سخنران: نوید طالبی زاده
پژوهشگاه دانش های بنیادی

2 بهمن 1403
11:00 تا 12:30

این سمینار روز سه شنبه مورخ 2 بهمن ماه 1403 ساعت 11:00 به صورت حضوری در سالن سمینار پژوهشکده نجوم برگزار می شود.

سخنران: T. Youn, Cornell University, Korea Institute for Advanced Study

2 بهمن 1403
14:00 تا 15:00

Date and time

Tuesday, January 21st, 2025 (Bahman 2nd, 1403), 2:00 pm (Tehran zone)




Link

https://www.skyroom.online/ch/schoolofphysics/highenergyseminar


Abstract
With the growing precision of cosmological measurements, tensions in the determination of cosmological parameters have arisen that might be the first manifestations of physics going beyond Lambda CDM. We propose a new class of interacting dark sector models, which lead to qualitatively distinct cosmological behavior, dark acoustic oscillation, which can potentially simultaneously address the two most important tensions in cosmological data, the H0 and S8 tensions. The main ingredients in this class of models are self-interacting dark radiation and its dark acoustic oscillation induced by strong interactions with a fraction of dark matter. I will also present the latest results from applying this model across various combinations of cosmological data, illustrating the improvement it provides over Lambda CDM.

Link: https://www.skyroom.online/ch/schoolofphysics/highenergyseminar

سخنران: دکتر محمدجواد وصلی - پژوهشگاه دانش های بنیادی ، پژوهشکده علوم نانو

3 بهمن 1403
11:00 تا 12:00

پیچیدگی کریلوف به عنوان یک سنجه‌ برای شناسایی آشوب

Link: https://www.skyroom.online/ch/ipm-particles/weekly-seminar

سخنران: رزا اقدم


3 بهمن 1403
14:00 تا 15:00

The topic of my presentation is about four different projects that have recently been completed and include three computational packages. The first package was designed for constructing microbial networks, which can model complex interactions among microbial species. In the second project, a package was developed for aligning and comparing two different networks, with applications in areas such as genetic data analysis and comparing biological networks between individuals or environments. The third package was designed for penalized high-dimensional models, enabling the analysis of various biological data and extracting complex patterns. This tool is particularly useful in projects that require examining multiple types of biological data. In the final project, machine learning methods were used to predict diseases based on soil microbiome and environmental data. These projects represent recent advancements in the application of advanced computational methods in the fields of microbiome and life sciences and demonstrate how modern tools can drive scientific research toward new discoveries.

سخنران: بهروز تاجی, دانشگاه نیو ساوت ولز سیدنی

3 بهمن 1403
16:00 تا 17:00


Venue: Niavaran, Lecture Hall 1

سخنران: ,

8 بهمن 1403
15:30 تا 16:30


Venue: Niavaran, Lecture Hall 1

سخنران: مهرداد شهشهانی,

24 بهمن 1403
15:30 تا 17:30


Venue: Niavaran, Lecture Hall 1

سخنران: -

1 اسفند 1403
تا

Winter school on Physics of Complex Fluids (PCF)
School of Physics, IPM
February 19-20, 2025 (Esfand 1-2, 1403)


The Winter School on Complex Fluids aims to enhance the knowledge of postdoctoral researchers and graduate students, particularly at the doctoral level, in the physics of fluids and complex systems. This program provides an in-depth exploration of the physics of complex fluids and hydrodynamic phenomena in soft and dispersed materials, delivering a solid foundation in these fields. The school covers a diverse range of materials with physical and mechanical properties between those of liquids and solids, including macromolecules (e.g., polymers in solution or melt, liquid crystals), suspensions, dispersions (colloids, emulsions, foams, immersed granular materials), dry granular materials, biological fluids, and self-assembling fluids like surfactants. These systems have applications in numerous scientific and industrial fields.

The curriculum combines experimental techniques with theoretical research to uncover fundamental mechanisms governing the dynamics of complex fluids. Participants will also gain practical experience with measurement techniques for dynamic and static parameters and explore simulation methods for modeling natural and industrial systems. Additionally, the school emphasizes applied fluids, addressing critical challenges in energy transition and biological sciences.


The deadline for registration is 3th of February, 2025 (15 Bahman, 1403).

Link: https://physics.ipm.ac.ir/conferences/pcf/

سخنران: -

2 اسفند 1403
تا

Winter school on Physics of Complex Fluids (PCF)
School of Physics, IPM
February 19-20, 2025 (Esfand 1-2, 1403)


The Winter School on Complex Fluids aims to enhance the knowledge of postdoctoral researchers and graduate students, particularly at the doctoral level, in the physics of fluids and complex systems. This program provides an in-depth exploration of the physics of complex fluids and hydrodynamic phenomena in soft and dispersed materials, delivering a solid foundation in these fields. The school covers a diverse range of materials with physical and mechanical properties between those of liquids and solids, including macromolecules (e.g., polymers in solution or melt, liquid crystals), suspensions, dispersions (colloids, emulsions, foams, immersed granular materials), dry granular materials, biological fluids, and self-assembling fluids like surfactants. These systems have applications in numerous scientific and industrial fields.

The curriculum combines experimental techniques with theoretical research to uncover fundamental mechanisms governing the dynamics of complex fluids. Participants will also gain practical experience with measurement techniques for dynamic and static parameters and explore simulation methods for modeling natural and industrial systems. Additionally, the school emphasizes applied fluids, addressing critical challenges in energy transition and biological sciences.







The deadline for registration is 3th of February, 2025 (15 Bahman, 1403).

Link: https://physics.ipm.ac.ir/conferences/pcf/