geyl investments for 2021

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Geyl investments for 2021

The key to his achievement lies in the fact that he is a Flemish nationalist, who finds it impossible to accept as natural or inevitable the political division of the Dutch-speaking peoples. This basic premise allowed him to look at the sixteenth-century evolution of the Netherlands in quite a new light.

In the middle of the sixteenth century the accident of dynastic marriage and inheritance had placed under the Spanish crown a loose agglomeration of provinces and cities, some French-speaking and some Dutch, collectively known as the Netherlands. A few years later an armed revolt began which eventually resulted in the division of the area into Belgium and Holland as we know them today. As interpreted by Geyl, this revolt of the Northern Provinces against the rule of Spain ceased to be a heroic struggle for political independence and religious freedom by a people in arms, as it had been to historians like Motley and Fruin.

It became the work of a tiny but resolute minority imposing its views upon an inert or hostile majority. For reasons of geographical convenience, a band of Calvinist desperadoes—mostly exiles from the south—chose to set up their headquarters in the north behind the river barriers. There they dug in, held down the Catholic majority by force of arms, found themselves a wily politique of a leader in William the Silent, the head of the noble house of Orange, and grew rich.

As late as a quarter of the population was still reckoned to be Catholic. The political division between north and south did not represent a linguistic or cultural or religious division, for Flanders and Brabant, which were Dutch speaking and had been the main centers of Protestantism, were left behind the Spanish lines.

The division was thus merely one of strategic convenience, the line of military stalemate along the waterways. This interpretation, which is undoubtedly correct, may seem reasonable to us today, when military lines divide Germany and Korea and two different cultures and ideologies consolidate themselves behind them. But Geyl advanced his thesis over thirty years ago, in the heyday of concepts of natural frontiers and national self-determination, when the idea that a nation might be an artificial construct was not merely immoral but unthinkable.

The thesis was consequently inspired not by grim acceptance of the power of the sword, but by a denial of its efficacy to obliterate the cultural identity of the Dutchspeaking peoples. It recognized, however, that history can be thrown off what might be regarded as its normal course by unforeseen catastrophe. This leads Geyl into sharp conflict with the philosophical position adopted by E. He agrees that history is an unending struggle of opposing forces, but believes that the losers always contribute something to the culture of the winners, and that a denial of the possibility of choice in history not only robs it of much of its instructiveness for the present, but also deprives the historian of an understanding of its true complexity.

Given the premise of an artificial division of the Dutch-speaking peoples, the next question which had to be answered, and is dealt with in the volumes under review, is why the line of division remained virtually unchanged for such a very long time. It did not move north because first Spain and then France lacked the military resources and skill to break through the heavily defended water-barriers against a United Provinces whose wealth could in a crisis be mobilized to pay for a large army of mercenaries.

The stability of the line was decisively influenced by the fact that the seventeenth century was a time when the art of war was in one of its static phases, when defensive techniques far outstripped offensive capabilities. The line did not move south partly because so many of the Dutch generals were overcautious, but also because the urban oligarchs the regents of Holland and Zealand, particularly of Amsterdam, did not greatly want it to.

So long as it remained where it was, the great port of Antwerp was strangled by Dutch control of the mouth of the river Scheldt. A re-united Antwerp would be free to trade again and so would gravely threaten the prosperity of the more northerly ports. The United Provinces were floated and maintained by the unparalleled economic prosperity of the area, and particularly of Amsterdam. Their ships carried two-thirds of the freight of the Baltic and much of the French and English export trade in Europe, and the city became the center of world trade and world banking.

But, as Geyl is careful, and in some ways proud, to point out, Holland lacked a solid industrial base. The prosperity therefore depended on the maintenance of the freedom of the seas—except the Scheldt—and the freedom to trade—except for others in the Dutch East Indies; these were principles which would have to be fought for in an increasingly mercantilist Europe. The Dutch in the seventeenth century were the richest nation in the world.

As such they were naturally not loved, even by such co-religionaries as the English, and they were therefore forced into a series of prolonged wars against jealous rivals, first Spain, then England, and lastly France. He sees a prosperous, cultivated, civilian bourgeoisie forced to fight war after war to defend its economic interests.

To win, it was forced to give power to a military-political complex with a vested interest in aggressive war. To Geyl, the true interest of the United Provinces was commercial expansion, provincial particularism, religious toleration, and political control by the regents, not the military adventurism, centralization, and dogmatic Calvinism promoted by the House of Orange.

