他的第一篇论文中介绍它们，因为他意识到，由于运动神经元疾病的发展，他在片刻时间内无法使用PC键盘或在纸上写作。
A detailed and updated review is given of De Filippo's Non-unitary $4$-th Derivative Gravity and its Newtonian limit, by pointing out the crucial role of non-unitarity in addressing transition to classicality and specifically localization of macroscopic bodies, microscopic foundation of the second law of thermodynamics, measurement problem; furthermore it provides a quantum field theory of gravity possibly not only renormalizable but even finite, with a cancelation mechanism analogous to supersymmetric field theories where cancelations are due to superpartners whereas here to negative energy fields. Finally this non-unitary proposal addresses the longstanding black hole information loss problem and this according to an unorthodox view at variance with the mainstream endeavors to save unitarity at the expense of changing General Relativity in vague unspecified ways. Last but not least motivations and conceptual framework are given, as the author could not present them in his first papers written in a hurry since he was aware that in a little time he would be unable to use pc keyboard or to write on paper due to the progressing of motor neuron disease.
