نشریه اماده انتشار فیزیک

نشریه اماده انتشار فیزیک

اسلاید 1: 2Copyright: Association of New Physics TechnologiesDirector: Ahmad SaffarianSecretary: Sepideh YousefianBoard of Directors: Daniel Mohammadi Renani, Hassan Surmeh, Fatemeh AhmadvandEditor: Daniel Mohammadi RenaniCollaborators: Amir Hossein Omrani, Hossein Yaghoubian, Pouya Firoozi, Mehdi MohammadnejadExecutive Officer: Hassan SurmehPage Votes: Daniel Mohammadi RenaniJournal of Industrial PhysicsMessage from the Responsible DirectorI am happy to announce the publication of the first volume of the Journal of Industrial Physics. Journal of Industrial Physics is published by the Association of New Technologies of Malek Ashtar University of Technology. The mission of the journal is to create a suitable platform for scientific, technical, research, educational and scientific exchanges between researchers and specialists in the field of physics and related fields and to integrate activities in the field of laser and optics engineering. , Expanding the borders of science and professional and public awareness in Iran. To do this, he created a leading magazine and will publish it six times a year.

اسلاید 2: Contents1.Dark Matter Meets Atomic, Molecular, and Optical Physics2.Acoustic Crystals with a Möbius Twist3.Cold Collisions Get Charged4.Bringing into Focus the Debris of Heavy-Ion Collisions5.How a Superfluid Becomes a Bose-Einstein Condensate6.Topological Magnetism Turns Elementary7.Airborne Spiders Drift on Multiple Silk Threads

اسلاید 3: 4Dark Matter Meets Atomic, Molecular, and Optical PhysicsRafael F. LangDepartment of Physics and Astronomy, Purdue University, West Lafayette, IN, USAMarch 9, 2022• Physics 15, 32A method for detecting dark matter using tiny levitated spheres could reach an unprecedented sensitivity to light dark matter particles.Figure 1: The dark matter detection scheme proposed by Afek and co-workers consists of nanospheres (blue) held in optical traps (red). If a dark matter particle (black) scatters off a nanosphere, it transfers momentum (q) to the nanosphere. A laser beam (green) detects the change in the nanosphere’s position caused by this momentum transfer.