Applied Physics
A broad field of physics dedicated to applying theoretical principles to develop technologies and solve engineering challenges, encompassing multiple specialized domains from medical imaging to photonics and computational techniques.
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Semiconductor Physics is a specialized community of scientists and engineers who study the physical properties and behavior of semiconductor materials and devices, underpinning technologies like transistors and microchips.
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Semiconductor Physics
Semiconductor Physics is a specialized community of scientists and engineers who study the physical properties and behavior of semiconductor materials and devices, underpinning technologies like transistors and microchips.
0Semiconductor Physics
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A broad interdisciplinary domain uniting practitioners who apply scientific principles to solve real-world problems. It encompasses multiple fields—each with its own professional bodies and research infrastructure—focused on translating theory into technology, processes, and applications.
Contains 7 bubbles
Applied Sciences
Space covering the domain of applying mathematical methods to practical problems across science, engineering, finance, and industry, encompassing multiple subfields such as numerical analysis, optimization, scientific computing, and mathematical modeling.
Contains 2 bubbles
Applied Mathematics
A broad academic space uniting professional and amateur physicists exploring the fundamental principles of matter, energy, and the universe across theoretical, experimental, and applied subfields.
Contains 3 bubbles
Physics
Materials Science is a broad interdisciplinary space bridging physics, chemistry, and engineering to design, develop, and characterize materials for applications in industry, biomedicine, electronics, and more. It encompasses distinct sub‐spaces—each with its own societies, journals, and professional pathways—focused on polymers, metals, ceramics, composites, biomaterials, and nanoscale systems.
Contains 2 bubbles
Materials Science
A broad scientific space encompassing the study of matter, its properties, composition, and transformations through experimental and theoretical approaches, uniting research, education, and industrial applications across multiple specialized subfields.
Contains 8 bubbles
Chemistry
Broad academic space encompassing the study of numbers, structures, patterns, and rigorous mathematical reasoning across diverse sub-disciplines from pure theory to applied methods.
Contains 10 bubbles
Mathematics
A broad interdisciplinary domain uniting practitioners who apply scientific principles to solve real-world problems. It encompasses multiple fields—each with its own professional bodies and research infrastructure—focused on translating theory into technology, processes, and applications.
Contains 7 bubblesApplied Sciences
Space covering the domain of applying mathematical methods to practical problems across science, engineering, finance, and industry, encompassing multiple subfields such as numerical analysis, optimization, scientific computing, and mathematical modeling.
Contains 2 bubblesApplied Mathematics
A broad academic space uniting professional and amateur physicists exploring the fundamental principles of matter, energy, and the universe across theoretical, experimental, and applied subfields.
Contains 3 bubblesPhysics
Materials Science is a broad interdisciplinary space bridging physics, chemistry, and engineering to design, develop, and characterize materials for applications in industry, biomedicine, electronics, and more. It encompasses distinct sub‐spaces—each with its own societies, journals, and professional pathways—focused on polymers, metals, ceramics, composites, biomaterials, and nanoscale systems.
Contains 2 bubblesMaterials Science
A broad scientific space encompassing the study of matter, its properties, composition, and transformations through experimental and theoretical approaches, uniting research, education, and industrial applications across multiple specialized subfields.
Contains 8 bubblesChemistry
Broad academic space encompassing the study of numbers, structures, patterns, and rigorous mathematical reasoning across diverse sub-disciplines from pure theory to applied methods.
Contains 10 bubblesMathematics
Popular among members of Applied Physics
Mathematical Physics is a specialized interdisciplinary field where mathematicians and physicists collaborate to rigorously formulate and prove theories about the physical universe using advanced mathematics.
Mathematical Physics
Semiconductor Physics is a specialized community of scientists and engineers who study the physical properties and behavior of semiconductor materials and devices, underpinning technologies like transistors and microchips.
Semiconductor Physics
Physics Education is a global community of educators, researchers, and advocates dedicated to improving how physics is taught and learned, spanning from elementary schools to universities. The community works to advance instructional methods, develop curricula, and support public understanding of physics through collaboration and evidence-based practice.
Physics Education
K–12 Physics Teaching is a community of primary and secondary school teachers dedicated to improving physics education for students across different education systems.
K–12 Physics Teaching
Thermodynamics is the scientific community focused on the study of heat, energy, and work, governed by universal laws that explain physical and chemical transformations. Members share deep expertise, a unique culture, and rigorous methods for understanding how energy moves and changes within all systems.
Thermodynamics
Mathematical modeling is a collaborative community of researchers, professionals, and students dedicated to constructing and analyzing mathematical representations to understand and predict real-world systems. This practice involves specialized techniques, shared tools, insider terminology, and a culture of rigorous validation and peer review.
Mathematical Modeling
Mathematical Physics is a specialized interdisciplinary field where mathematicians and physicists collaborate to rigorously formulate and prove theories about the physical universe using advanced mathematics.
Mathematical Physics
Semiconductor Physics is a specialized community of scientists and engineers who study the physical properties and behavior of semiconductor materials and devices, underpinning technologies like transistors and microchips.
Semiconductor Physics
Physics Education is a global community of educators, researchers, and advocates dedicated to improving how physics is taught and learned, spanning from elementary schools to universities. The community works to advance instructional methods, develop curricula, and support public understanding of physics through collaboration and evidence-based practice.
Physics Education
K–12 Physics Teaching is a community of primary and secondary school teachers dedicated to improving physics education for students across different education systems.
K–12 Physics Teaching
Thermodynamics is the scientific community focused on the study of heat, energy, and work, governed by universal laws that explain physical and chemical transformations. Members share deep expertise, a unique culture, and rigorous methods for understanding how energy moves and changes within all systems.
Thermodynamics
Mathematical modeling is a collaborative community of researchers, professionals, and students dedicated to constructing and analyzing mathematical representations to understand and predict real-world systems. This practice involves specialized techniques, shared tools, insider terminology, and a culture of rigorous validation and peer review.
Mathematical Modeling
Aerospace Engineering is a professional community dedicated to the design, testing, and operation of aircraft and spacecraft, uniting experts in aerodynamics, propulsion, and advanced materials under a highly regulated and standards-driven discipline.
Aerospace Engineering
Comm Engineering is a global professional community of engineers dedicated to developing, advancing, and maintaining communication infrastructures such as wireless networks, fiber optic systems, and satellite links. Members design protocols, create new standards, and innovate in transmitting data across the world’s interconnected systems.
Communications Engineering
Quantum chemistry is a scientific community that applies quantum mechanics to study chemical systems, focusing on predicting molecular properties through computational and theoretical approaches.
Quantum Chemistry
Automotive Engineering is a professional community focused on designing, developing, and testing vehicle systems using principles from mechanical, electrical, and software engineering. Members work on everything from internal combustion engines to electric drivetrains, safety technologies, and manufacturing processes.
Automotive Engineering
Cell imaging is a specialized scientific community focused on visualizing cells and their components using advanced microscopy and imaging technologies. Members collaborate to develop, refine, and apply techniques for studying cellular structure and function in unprecedented detail.
Cell Imaging
Academic researchers are professionals based in universities and institutes who conduct scholarly investigations, publish their findings in peer-reviewed journals, and actively participate in conferences and academic networks.
