درخت حوزه‌های تخصصی

Light and color are effective factors in the creation of works of art, which, as the most immaterial element of nature, have always been influential in Iranian Islamic painting, and in fact, they represent the sublime world and spiritual atmosphere Also, the research about light and color in painting and its impact on painters and its contribution to the scope of expressing the influence of mysticism in the whole Islamic culture and art is at the starting point certainly knowing and understanding the three words mysticism, light and color and finding their meaning and meaning in a symbolic way is not only effective in better understanding Iranian and Islamic painting, but also our insight in understanding the Islamic ideas that are rooted in mysticism and Sufism and It also makes the behavior smoother. Colors have a chemical aspect in art, and mixing them is an art similar to alchemy. The main concern of this research, which is presented in an analytical way, is aesthetics and investigating the mystical aspects of paintings and motifs in Islamic civilization in Iranian art and architecture. It seems that Islamic art and architecture tries to manifest God's unity among colors, forms, lights, and sounds. Each color has a special allegory and a relationship with one of the inner states of man and soul. Color is an important factor for spiritual use in the painting effects of Islamic architecture. Mosques in the Islamic world usually use turquoise green and blue colors. Blue and turquoise colors are the main background colors of walls, tiles, altars, domes, and courtyards and along with the golden color in Iranian Islamic paintings, among other colors, they have a special shine and effect. These colors are manifestations of the inner meanings of colors. The colors of turquoise, green and white, which are symbols of nature's sky and divine light, respectively, are mixed together and add to the majesty of the mosques. The colors that result from the radiation of light are a symbol of the manifestation of unity in multiplicity and the dependence of multiplicity on unity. The reflection of the existence of colors in Iranian art shows an extraterrestrial truth outside the world of the senses, rather than imitating the surrounding natural colors. Vigilance and accurate insight in the arrangement of colors and the correct selection of each color refers to a symbolic concept of colors and their mutual effects that permeate the human soul and spirit.

In recent years there has been a growing interest among historians, historical martial artists, reenactors, and those who are interested in Eastern culture as well as in Persian offensive and defensive weapons to have a more detailed study of armor. The change in the paradigm of defensive weapons throughout Western Asia (the last quarter of the 15th to the first quarter of the 16th century) has not yet been fully investigated. Reconstruction of mail-and-plate armor from a period between 1540-1650 CE is quite challenging as most museums or major private collections do not have a complete set. Based on a detailed study of existing sets of joshan armor and several technical assumptions related to the design of this type of armor, the present study tries to reconstruct a fully protective complex of a joshan armor that was worn by a noble Persian warrior. The purpose of the following article is to reproduce a Persian mail-and-plate armor from a period between 1540-1650 CE in its original size and design with its inherent properties and qualities. Different existing sets of this type of armor from museums are studied and compared to different miniatures and literary sources. Based on the collected information gained from theoretical and practical research, the article presents a historical armor design and provides advice on the practical reconstruction and production of such a set of armor. Armor masters were looking for the best combinations and ratio of plates and mail armor in one set. They were experimenting with the shapes and sizes of plates, the number of holes, diameters, geometry, and method of ring interconnections. Characteristic of the armor of this period is rather large plates and a small number of their rows (3-5 rows on the chest/back), a small overlap of the plates in a row, basically only the same standard plates are used, large mail rings (inner diameter about 10 mm).

A study of the arrow guide or nāvak in Iran. It covers the technical aspects of arrow guides and how they may have entered Iran. In Persian, arrow guides are called nāvak and their projectiles are called tīr-e nāvak. However, sometimes nāvak is used for the arrow as well, and even the bow. It also covers how outside cultures viewed Iran as a source of innovation in the further development of these devices. In Arabic they are called majrā and this is the term most familiar in the west due to two important translations of Arabic archery manuals into English, Arab Archery and Saracen Archery, but they were mentioned earlier as nāvak in an English translation of part of the Hidāyat ar-Rāmī, where they were mistakenly described as crossbows. Essentially, an arrow guide is a partially closed tube used with a bow to shoot a short arrow drawn much farther than its length would normally allow. This produces a projectile that has increased velocity and less friction through the air than a regular arrow. The arrow guide has had a long history in Iran, probably entering in the last years of the Sasanian Dynasty, surviving the Arab conquest and persisting until the gradual takeover by firearms. It was fertile ground for invention with many variations being spread across the Islamic world. The persistent association with Iran in Arabic archery manuals reflects the perception that much of its development was tied to Persian users. Here, Persian and Arabic sources are examined. Reference is made to original artefacts and reconstructions.

