
Symmetry 2021 - The 3rd International Conference on Symmetry
Part of the International Conference on Symmetry series
8–13 Aug 2021
Physics, Chemistry, Mathematics, Computer Science, Biology
- Go to the Sessions
- Event Details
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- Symmetry 2021 is closed
- Welcome from the Chairs
- Conference Chairs
- Conference Speakers
- Sessions
- Workshop Section
- Instructions for Authors
- List of Accepted Submissions
- Event Awards
- Symmetry 2021 Offline Seminar Information
- Symmetry 2021 Live online sessions Information
- Symmetry 2021 - Recording Videos
- Live Session Program for Physics and Symmetry
- Live Session Program for Biology & Chemistry and Symmetry
- Live Session Program for Mathematics, Computer Science and Symmetry
- Sponsors and Partners
- Editions in this series
Symmetry 2021 is closed
Warmest congratulations on the success of the 3rd International Conference on Symmetry (Symmetry 2021). Many thanks for your participation.
The winners of the conference awards will be announced soon.
All talks have been live streamed via Zoom and recorded, the recordings will be publicly on the symmetry2021 website soon.
Participants are cordially invited to contribute with a full manuscript to our Special Issue "Selected Papers Symmetry 2021—The Third Edition of the International Conference on Symmetry" in the journal Symmetry (submission deadline: 8 October 2021).
See you at the next edition!
Welcome from the Chairs
Dear Colleagues,
This third edition of the International Conference on Symmetry, supported by Ben-Gurion University of the Negev and the MDPI journal Symmetry, sponsored by The Foundational Questions Institute (FQXi) and Center for Advanced Studies in Mathematics, will be held entirely online due to the COVID-19 pandemic, from 8 August to 13 August 2021.
We welcome interdisciplinary interaction between different fields of science and we intend to follow in the footsteps of Hermann Weyl, a man responsible for important progress in the field of symmetry in math and physics. He expressed great interest in symmetry in many additional fields of science, as explored in his eye opening book "Symmetry". As expressed by Weyl, symmetry is a fundamental phenomenon in nature and all sciences. This event, therefore, aims to promote the discussion and exchange of cutting edge knowledge and ideas of symmetry in a variety of subjects ranging from physics, chemistry, mathematics, and computer science, to biology.
Symmetry 2021 is a follow up to two very successful conferences, entitled "Symmetry 2017—The First International Conference on Symmetry", held in October 2017 in Barcelona, Spain, and "Symmetry 2019—The Second International Conference on Symmetry" in Benasque, Spain.
Registration is free for the submission and the live sessions.
Organizational questions and sponsorship opportunities can be directed to the Secretariat ([email protected]), and content questions should go to Prof. Eduardo Guendelman.
We look forward to having you join us at this exciting event.
Best regards
Eduardo Guendelman
On behalf of the Organization Committee
Conference Secretariat
Ms. Demi Liu
Ms. Dalia Su
Mr. Philip Li
Ms. Ella Li
Ms. Lee Li
Email: [email protected]
Please feel free to download our Symmetry 2021 flyer.
Conference Chairs

[email protected]

[email protected]

[email protected]

Structural biology aims to understand the chemistry, interactions and basic biological functions governed by the three-dimensional structure of macromolecules. Knowledge of the 3-D structure of a protein can provide enormous basic scientific insight into the function of that protein, facilitating elucidation of its biochemical function and its interactions with other proteins, RNA, DNA, or membranes in the cell. X-ray crystallography and cryo-EM are the most prolific techniques for the structural analysis of proteins and protein complexes. Using X-ray crystallography and cryo-EM, we can now realize to the high-resolution range, up to atomic or even electronic details, enabling a full coverage understanding of macromolecules and their interactions. Current Projects 1. Structural studies of magnetosome associated proteins. Magnetotactic bacteria are a phylogenetically and morphologically diverse group of microorganisms that share an ability to create magnetosomes, biomineral organelles that sense geomagnetic fields and aid the bacteria to align themselves accordingly. The magnetosome organelle comprises aligned 30-50 nm iron oxide magnetite crystals, surrounded by a lipid bilayer membrane vesicle. There are several types of magnetosome-forming proteins all encoded by genes within a genomic island common to magnetotactic bacteria. These proteins include a set of incorporated membrane proteins that facilitate vesicle formation, vesicle localization and iron transport and a set of proteins that control magnetite formation and size. In my lab, we are tackling the structure-function relationships of these proteins. 2. Structural studies of cation diffusion facilitators (CDF), a special family of cation transporters. Cation diffusion facilitator (CDF) proteins constitute a group of heavy metal ion efflux transporters that participate in metal ion homeostasis and can be found in all domains of life. Members of the CDF protein family – functional in their dimeric form and comprising a transmembrane domain (TMD) and a cytoplasmic C-terminal domain (CTD) – exploi
[email protected]
Conference Committee