In the end the war effort was more than the United Provinces could bear. England found that she could not defeat Holland commercially by fighting her; but she succeeded perhaps accidentally, in doing so by allying with her in the endless wars against Louis XIV. Not for the last time in history, the alliance of a small and a large country to fight a powerful enemy had the principal result of transferring economic leadership from the small ally to the large, while leaving the enemy largely unaffected in the long run.

Apart from the strain of war with France and the growing competition of England, Dutch economic leadership was also weakened by a shift of psychological attitudes, a withdrawal from the aggressive risk-taking, characteristic of the Dutch East India Company in its early days, and a transfer of capital to less spectacular, more prudent, investments in finance and banking. It was a shift, perhaps an inevitable shift, not so much from the robber baron to the organization man, as from the entrepreneur to the accountant.

It was accompanied by a closing of the avenues of social mobility by new regulations and new practices which turned the existing oligarchs into a hereditary clique sharing out between them the offices and resources of town and province. Ultraviolet decontamination of personal protective equipment, particularly masks, is important in situations where mask reuse is practiced.

To assist in the development of UV-C decontamination chambers, we have constructed ray tracing models in OpticStudio for two distinct geometries, namely a rectangular cabinet and a cylindrical can. In this presentation we describe the model details and show simulation results that compare favorably to experimental measurements. We also go through the issues that exist, and how Baraja solves them with novel beam-steering technology.

Infrared imaging can be susceptible to noise from infrared radiation produced by blackbody radiation. Quantifying this background radiation is critical to designing the system to operate at the proper temperture while maintaining an appropriate SNR. I'll also share how solid angle of emission from "warm" components in the system can be modeled to minimize the impact of background radiation and maximize SNR.

In modern days a scientific experiment is validated by observing results of a given set of inputs and the larger the inputs, the higher the accuracy of the experiment. During this session, we discuss the simulation effects of a three-layer oral mucosa model we created using Zemax Opticstudio.

Never implemented in OpticStudio before, we have successfully simulated the oral mucosa model and our results show the important optical properties of different layers of the oral mucosa. Our model can be a useful tool in areas like bio-photonics and tissue modelling.

Our model can be a useful tool in areas like biophotonics, tissue modeling and to train ML algorithms. Metasurface beam steering enables scalable solid-state high-performance LiDARs. LiDAR is considered the primary sensor for depth perception for various applications from self-driving cars to the latest Apple iPad. We have been particularly concerned about the alignment procedure of the spectrograph collimators, as they are comprised of three off-axis, aspheric mirrors which lack a common optical axis.

For an initial demonstration of this method, I have written a Python code which uses the ZOS application programming interface API to simulate the collimator alignment process. The modelled systems include manufacturing errors, account for the uncertainty of values reported by mirror manufacturers, and simulate the CMM and interferometer alignment steps.

Nearly all of instances meet our requirements after two iterations of the optical alignment, and all were found to satisfy our requirements after five iterations. MCI uses objects that are placed directly in the Zemax OpticStudio environment, allowing a full integration between the physical instrument optical model and tissue simulation outputs.

Within MCI, the user can model a complex layered medium, with different optical properties on a per-layer basis. Rays quickly travel through the medium and can be re-launched back into the Zemax OpticStudio environment via the OpticStudio API for continued progression through collection optics. See the software in action during this high-energy presentation! CGH is often associated with noisy monocolor imagery with low contrast, making it impractical to use.

Wirtinger holography techniques overcome several of the challenges related to both hardware limitations and existing-phase-retrieval methods, making it one of the most promising techniques for superior holographic displays. Lisa Clauson, Product Manager, Zemax. Jennifer L. Michels, Optical Metrology Enginee, Optimax. Once an optical designer, Jennifer Michels has spent the last four years at Optimax learning about custom lens fabrication and testing.

During this session, she offers tips for lens designers that will help to ensure their optics are manufactured correctly, efficiently, and on time. Vadim Vlakhko, Director of Engineering, D ynaoptics. Nowadays target specifications for new optical layouts are constantly increasing and becoming more and more complex. The introduction of freeform optical elements and increasing degrees of freedom in optimization can help to bring up optical parameters and achieve new levels of performance.

During this presentation, I will discuss additional control and adjustments that are needed during optimization and analysis for a successful outcome. This session takes a look at different surfaces which can be used for modeling of various types of diffraction gratings in Zemax. Focusing on gratings optimization and connection between the modeling and fabrication parameters.

