Meteorite Measurements ☄️ We hope you enjoyed the eclipse last week! 🌞 Here is something else out of this World, an iron meteorite! Once travelling at 10s km/s it makes sense to image the polished surface on the World’s fastest scanning probe microscope, Vector. The sample was polished by the University of Bristol and imaged in the Bristol Nano Dynamics sample assessment lab on Vector. The 56 megapixel composite topography map of a 0.1 x 0.125 mm region has a 15 nm pixel size and +/- 60 pm height resolution. This map was collected in only 50 seconds! 🚀 The height contrast shows the ferrite and austenite phases present in the metal. These phases vary in size and shape considerably across the surface from nanometres to tens of microns in size, making large area assessment with nanometre resolution necessary. If you would like to know more about Vector, or have a sample that you’d like to image, check out our website (https://lnkd.in/gN_N7pnb) or drop us a LinkedIn message 💬 - we would love to hear from you! #UniversityofBristol #Space #Nanotechnology #ScanningProbeMicroscopy #Microscopy #BristolNanoDynamics
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dwgx8 #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dwgx8 #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dwgx8 #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dwgx8 #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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FIMMWAVE supports a variety of mode solvers. Each mode solver in FIMMWAVE is designed and optimized for solving specific types of waveguide geometries.💡 🔷 The FMM Solver - FMM, a fully vectorial solver, is the best solution for waveguide structures with a rectangular geometry based on the Film Mode Matching Method. 🔷 The FDM Solver - FDM solver, based on an advanced Finite Difference algorithm, is suitable for metallic or absorbing structures. 🔷 The FEM Solver - FEM is a fast and reliable mode solver based on the Finite Element Method, perfect for complex waveguide geometries, especially with curved interfaces. 🔷 Fibre Solvers - FIMMWAVE offers a variety of Fibre Solvers for calculating the modes of arbitrary cylindrical geometries, single-mode or multi-mode fibres, including step-index and graded-index profiles, and even metallic fibers. 🔷 The Effective Index Solver - Based on the Effective Index Approximation, it is a fast and robust mode solver for quasi-2D structures and ideal for a quick validation of structure. Learn more: https://ed.gr/dxbyx #photons #physics #light #science #anycubic #astronomy #photon #universe #quantumphysics #dprinting #quantummechanics #d #photography #energy #quantum #sun #astrophysics #l #space #physicist #particles #resin #dprint #Warhammer #k #blackhole #physicsfun #einstein #nasa #fimmwave #waveguides
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