Department of Interdisciplinary Studies
The Iby and Aladar Fleischman Faculty of Engineering,
Tel Aviv University
ISRAEL
Nonlinear optics, optical solitons, optical communications Dynamics of Bose-Einstein condensates and matter waves Nonlinear dynamical lattices Pattern formation in nonlinear dissipative media, Ginzburg-Landau equations Dynamics of long Josephson junct
[email protected]

Faculty of Mathematics and Informatics, University of Sofia, Bulgaria
Mathematics;Mathematical physics
[email protected]

Washington University in St. Louis, USA
Number Theory and Algebraic Geometry, more specifically themes related to arithmetic groups
[email protected]

Department of Chemistry, Department of Physics, Department of Electro-Optics,
and Ilse Katz Institute for Nanoscale Science and Technology
Ben-Gurion University
Collision theory, quantum mechanical scattering, light scattering, nonlinear optics, electro-optics and quantum-optics, laser physics, atomic and molecular physics, chemical dynamics, dissociation of molecules, charge exchange processes, electron transpor
[email protected]

Graduate School of Human and Environmental Studies, Kyoto University, Japan
Organic Chemistry , Functions・Properties・Materials, Separation Refining and Identification
[email protected]

National Institute for Biotechnology in the Negev (NIBN), Be’er Sheva Area, Israel
biology; biochemistry; structural ; electron microscopy
[email protected]

Department of life Sciences, Ben-Gurion University of the Negev,
Israel
The conformations of ABC exporters in a lipid environment ABC exporters are molecular machines which use the energy of the cell to pump diverse chemicals across membranes. They participate in numerous biological processes, such as cell detoxification,
[email protected]

Mathematics Department, Ben-Gurion university of the Negev, Israel
Hopf algebras and quantum groups and their applications to physics. Non-commutative ring theory.
[email protected]

Department of Chemistry,
Ben-Gurion University of the Negev,
Israel
We study the theory of ultracold quantum gases of bosons, fermions, and their mixtures. The current focus is on quantum, many-body dynamical effects in four paradigmatic systems: (a) Bosonic Josephson junctions and double-well atom interferometers (b) Ato
[email protected]

Homer L. Dodge Department of Physics and Astronomy, The University of Oklahoma, USA
[email protected]

[email protected]

Department of Mathematics, Ben-Gurion University of the Negev
[email protected]
Invited Speakers

Mathematisches Institut Universitaet Bonn, Germany
I will explain what fusion rules and supergroups are, why one might be interested in them from a physics point of view and what is known about them.
Dr. Heidersdorf studied Mathematics and Physics in Heidelberg and Orsay. He received his Ph.D. from Heidelberg in 2013. Subsequently, he was a Ross Assistant Professor at the Ohio State University, a researcher at the Max Planck Institute for Mathematics, and is currently a Postdoctoral Fellow at the University of Bonn.