With the recent addition of the high-yield feature in Zemax, a convenient path to optimization for as-built performance while reducing overall computation time has been introduced. In order to analyze the cost and outcome of optimization with the new feature and other approaches, we consider a side-by-side comparison of the conventional approach, high-yield approach, and other alternatives using features in Zemax.

A total of eight different approaches are reviewed, and the resulting designs and their tolerance sensitivities are presented to determine a favorable approach. Applying a simple Gaussian to flat-top laser beam shaping technique, I show how to produce uniform illumination from small incoherent Lambertian sources using all-spherical lenses.

The design is performed using OpticStudio's sequential ray tracing mode, while detailed analysis is done by non-sequential ray tracing. Walk away from the session with the tools needed to get started! Understanding refractive index properties of optical glasses and how they are specified in terms of variation from part to part, and within a component, is important for optical design.

Many questions arise on the interpretation of these tolerances. This presentation will not only answer them, but give an overview on measurement and interpretation of optical glass refractive index data based on SCHOTT optical glasses. In addition, guidelines will be given on how to translate design requirements to optical glass specification including the used of the new standard on optical raw glass ISO During this session, poLight will present different approaches to creating novel lens designs using adaptive, refractive lenses.

This functionality is particularly important where tunability of the focus is key and miniature optics are needed like mobile, wireless devices, drones, medical and scientific applications. In this talk I'll share the philosophy and evaluation of using Zemax OpticStudio's non-sequential mode to design a telecentric ilThis design analysis reveals best practices that apply to many other designs, including optimal methods for modeling light sources, coatings, and sensor types.

Learn about the benefits of properly pairing telecentric illuminators and lenses, reducing unwanted variation in the irradiance profile, and illumination design and optimization. Laser direct writing via two-photon polymerization today allows for printing complete optical micro-systems in one step.

During this session, you'll get an overview of recent results in the area of printed optical micro-systems. Learn how the technology is not limited to spherical or rotational-symmetric systems, but can generate complex 3D geometries. And, while this gives designers new degrees of freedom, it also generates new challenges for design and simulation.

From modern AR headsets to Time-of-Flight range sensors to Intraocular lens, diffractive optical elements DOEs are becoming increasingly common in optical systems. Careless approaches to optical design can result in designs that are sensitive to manufacturing and alignment errors, resulting in optical products that are difficult to manufacture successfully repeatedly. Methods for desensitizing the optical system, including and High-Yield Optimization, produce designs that meet tight performance specifications, provide a higher manufacturing yield, and lower manufacturing costs through less waste.

Join our workshop to discover our best practices in using these methods. Coordinate Breaks are instrumental when modeling off-axis and other non-rotationally symmetric systems. However, specifying parameters like arbitrary pivot points in 3D space is non-trivial in a sequential coordinate system. In this session, we'll take a closer look at setting up Coordinate Break surfaces and utilizing functions like the Coordinate Return and different Solve types to more efficiently set up complex systems.

Image Simulation is an extremely powerful tool to generate a simulated final image for evaluating the imaging quality of a lens system. Due to its complex nature, it's not easy to get all the settings correct. ZPL macros are a convenient way to expand the functionality of OpticStudio. Finally, we will discuss methods for simplifying large or complex macros.

This session is a follow-up to the Introduction to ZPL session delivered at Envision Barcelona earlier this year; slides from the previous session will be included as reference material. In she has joined Zemax, where she is currently working as a Senior Optical Engineer, focusing on assisting Zemax customers in the use of OpticStudio, delivering public and private training, coordinating work for upcoming features, as well as researching new modelling capabilities.

Tasked with strategic planning and implementation of product releases, Sanjay leads a cross-functional team of engineers, physicists, and software developers. Olivier started his career as a Statistician working for Insurance and Financial institutions in the City of London. He is an expert in teaching both new and advanced users the skills to utilise OpticStudio effectively as well as providing technical support in a broad range of area.

He received his Ph. Moore was the founder of the Zemax company and the original author of the Zemax Optical Design Program. He has spent the last 30 years developing design and analysis methods for the lens, illumination, and general optical system design industry. As the global strategic leader for Zemax, Subbiah is focused on growing Zemax by delivering superior optical simulation software that enables our customers to design optical products and bring them to market faster.

Earlier, Subbiah served as Vice President of U. Operations at Fluent Inc. As Technical Content Manager, Chris oversees a team of Optical Engineering providing technical support, training and knowledge to Zemax customers. Chris is currently focused on his role in defining and delivering the Zemax Customer Success strategy to ensure users have access to all the resources they need to be make their projects a success.

