Scholar iON
Academic Synthesis
The collected scholarly papers within the "hep-th" (high-energy physics - theory) category reflect a variety of debates and advancements in theoretical physics, particularly concerning symmetry, quantum gravity, and multiverse theories. Lukasz Andrzej Glinka's work on the "Æthereal Multiverse" addresses significant issues of Lorentz symmetry violation and quantum cosmology, proposing novel frameworks drawn from extensive personal research. The discourse is enriched by dialogues around specific papers, such as Lavelle and McMullan's exploration of symmetries in quantum electrodynamics (QED) and their implications for superselection sectors, as well as Soroka's and Deser's comments that engage in critical examination of prior assertions in theoretical physics. Collectively, these discussions emphasize the dynamic nature of theoretical physics, highlighting both the challenges and the progress in understanding the fundamental aspects of the universe.
Draft of book strictly based on the author research results presented in the arXiv papers: 0906.3827[gr-qc], 0906.3825[gr-qc], 0905.3916[hep-ph], 0902.4811[hep-ph], 0902.2829[hep-th], 0812.0551[hep-th], 0809.5216[gr-qc], 0808.1035[gr-qc], 0804.3516[gr-qc], 0803.1533[gr-qc], 0801.4157[gr-qc], 0712.2769[hep-th], 0712.1674[gr-qc], 0711.1380[gr-qc], 0707.3341[gr-qc], gr-qc/0612079.
This is a reply to the above comment (hep-th/9509028). We argue that QED displays a class of symmetries which may be used to select out the various velocity dependent superselection sectors.
I reply to Professor Peter van Nieuwenhuizen in connection with hep-th/0408137
The above hep-th posting purports -- erroneously -- to be a comment on a Note by me in gr-qc.
Resubmitted as hep-ph/9502316. Removed from hep-th. Incorrigibly inept submitter publicly excoriated.
Paper is withdrawn and superseded by EFI-94-36 which will appear shortly with the new hep-th number hep-th/9407111 .
This part of the talk aims to present briefly the biodata and the exceptional career of Paco Yndurain who left us suddenly in June 2008. The scientific part: Light Scalar Mesons in QCD is published in the proceedings of QCD 08 (Montpellier 7-12th july 2008: arXiv:0811.0563 [hep-ph]).
In this note we show that Jackson's criticism (hep-ph/0203076) of our work "Necessity of simultaneous co-existence of..." is based on an inexact understanding of the basic assumptions and conclusions of our work.
The purpose of this paper is both to provide mathematical reinforcements to the paper [Mecozzi and Bellini : arXiv:1110.1253 [hep-ph]] by taking decoherence into consideration and to present some important problems related.
We claim that neutrinos have superluminality as a latent possibility.