Institut de Mathématiques de Bourgogne, Département de Mathématiques, UFR Sciences et Techniques, Université de Bourgogne, France.,
Department of Mathematics, Rikkyo University, Japan.
Modern science is a Babel tower, the foundations of which are too often forgotten. Yet revolutions may occur when one takes seriously an essential question: ``Is it necessarily so?" Indeed a successful model is based on assumptions that are sufficient to explain existing data, but may not be necessary. That is the mathematical curse of experimental sciences, since one tends not to argue with success (or with what one has been taught) unless one is forced to. In 1960 Wigner (who in 1963 got the Nobel Prize in physics for ``the discovery and applications of fundamental symmetry principles") marvelled about ``the unreasonable effectiveness of mathematics in the natural sciences," referring mainly to physics. We shall briefly exemplify all this by first explaining how a posteriori relativity and quantum mechanics can be obtained from previously known theories using the mathematical theory of deformations, and by describing some main features of the (successful but probably incomplete) standard model of elementary particles, which arose from empirically guessed symmetries. Finally we indicate how, questioning its foundations, its symmetries could be obtained from those of relativity using deformations (including quantization), which poses hard mathematical problems and may eventually question more than half a century of particle physics. Complementing that approach by using the ``strings framework" is optional.
Lyon University, June 1958: Licencié ès-Sciences Mathématiques" (B.Sc.). Jerusalem (Hebrew University), July 1961: Master of Sciences. Paris University, 19 April 1968: Doctorat ès-Sciences Mathématiques" (D.Sc.) France, 1961 - 2003, Researcher (various levels and affiliations) with Centre National de la Recherche Scientifique. 2003 - present: Chercheur associé, Institut de Mathématiques de Bourgogne, and 2004 - 2010, Visiting Professor of mathematics at Keio University (Japan). 2010 - present: Visiting Research Fellow in mathematics, Rikkyo University, Tokyo. May 2002 -- present. Member of the Board of Governors, Ben Gurion University of the Negev (Israel). March 2004: Honorary Professor, Faculty of Physics, St.Petersburg State University, Russia.} Editor of Letters in Mathematical Physics (since 1999) and in a few other journals. Author or co-author of over 90 scientific publications (including two, on deformation quantization, with around 1000 citations and counting).

Department of Chemistry, Ben-Gurion University of the Negev, Beer-Sheva, Israel
Boris Tsukerblat, Ph.D.(Kazan, USSR,1967), Dr. of Sciences in Theoretical and Mathematical Physics, Tartu, Estonia (1975), Corr. Member of the Academy of Sciences of Moldova (from 10094), Academy of Sciences of Moldova, Institute of Chemistry, Institute of Physics (1965-2002). Ben-Gurion University of the Negev, Department of Chemistry (from 2002). Invited Prof.: Univ. Valencia-1993-94, 1996-97, 2003-04, 2017-18; P.M. Curie Univ. 1997-98; Univ. Florence-1992-94. The main topics of research: molecular magnetism, symmetry in chemical applications, vibronic interactions and Jahn-Teller effect in molecules and crystals, spectroscopy of metal complexes and impurity centers in doped crystals. Author or co-author of over 400 scientific publications including four books (citations: 6670 , h=38-Google Scholar).
Molecular magnetism and molecule-based magnetic materials: exchange interactions, double exchange and mixed valence in metal clusters; molecular quantum cellular automata. Cooperative phenomena in molecule based magnets: charge and structural ordering in

Department of Mathematics and Computer Science, University of Catania, Italy,
RUDN University, Russia

Institute for Nuclear Research of the Russian Academy of Sciences, Moscow, Russia
In construction of the conformal invariant Lagrangian we restrict ourselves to the so-called Quadratic Gravity. Then, in the Riemannian geometry there exist only one suitable combination, namely, the square of the Weyl tensor (completely traceless part of the curvature tensor). The corresponding left-hand side of the field equations, the Bach tensor, is linear in the Weyl tensor itself and its second covariant derivatives. But, for any homogeneous and isotropic cosmological space-time (i.e., Robertson-Walker metric with arbitrary scale factor) the Weyl tensor is identically aero. Thus, any cosmological metric is the vacuum solution of the Weyl gravity in the framework of the Riemannian geometry – no matter at all! In 1919 Hermann Weyl invented a new geometry, which is now called the Weyl geometry. He introduced some 1-form and incorporated it into the connections by demanding that the new covariant derivative of the metric tensor coefficient equals this 1-form times that very coefficient. Then, he showed that in order these new connections to be conformal invariant, the 1-form must behave under the conformal transformation of the metric as the gauge field. It was the great discovery! How about the cosmology in the Weyl geometry? We started with construction the Lagrangian for the single particle moving in the given gravitational field in the Weyl geometry and discovered that there may exist some new interaction, absent in the Riemannian geometry (and, particularly, in General Relativity). This is due to the existence of the yet another invariant, namely, the contraction of the 1-form with the particle four-velocity vector. We called it “the invariant B”. And we were able to incorporate it into the Lagrangian for the perfect fluid. The cosmological principle requires that the Weyl 1-form should have only one (temporal) non-vanishing component depending only on the time coordinate. Hence, it can be removed by a suitable conformal transformation (also depending only on time). In such a gauge all possible functions of our new invariant B are converted into the se
Victor Berezin, PhD, Doctor of Sciences in Theoretical Physics. Senior Scientist in the Theoretical Physics Department of the Institute for Nuclear Research, Russian Academy of Sciences, Moscow, Russia (since 2nd of April, 1973). Relativist, the main works are dedicated to the theory of thin shells and double layers in General Relativity and its modifications - Quadratic Gravity and Weyl Geometry, and applications to the cosmological phase transitions, gravitational collapse (both classical and quantum). The author of more than 100 scientific papers and 4 monographies. One of the organizers of the series of the international "Quantum Gravity" seminars (1978 - 1995) and the editors of the corresponding Proceedings.
General Relativity and Gravitation; Black Hole Physics and Cosmology; Thin shells and double layers, theory and applications (classical and quantum);

