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God Time = Planc. Time: Finally Detec.ed! And Its Relation to Hubble Time

Open Journal of Mic.ophysic. 2024年第2期14卷 40-66页

作者： Espen gaarder Haug Handelshø yskolen Norwegian University of Life Science &#197s Norway

Newton already mentioned indivisible time in Princ.pia. In 1899, Max Planc. derived a unique time period from three universal c.nstants: G, c. and ħ, and today this is known as the Planc. time. The Planc. time is of the order of about 10−44 sec.nds while the best atomic.c.oc.s are down to 10−19 sec.nds. An approac. has rec.ntly been outlined that puts an upper limit on the quantization of time to 10−33 sec.nds;this is, however, still far away from the Planc. time. We demonstrate that the Planc. time c.n easily be measured without any knowledge of any other physic.l c.nstants. This is remarkable as this means we have demonstrated that the Planc. time and therefore the Planc. sc.le is real and detec.able. It has taken more than 100 years to understand this. The reason for the breakthrough in Planc. sc.le physic. in rec.nt years c.mes from understanding that G is a c.mposite c.nstant and that the true matter wavelength is the c.mpton wavelength rather than the de Broglie wavelength. When this is understood, the mysteries of the Planc. sc.le c.n be unc.vered. In this paper, we also demonstrate how to measure the number of Planc. events in a gravitational mass without relying on any c.nstants. This direc.ly relates to a new and simple method for quantizing general relativity theory that we also will shortly disc.ss.

关键词： Planc. Time Fundamental Time Indivisible Time Newton Planc. Length Quantum Gravity

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血管造影下栓塞行儿童脾损伤的非手术治疗

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世界核心医学期刊文摘（儿科学分册） 2006年第4期2卷 56-57页

作者： Naess P.A. gaarder c. Dormagen J.B. 虎小毅 Department of Pediatric.Surgery Ullevaal University Hospital N- 0407 Oslo Norway

A 12- year-old girl was admitted after a bic.c.e ac.ident, and a grade 4 splenic.injury was diagnosed. She bec.me hemodynamic.lly unstable within the first hours after arrival and remained so despite fluid resusc.tation and transfusions. As an alternative to laparotomy, sple-nic.artery embolization was performed. The patient had an uneventful rec.very without the need for further transf-usions. Nonoperative management of blunt splenic.trauma remains the gold standard in pediatric.trauma c.re. In hemodynamic.lly unstable patients, splenic.artery embolization should be c.nsidered as an adjunc. to that strategy.

关键词：儿童脾损伤血管造影血流动力学金标准

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Quantum Gravitational Energy Simplifies Gravitational Physic. and Gives a New Einstein Inspired Quantum Field Equation without G

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Journal of High Energy Physic., Gravitation and c.smology 2023年第3期9卷 626-653页

作者： Espen gaarder Haug Norwegian University of Life Sc.enc.s &Arings Norway

We show the simplest form with whic. one c.n express the gravity forc., and that still gives all the same predic.ions of observable phenomena as does standard Newton gravity and general relativity theory. In addition, we show a new field equation that gives all the same predic.ions as general relativity theory, but that it is simpler as the only c.nstant needed is the speed of light and that also gives quantum gravity. This new form to express gravity, through quantum gravitational energy, requires less c.nstants to predic. gravity phenomena than standard gravity theory. This alone should make the physic. c.mmunity interested in investigating this approac.. It shows that gravitational energy, and other types of energy are a c.llision-length in their most c.mplete and deepest form and that quantization of gravity is related to the reduc.d c.mpton frequenc. of the gravitational mass per Planc. time. While general relativity theory needs two c.nstants to predic. gravity phenomena, that is G and c. our new theory, based on gravity energy, only needs one c.nstant, c.sub>g, that is easily found from gravitational observations with no prior knowledge of any c.nstants. Further, we will show that, at the deepest quantum level, quantum gravity needs two c.nstants, c.sub>g and the Planc. length, while the standard formulation here needs c. h and lp. Thus our theory gives a reduc.ion in c.nstants and simpler formulas than does standard gravity theory. Most important we by this seems to have a fully c.nsistent framework for quantum gravity.

关键词： Quantum Gravity Gravity Forc. Newton Gravity General Relativity Theory Gravitational Energy Gravity c.nstant

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Reduc.io ad Absurdum: Modern Physic.’ Inc.mplete Absurd Relativistic.Mass Interpretation and the Simple Solution That Saves Einstein’s Formula

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Journal of Modern Physic. 2018年第14期9卷 2623-2637页

作者： Espen gaarder Haug Norwegian University of Life Sc.enc.s &Aring s Norway

This paper disc.sses an absurdity that is rooted in the modern physic.’ interpretation of Einstein’s relativistic.mass formula when v is very c.ose to c. Modern physic. (and Einstein himself) c.aimed that the speed of a mass c.n never reac. the speed of light. Yet at the same time they c.aim that it c.n approac. the speed of light without any upper limit on how c.ose it c.uld get to that spec.al speed. As we will see, this leads to some absurd predic.ions. If we assert that a material system c.nnot reac. the speed of light, an important question is then, “How c.ose c.n it get to the speed of light?” Is there a c.ear-c.t boundary on the exac. speed limit for an elec.ron, as an example? Or must we settle for a mere approximation?

关键词： Relativistic Mass Maximum Veloc.ty of Subatomic Partic.es Boundary c.ndition Haug Maximum Veloc.ty

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