Dedicated to improving LensMechanix, Isis works with potential and existing customers to ensure that the product is meeting customer needs and improving the workflow for mechanical engineers.

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But Geyl advanced his thesis over thirty years ago, in the heyday of concepts of natural frontiers and national self-determination, when the idea that a nation might be an artificial construct was not merely immoral but unthinkable. The thesis was consequently inspired not by grim acceptance of the power of the sword, but by a denial of its efficacy to obliterate the cultural identity of the Dutchspeaking peoples. It recognized, however, that history can be thrown off what might be regarded as its normal course by unforeseen catastrophe.

This leads Geyl into sharp conflict with the philosophical position adopted by E. He agrees that history is an unending struggle of opposing forces, but believes that the losers always contribute something to the culture of the winners, and that a denial of the possibility of choice in history not only robs it of much of its instructiveness for the present, but also deprives the historian of an understanding of its true complexity.

Given the premise of an artificial division of the Dutch-speaking peoples, the next question which had to be answered, and is dealt with in the volumes under review, is why the line of division remained virtually unchanged for such a very long time. It did not move north because first Spain and then France lacked the military resources and skill to break through the heavily defended water-barriers against a United Provinces whose wealth could in a crisis be mobilized to pay for a large army of mercenaries.

The stability of the line was decisively influenced by the fact that the seventeenth century was a time when the art of war was in one of its static phases, when defensive techniques far outstripped offensive capabilities. The line did not move south partly because so many of the Dutch generals were overcautious, but also because the urban oligarchs the regents of Holland and Zealand, particularly of Amsterdam, did not greatly want it to. So long as it remained where it was, the great port of Antwerp was strangled by Dutch control of the mouth of the river Scheldt.

A re-united Antwerp would be free to trade again and so would gravely threaten the prosperity of the more northerly ports. The United Provinces were floated and maintained by the unparalleled economic prosperity of the area, and particularly of Amsterdam. Their ships carried two-thirds of the freight of the Baltic and much of the French and English export trade in Europe, and the city became the center of world trade and world banking. But, as Geyl is careful, and in some ways proud, to point out, Holland lacked a solid industrial base.

The prosperity therefore depended on the maintenance of the freedom of the seas—except the Scheldt—and the freedom to trade—except for others in the Dutch East Indies; these were principles which would have to be fought for in an increasingly mercantilist Europe.

The Dutch in the seventeenth century were the richest nation in the world. As such they were naturally not loved, even by such co-religionaries as the English, and they were therefore forced into a series of prolonged wars against jealous rivals, first Spain, then England, and lastly France.

He sees a prosperous, cultivated, civilian bourgeoisie forced to fight war after war to defend its economic interests. To win, it was forced to give power to a military-political complex with a vested interest in aggressive war.

To Geyl, the true interest of the United Provinces was commercial expansion, provincial particularism, religious toleration, and political control by the regents, not the military adventurism, centralization, and dogmatic Calvinism promoted by the House of Orange. In the end the war effort was more than the United Provinces could bear. England found that she could not defeat Holland commercially by fighting her; but she succeeded perhaps accidentally, in doing so by allying with her in the endless wars against Louis XIV.

Not for the last time in history, the alliance of a small and a large country to fight a powerful enemy had the principal result of transferring economic leadership from the small ally to the large, while leaving the enemy largely unaffected in the long run. Apart from the strain of war with France and the growing competition of England, Dutch economic leadership was also weakened by a shift of psychological attitudes, a withdrawal from the aggressive risk-taking, characteristic of the Dutch East India Company in its early days, and a transfer of capital to less spectacular, more prudent, investments in finance and banking.

It was a shift, perhaps an inevitable shift, not so much from the robber baron to the organization man, as from the entrepreneur to the accountant. It was accompanied by a closing of the avenues of social mobility by new regulations and new practices which turned the existing oligarchs into a hereditary clique sharing out between them the offices and resources of town and province.

This shutting off of the openings for new talent accelerated the decline in both culture and economic pre-eminence. An historian of the present generation would have begun with a closer analysis of the origins, aspirations, economic interests, and religious opinions of the dominant regent class, supported by statistical and genealogical data.

He would have tackled head-on the problem of why capitalism flourished the way it did in the northern provinces. Was it generated by the transfer of capital and entrepreneurial expertise from Antwerp; was it a byproduct of the Calvinist ethic; was it simply a result of geographical location? He would have illustrated the growth of Dutch trade and banking with graphs and tables.