Department of Natural Sciences, The Open University of Israel, Raanana, Israel

Department of Particle and Astrophysical Science,Nagoya University,Japan
Workshop Section
The Universe Evolution in Modified Gravity
Lecture 1. General Relativity and Extended Gravity.
Lecture 2. F(R) Gravity and Cosmological Solutions.
Lecture 3. F(G) Gravity and its Gosmology
Lecture 4. Non-Local Gravity and its Ghost-Free Versions.
Lecture 5. Unification of Inflation with Dark Energy in Modified Gravity.
Instructions for Authors
The "Third International Conference on Symmetry" will accept abstracts only.
The accepted abstracts will be available online on Sciforum.net during and after the conference. Moreover, participants of this conference are cordially invited to contribute a full manuscript to our special issue "Selected Papers Symmetry 2021—The Third Edition of the International Conference on Symmetry" in the journal Symmetry (submission deadline: 8 October 2021). Papers presented at the conference will be granted a 20% discount on this special issue!
There are four options for this conference: The first option is that you can just submit an abstract; The second option is that you can attend the live session but do not submit an abstract; The third option is that you can submit your abstract and also attend the live session; The fourth option is that you can submit your abstract, attend the live session and present a workshop in the live session.
To register or submit an abstract on Sciforum.
To present your research at the event
- Click on Submit Abstract.
- Indicate which thematic area is best suited for your research.
- Submit an abstract in English - the word limits are a minimum of 150 words and a maximum of 300 words.
- The deadline to submit your abstract is 8 May 2021. You will be notified by 22 June 2021 regarding the acceptance of the paper.
- Upon submission, you can select if you also wish to be considered for oral presentation. Following assessment by the Chairs, you will be notified in a separate email whether your contribution has been accepted for oral presentation.
Publication opportunities
- All accepted abstracts will be available online in Open Access form on Sciforum.net.
- Participants of this conference are cordially invited to contribute with a full manuscript to our Special Issue "Selected Papers: Symmetry 2021—The Third Edition of the International Conference on Symmetry" in the journal Symmetry.
- This themed collection is closely aligned with the scope of the event. The submission deadline for this Special Issue is: 8 October 2021 and the conference participants will be granted a 20% discount on the publishing fees.
- Symmetry is indexed by the Science Citation Index Expanded (Web of Science), Scopus, and other databases, and has an Impact Factor of 2.713 (2020) and a 5-Year Impact Factor: 2.612 (Journal Citations Reports, 2020).
List of accepted submissions (61)
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sciforum-029054 | Testing noncommutative spacetimes and violations of the Pauli Exclusion Principle through underground experiments | N/A |
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We propose to deploy limits that arise from different tests of the Pauli Exclusion Principle in order: i) to provide theories of quantum gravity with an experimental guidance; ii) to distinguish among the plethora of possible models the ones that are already ruled out by current data; iii) to direct future attempts to be in accordance with experimental constraints. We firstly review experimental bounds on nuclear processes forbidden by the Pauli Exclusion Principle, which have been derived by several experimental collaborations making use of different detector materials. Distinct features of the experimental devices entail sensitivities on the constraints hitherto achieved that may differ one another by several orders of magnitude. We show that with choices of these limits, renown examples of flat noncommutative space-time instantiations of quantum gravity can be heavily constrained, and eventually ruled out. We devote particular attention to the analysis of theκ-Minkowski and θ-Minkowski noncommutative spacetimes. These are deeply connected to some scenarios in string theory, loop quantum gravity and noncommutative geometry. We emphasize that the severe constraints on these quantum spacetimes, although cannot rule out theories of top-down quantum gravity to whom are connected in various way, provide a powerful limitations of those models that it will make sense to focus on in the future. |
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sciforum-047882 | SYMMETRY-INSPIRED BASIS TO DISENTANGLE GENUINE AND FAKE ASYMMETRIES IN NEUTRINO OSCILLATIONS | , | N/A |
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Discrete Asymmetries for Neutrino Oscillations are contaminated by Matter Effects. Their Physics is discussed in terms of a basis of 3 independent components in correspondence with invariance under CPT (genuine), Time Reversal T (matter) and Charge-Parity CP (interference). They have definite and different parities under the baseline L -theory independent-, the imaginary part of the flavor mixing, the matter potential and the hierarchy of the neutrino spectrum. In terms of the Standard Model of neutrino oscillations, these definite model-independent parities manifest in terms of definite parities in the standard parameters, which can be studied analytically thanks to the smallness of some of these quantities. The two fake components vanish at the same MAGIC ENERGY E, with the connection L/E = 1420 Km/GeV near the second oscillation maximum, where the genuine component is also maximal. The experimental CPV Asymmetry for the appearance nu_mu --> nu_e can separate the genuine (CPT-invariant) and the fake matter-induced (T-invariant) components by either L-dependence (HKK) or E-dependence (DUNE). |
