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Four-force
About: Four-force is a research topic. Over the lifetime, 3459 publications have been published within this topic receiving 87308 citations.
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11 Feb 2016TL;DR: The history of attempts to algebraically extend General Relativity is reviewed in this paper, where the philosophy of the pseudo-complex extension is introduced and the basic assumptions, including for example a generalized variational principle and how to map to real observables.
Abstract: The history of of attempts to algebraically extend General Relativity is reviewed. The philosophy of the pseudo-complex extension is introduced and the basic assumptions, including for example a generalized variational principle and how to map to real observables. The appearance of a minimal length and the advantages of the pseudo-complex theory are discussed.
71 citations
Book•
03 Oct 2017
TL;DR: The astounding link between the p np problem and the problem of time quantum mechanics versus general is discussed in this paper, where it is shown that quantum mechanics can be solved in one dimension.
Abstract: The astounding link between the p np problem and the. the quantum mechanics of fate issue 9 time nautilus. theories of the universe quantum mechanics vs general. quantum puting. bbc earth the quantum origin of time. the problem of time quantum mechanics versus general. problem of time. the problem with quantum puters scientific american. philosophical issues in quantum theory stanford. the problem of time quantum mechanics versus general. solved problems on quantum mechanics in one dimension. the problem of time quantum mechanics versus general. the problem of time quantum mechanics versus general. on time in quantum mechanics arxiv. the problem of time quantum mechanics versus general. the problem of time quantum
71 citations
TL;DR: The relation between the symplectic structures on the canonical and radiative phase spaces of general relativity has been investigated in this article, where the authors show that the relation between these structures can be expressed as follows:
Abstract: The relation between the symplectic structures on the canonical and radiative phase spaces of general relativity is exhibited.
70 citations
TL;DR: It is shown through the study of specific diagrams that cancellations occur which restore the expected behaviour of the energy expansion and by considering the power counting in a physical gauge it is shown that the apparent bad behavior is a gauge artifact, and that the quantum loops enter with a well behaved energy expansion.
Abstract: A class of loop diagrams in general relativity appears to have a behavior which would upset the utility of the energy expansion for quantum effects We show through the study of specific diagrams that cancellations occur which restore the expected behaviour of the energy expansion By considering the power counting in a physical gauge we show that the apparent bad behavior is a gauge artifact, and that the quantum loops enter with a well behaved energy expansion
70 citations