He would have looked much more closely at the web of patronage, corruption, and nepotism in official circles. It can be argued that Geyl tends to under-emphasize the ruthless egotism and selfish class and provincial feeling of the burgher oligarchs. Again, there is more to be said for the persistent Orange drive towards a stronger central authority and a wider view of the national interest, more for the mellowing cultural impact of the Orange court at the Hague, than Mr Geyl will allow.

To demonstrate his point, he has striven to minimize the difference between the social structures of mid-seventeenth century Holland and of Flanders, the aesthetic ideals of Rembrandt and Rubens. He tends to regard French influence on Dutch culture as somehow evil and destructive, and he exaggerates the economic torpor of the Spanish Netherlands. When all is said and done, however, Mr. Geyl has produced one of the most successful and enduring synoptic surveys of a European national civilization in its prime that has ever been written.

This presentation will discuss correct methods for analysis of incoherent light propagation through a segmented window, and its impacts on camera performance. Ultraviolet decontamination of personal protective equipment, particularly masks, is important in situations where mask reuse is practiced.

To assist in the development of UV-C decontamination chambers, we have constructed ray tracing models in OpticStudio for two distinct geometries, namely a rectangular cabinet and a cylindrical can. In this presentation we describe the model details and show simulation results that compare favorably to experimental measurements.

We also go through the issues that exist, and how Baraja solves them with novel beam-steering technology. Infrared imaging can be susceptible to noise from infrared radiation produced by blackbody radiation. Quantifying this background radiation is critical to designing the system to operate at the proper temperture while maintaining an appropriate SNR.

I'll also share how solid angle of emission from "warm" components in the system can be modeled to minimize the impact of background radiation and maximize SNR. In modern days a scientific experiment is validated by observing results of a given set of inputs and the larger the inputs, the higher the accuracy of the experiment.

During this session, we discuss the simulation effects of a three-layer oral mucosa model we created using Zemax Opticstudio. Never implemented in OpticStudio before, we have successfully simulated the oral mucosa model and our results show the important optical properties of different layers of the oral mucosa. Our model can be a useful tool in areas like bio-photonics and tissue modelling.

Our model can be a useful tool in areas like biophotonics, tissue modeling and to train ML algorithms. Metasurface beam steering enables scalable solid-state high-performance LiDARs. LiDAR is considered the primary sensor for depth perception for various applications from self-driving cars to the latest Apple iPad.

We have been particularly concerned about the alignment procedure of the spectrograph collimators, as they are comprised of three off-axis, aspheric mirrors which lack a common optical axis. For an initial demonstration of this method, I have written a Python code which uses the ZOS application programming interface API to simulate the collimator alignment process.

The modelled systems include manufacturing errors, account for the uncertainty of values reported by mirror manufacturers, and simulate the CMM and interferometer alignment steps. Nearly all of instances meet our requirements after two iterations of the optical alignment, and all were found to satisfy our requirements after five iterations.

MCI uses objects that are placed directly in the Zemax OpticStudio environment, allowing a full integration between the physical instrument optical model and tissue simulation outputs. Within MCI, the user can model a complex layered medium, with different optical properties on a per-layer basis. Rays quickly travel through the medium and can be re-launched back into the Zemax OpticStudio environment via the OpticStudio API for continued progression through collection optics.

See the software in action during this high-energy presentation! CGH is often associated with noisy monocolor imagery with low contrast, making it impractical to use. Wirtinger holography techniques overcome several of the challenges related to both hardware limitations and existing-phase-retrieval methods, making it one of the most promising techniques for superior holographic displays. Lisa Clauson, Product Manager, Zemax. Jennifer L. Michels, Optical Metrology Enginee, Optimax.

Once an optical designer, Jennifer Michels has spent the last four years at Optimax learning about custom lens fabrication and testing. During this session, she offers tips for lens designers that will help to ensure their optics are manufactured correctly, efficiently, and on time.

Vadim Vlakhko, Director of Engineering, D ynaoptics. Nowadays target specifications for new optical layouts are constantly increasing and becoming more and more complex. The introduction of freeform optical elements and increasing degrees of freedom in optimization can help to bring up optical parameters and achieve new levels of performance. During this presentation, I will discuss additional control and adjustments that are needed during optimization and analysis for a successful outcome.

This session takes a look at different surfaces which can be used for modeling of various types of diffraction gratings in Zemax. Focusing on gratings optimization and connection between the modeling and fabrication parameters. With the recent addition of the high-yield feature in Zemax, a convenient path to optimization for as-built performance while reducing overall computation time has been introduced.