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sciforum-046246 | Lightlike singular hypersurfaces in quadratic gravity |
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For a singular hypersurface of arbitrary type in quadratic gravity motion equations were obtained using only the least action principle. The coefficients in the motion equations are zeroed with a combination corresponding to the Gauss-Bonnet term. Therefore it does not create neither double layers nor thin shells. It has been demonstrated that there is no “external pressure” for any type of null singular hypersurface. For spherically symmetric lightlike singular hypersurfaces additionally the “external flux” is equal to zero and the system of motion equations is reduced to one which is expressed through the invariants of spherical geometry along with the Lichnerowicz conditions. In this case there are no double layers only thin shells. Spherically symmetric null thin shells were investigated for spherically symmetric solutions of conformal gravity as an application, in particular, for various vacua and Vaidya-type solutions. By virtue of Lichnerowicz conditions scalar curvature R2 of the two-dimensional non-spherical part of the metric without conformal factor must be continuous on the null shell. Therefore the following combinations for two vacua are possible: matching a vacuum with a constant R2 and a vacuum with a variable R2, matching two vacuums with a variable R2, matching two vacua with a coinciding constant R2. In the first case, the hypersurface is an analogue of the double horizon for the vacuum with variable R2; in other cases, junction is possible only if the metrics coincide up to a conformal factor. With the addition of the Vaidya-type solution new possible matchings appear: Vaidya-type metric with vacuum with variable R2 and two Vaidya-type metrics. In the first version, the null shell is actually the singular part of the Vaidya-type solution, in the second, they must coincide up to the conformal factor. Moreover the null shell does not emit in both cases. |
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sciforum-043557 | Lorentzian Quintessential Inflation |
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From the assumption that the slow roll parameter \epsilon has a Lorentzian form as a function of the |
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sciforum-046319 | A latticial study of complete hypergroups | N/A |
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The dihedral group represents a group of symmetries of a regular polygon. Moreover, it is generated by rotation and axial symmetries. Due to this structure, in a recently published paper, we analyzed the HX-groups associated with them and we computed the commutativity degree of the associated HX-groups. Since there is an interesting connection between the HX-groups and the complete hypergroups- both of them can be constructed using the structure of a group, in this paper, we aim to determine the relationships between the lattice of the dihedral group and the lattice of the associated HX-groups, as well as that of the associated complete hypergroups. Furthermore, we will present some conditions to describe the modular and the distributive lattices, using elements from hypercompositional algebra. This has the advantage that the interaction called hyperproduct or hyperoperation between two elements of the considered set is not anymore just an element, as in the classical algebra, but a subset of the support set. |
Event Awards
Winner Announcement
On behalf of the chairs of Symmetry 2021, we are pleased to announce the winners of the Best Poster Awards and Best Oral Presentation Awards:
The Best Oral Presentation Award has been awarded to:
Claudio Paganini(13th August 2021, 9:45-10:00 EDT)
-“Causal Fermion Systems - A new theoretical frameworks and it's prospects for matter/anti-matter asymmetry”
The Awards
Number of Awards Available: 1
Best Oral Presentation Award 500 CHF is presented to the oral talk judged to make the most significant contribution to the conference.Symmetry 2021 Offline Seminar Information
We are pleased to announce that during the duration of the symmetry conference, an Offline Seminar for Physics and Symmetry section will be programmed in the Bahamas. The Seminar will be held at Stella Maris Resort Club and streamed live online at the same time. A detailed program has been announced below.
We would like to invite you to join us this August and for more reservation details, please contact Mr. Jill Smith ( [email protected]). The participants of the Symmetry conference will receive an extra discount.
Web: www.stellamarisresort.com
TEL: 1 242 3382050 / 51 or 27
Symmetry 2021 Live online sessions Information
Symmetry 2021 - Recording Videos
Physics and Symmetry Session - Live Sessions 1 - 8th August 2021
Physics and Symmetry Session - Live Sessions 3 - 10th August 2021
Live Session Program for Physics and Symmetry
ZOOM link: https://miami.zoom.us/j/96501694591?pwd=bWttUTMxNmtDT05UNE1kRXVxWDJoQT09 Meeting ID: 965 0169 4591 Sunday, 8th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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Start |
End |
Speaker |
Lecture title |
9:00 |
9:05 |
Susannah Gal |
Opening Remarks by Pure & Applied Sciences, University of The Bahamas |
9:05 |
9:20 |
Mina Marjanovic |
Opening Remarks by Symmetry Journal |
9:20 |
9:30 |
Eduardo Guendelman and Thomas Curtright |
Opening Remarks by Chairs of Symmetry2021 |
9:30 |
10:00 |
Shin'ichi Nojiri |
TBA |
10:00 |
10:15 |
Break |
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10:15 |
10:30 |
Symmetry of Brans-Dicke gravity as a novel solution-generating technique |
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10:30 |
10:45 |
Integrable modified gravity cosmological models with two scalar fields |
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10:45 |
11:00 |
Break |
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11:00 |
11:15 |
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Monday, 9th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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9:00 |
9:45 |
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9:45 |
10:00 |
Analysing supercondensates-gravity coupling through Einstein-Maxwell equations symmetry |
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10:00 |
10:15 |
Break |
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10:15 |
10:30 |
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10:30 |
10:45 |
Does antimatter fall like matter? : focus on the GBAR experiment (CERN) |
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10:45 |
11:00 |
Break |
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11:00 |
11:15 |
Avi Nofech |
TBA |
Tuesday, 10th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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9:00 |
9:15 |
Formation and detection of Majorana modes in quantum spin Hall trenches |
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9:15 |
9:30 |
Generalized scalar-tensor gravity motivated inflationary models |
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9:30 |
10:00 |
Vladimir Dobrev |
Heisenberg Parabolic Subgroup of SO*(10) and the Corresponding Invariant Differential Operators |
10:00 |
10:15 |
Break |
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10:15 |
10:30 |
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10:30 |
10:45 |
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10:45 |
11:00 |
Break |
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11:00 |
11:15 |
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Wednesday, 11th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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9:00 |
9:15 |
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9:15 |
9:30 |
Quantum fluctuations of axions and the cosmological constant problem |
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9:30 |
9:45 |
Symmetry-Inspired Basis to Disentangle Genuine and Fake Asymmetries in NeutrinoOscillations |
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9:45 |
10:00 |
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10:00 |
10:15 |
Break |
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10:15 |
10:30 |
The Bell theorem revisited: geometric phases in gauge theories |
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10:30 |
10:45 |
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10:45 |
11:00 |
Break |
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11:00 |
11:15 |
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Thursday, 12th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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9:00 |
9:15 |
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9:15 |
9:30 |
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9:30 |
9:45 |
Transport phenomena from anomalous symmetries: The chiral magnetic effect in the quark-gluon plasma |
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9:45 |
10:00 |
Walking on polyhexes : surprising symmetry for certain Tori & Klein Bottles |
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10:00 |
10:15 |
Break |
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10:15 |
10:45 |
Eduardo Guendelman |
TBA |
10:45 |
11:00 |
Break |
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11:00 |
11:15 |
Label Symmetry Subgroups and the Conversation of Generalized Cross Helicities of Non-Barotropic MHD |
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Friday, 13th August 2021 EDT - Bahamas and USA East Coast Time (CET - Central Europe Add 6 Hours; IDT – Israel Add 7 Hours) |
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9:00 |
9:15 |
“Do the symmetries of product spaces hold the key to unification?” |
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9:15 |
9:30 |
Thomas Curtright |
TBA |
9:30 |
9:45 |
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9:45 |
10:00 |
Claudio Paganini |
Causal Fermion Systems - A new theoretical frameworks and it's prospects for matter/anti-matter asymmetry |
10:00 |
10:15 |
Break |
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10:15 |
10:30 |
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10:30 |