In order to analyze the cost and outcome of optimization with the new feature and other approaches, we consider a side-by-side comparison of the conventional approach, high-yield approach, and other alternatives using features in Zemax.

A total of eight different approaches are reviewed, and the resulting designs and their tolerance sensitivities are presented to determine a favorable approach. Applying a simple Gaussian to flat-top laser beam shaping technique, I show how to produce uniform illumination from small incoherent Lambertian sources using all-spherical lenses. The design is performed using OpticStudio's sequential ray tracing mode, while detailed analysis is done by non-sequential ray tracing.

Walk away from the session with the tools needed to get started! Understanding refractive index properties of optical glasses and how they are specified in terms of variation from part to part, and within a component, is important for optical design. Many questions arise on the interpretation of these tolerances. This presentation will not only answer them, but give an overview on measurement and interpretation of optical glass refractive index data based on SCHOTT optical glasses.

In addition, guidelines will be given on how to translate design requirements to optical glass specification including the used of the new standard on optical raw glass ISO During this session, poLight will present different approaches to creating novel lens designs using adaptive, refractive lenses. This functionality is particularly important where tunability of the focus is key and miniature optics are needed like mobile, wireless devices, drones, medical and scientific applications.

In this talk I'll share the philosophy and evaluation of using Zemax OpticStudio's non-sequential mode to design a telecentric ilThis design analysis reveals best practices that apply to many other designs, including optimal methods for modeling light sources, coatings, and sensor types. Learn about the benefits of properly pairing telecentric illuminators and lenses, reducing unwanted variation in the irradiance profile, and illumination design and optimization.

Laser direct writing via two-photon polymerization today allows for printing complete optical micro-systems in one step. During this session, you'll get an overview of recent results in the area of printed optical micro-systems. Learn how the technology is not limited to spherical or rotational-symmetric systems, but can generate complex 3D geometries. And, while this gives designers new degrees of freedom, it also generates new challenges for design and simulation.

From modern AR headsets to Time-of-Flight range sensors to Intraocular lens, diffractive optical elements DOEs are becoming increasingly common in optical systems. Careless approaches to optical design can result in designs that are sensitive to manufacturing and alignment errors, resulting in optical products that are difficult to manufacture successfully repeatedly.

Methods for desensitizing the optical system, including and High-Yield Optimization, produce designs that meet tight performance specifications, provide a higher manufacturing yield, and lower manufacturing costs through less waste. Join our workshop to discover our best practices in using these methods. Coordinate Breaks are instrumental when modeling off-axis and other non-rotationally symmetric systems. However, specifying parameters like arbitrary pivot points in 3D space is non-trivial in a sequential coordinate system.

In this session, we'll take a closer look at setting up Coordinate Break surfaces and utilizing functions like the Coordinate Return and different Solve types to more efficiently set up complex systems. Image Simulation is an extremely powerful tool to generate a simulated final image for evaluating the imaging quality of a lens system. Due to its complex nature, it's not easy to get all the settings correct. ZPL macros are a convenient way to expand the functionality of OpticStudio.

Finally, we will discuss methods for simplifying large or complex macros. This session is a follow-up to the Introduction to ZPL session delivered at Envision Barcelona earlier this year; slides from the previous session will be included as reference material. In she has joined Zemax, where she is currently working as a Senior Optical Engineer, focusing on assisting Zemax customers in the use of OpticStudio, delivering public and private training, coordinating work for upcoming features, as well as researching new modelling capabilities.

Tasked with strategic planning and implementation of product releases, Sanjay leads a cross-functional team of engineers, physicists, and software developers. Olivier started his career as a Statistician working for Insurance and Financial institutions in the City of London. He is an expert in teaching both new and advanced users the skills to utilise OpticStudio effectively as well as providing technical support in a broad range of area.

He received his Ph. Moore was the founder of the Zemax company and the original author of the Zemax Optical Design Program. He has spent the last 30 years developing design and analysis methods for the lens, illumination, and general optical system design industry. As the global strategic leader for Zemax, Subbiah is focused on growing Zemax by delivering superior optical simulation software that enables our customers to design optical products and bring them to market faster.

Earlier, Subbiah served as Vice President of U. Operations at Fluent Inc. As Technical Content Manager, Chris oversees a team of Optical Engineering providing technical support, training and knowledge to Zemax customers. Chris is currently focused on his role in defining and delivering the Zemax Customer Success strategy to ensure users have access to all the resources they need to be make their projects a success.

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