10:45 |
Geometric Justification of the Fundamental Interaction Fields for the Classical Long-Range Forces |
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10:45 |
11:00 |
Break |
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11:00 |
11:15 |
Closing remarks, announcements concerning our next conference in Stella Maris in The Bahamas, BASIC 2021, November 9-13, 2021 |
Live Session Program for Biology & Chemistry and Symmetry
Zoom Link: https://us02web.zoom.us/j/87849839277 CET - Central Europe Time (IDT – Israel Add 1 Hour; EDT - Bahamas and USA East Coast Time Reduce 6 Hours) |
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Start |
End |
Speaker |
Lecture title |
11:00 |
11:05 |
Raz Zarivach |
Opening talk |
11:05 |
11:20 |
Ran Zalk |
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11:20 |
11:40 |
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11:40 |
12:00 |
Continuous Symmetry and Chirality Measures – Algorithms and Applications |
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12:00 |
12:10 |
Symmetry Journal |
Symmetry Journal introduction |
12:10 |
12:30 |
On group-theoretical aspects of crystal chemistry of inorganic materials |
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12:30 |
12:50 |
Methods for quantitative analysis of the chirality of protein helical and superhelical structures |
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12:50 |
13:10 |
Sergei Artemenkov |
Experimental verification of a theoretical model of human visual perception based on the hierarchy of center-symmetrical and temporal relations |
13:10 |
13:20 |
Break |
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13:20 |
13:40 |
Covid 19 Mathematical model and applications - The case of China |
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13:40 |
14:00 |
Selective bridging of protein interfaces via heterobimetallic complexes: a polyhedra case study. |
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14:00 |
14:20 |
Gabriel Frank |
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14:20 |
14:40 |
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14:40 |
14:50 |
Break |
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14:50 |
15:10 |
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15:10 |
15:30 |
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15:30 |
15:50 |
Symmetric features of structure formation in molecular biological and model chiral systems |
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15:50 |
16:00 |
Break |
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16:00 |
16:20 |
The contribution of chromatic variations to 'symmetry of things in a thing' |
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16:20 |
16:40 |
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Live Session Program for Mathematics, Computer Science and Symmetry
ZOOM Link: https://us02web.zoom.us/j/87050662688.alks CET - Central Europe Time (IDT – Israel Add 1 Hour; EDT - Bahamas and USA East Coast Time Reduce 6 Hours) |
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Start |
End |
Speaker |
Lecture title |
10:00 |
10:05 |
Miriam Cohen |
Opening talk |
10:05 |
10:30 |
Daniel Sternheimer |
The reasonable effectiveness of symmetries and of mathematical deformation theory in physics |
10:35 |
10:50 |
On symmetry and asymptotic periodicity of scheduling algorithms |
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10:55 |
11:10 |
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11:15 |
11:30 |
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11:35 |
11:50 |
Symmetry Journal |
Introduction 0f the Symmetry Journal by the Symmetry Editorial Office |
11:55 |
12:10 |
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12:15 |
12:30 |
Automatic occlusion correction in car point clouds using bilateral symmetry | |
12:35 |
12:50 |
Permeability of an ideal symmetric liquid crystal based on carbon nanotori |
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12:55 |
13:10 |
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13:15 |
13:10 |
Thorsten Heidersdorf |
On fusion rules for supergroups |
Wednesday, 11th August 2021 CET - Central Europe Time (IDT – Israel Add 1 Hour; EDT - Bahamas and USA East Coast Time Reduce 6 Hours) |
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10:00 |
Remarks |
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10:05 |
10:30 |
Maria Alessandra Ragusa |
The contribution of noncontinuoity of the coefficients for minimizers of functionals |
10:35 |
10:50 |
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10:55 |
11:10 |
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11:15 |
11:30 |
Optimal Ellipsoid Approximations in Control Theory | |
11:35 |
11:50 |
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11:55 |
12:10 |
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12:15 |
12:30 |
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12:35 |
12:50 |
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12:55 |
13:10 |
On Basis Invariants of the Symmetry Groups Generalized N-cube |
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S1. Physics and Symmetry
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S3. Biology and Symmetry
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S4. Mathematics, Computer Science and Symmetry
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