The ability to recognize and compare shapes and understand the concept of proportions is one of the first human findings from environmental geometric data. And certainly the formation of geometry as a science of recognizing the arrangement of lines, shapes and levels and proportions leads to the definition of golden proportions in the mathematical sciences as a new way of organizing shapes and forms. Golden and geometric proportions are effective as a determining element in the scale of spatial forms, and the formation of spatial forms by not using or misuse of geometric proportions is due to functional and psychological interactions on human perception and cognition. Which causes the construction and formation of scales and proportions of the environment and the emergence of psychological effects due to human activities in the environment. And then the abnormal effects and environmental dysfunction on the saccade system of the human eye and as a result the feeling of fear and lack of belonging to the place interacts. On the other hand, nature as the raw material of creation, and the principle and mother of man, which causes him to model the proportions in nature. Understanding the laws governing the relationships between elements and spatial shapes leads to the formation of geometric and golden proportions in the spending of space. Because knowing the symbol of shapes, proportions and scales in the world of meaning and kingdom is reminiscent of the divine order in all dimensions of the world (even in astronomy). Therefore, evaluating the values ​​of spatial proportions in nature as the bedrock of human life and the pattern of psychological perceptions, leads to the adoption of human activities. Also, the study of human needs on a mental and psychological scale from the perception of the environment causes the recognition of scales and dimensions by human visual senses, which leads to the perception of the correct golden and geometric proportions through Sakadi eye movements and psychophysical sciences. . Certain ratios can also be observed in the creation and design of various shapes in nature. These relations are those geometric relations that have immaterial roots and follow the spiritual and supernatural principles, believing that their subject is sacred, and have a symbolic language and spiritual characteristics. In the traditional world, geometry was inseparable from the other four Pythagorean sciences, namely arithmetic, music, and astronomy. And traditional geometry is also associated with the symbolic composition and shapes of space. To this end, the study of the effect of golden and geometric proportions on human visual perception of the architectural environment based on the sense of belonging to the place, causes visual quality to increase the sensory richness of the place and achieve human values ​​and criteria in the sense of belonging to the place and human needs. To be considered by the architect. In this research, with the perspective of this identity and the interaction of geometric and golden proportions and the sense of belonging to the place, the criteria and indicators of the research have been studied and the results have been presented in the form of tables and diagrams.

A recent trend in photogrammetry is the use of unmanned aerial vehicles (UAVs) for photogrammetric purposes. A data acquisition sensor is mounted on an unmanned aerial vehicle to collect data during short-range aerial photogrammetry from a low altitude. This system is capable of filling a significant gap left by other conventional methods in the field of map production. The improvement in processes over conventional methods is the basis for this method's effectiveness. A significant portion of valuable data is obtained after the first processing stage as a result of automation in all data production processes. Real orthoimages, 3D models, and a detailed point cloud of the area are all included in this data. Drawing and mapping maps have gotten much easier, more accurate, and quicker thanks to modern software. We are looking for ways to use these kinds of methods in documenting the archaeological heritage in this article by applying this method at the historic site of Susa. The experts and practitioners in this field will benefit from this method, which is a collection of the most effective techniques for geometric measurement, analysis, and interpretations related to issues raised in archaeology.

The final goal of this research is to investigate the design of Qajar women's clothing in different periods. In the first step, the question arises whether the cover can be a language. Then this research seeks an answer to the question of what messages in the form of language mean. Therefore, in the current research, the above issue has been analyzed by a case study of Qajar women's clothing and using a descriptive-analytical qualitative research method. Findings: This study shows that the clothing of Qajar women can be considered a single language of signs. In deciphering this language, concepts such as women's attention to religious foundations, gender inequality, and patriarchal view in society, the value of wearing Iran's old traditions, as well as the desire to move towards westernization and fashionism of Europeans can be inferred. The results of this research show the importance of the role, color, code, sign, symbol, and finally language in the field of women's clothing in the Qajar period.  

This article addresses and re-examines Marc-Anthony Karantabias’ analysis of factors that contributed to the defeat of the Sasanian Spāh by Heraclius by 627-628 CE. Karantabias’ analysis may be categorized into four (military) misconceptions with respect to the Spāh: (1) the notion that the late Sasanian Spāh lacked stirrups for the Savaran cavalry (2) the alleged refusal or lack of knowledge of the Mongolian draw which is proposed to have been of greater efficacy than the Sasanian (3-finger) bowshot (3) the notion of “Persian conservatism” leading to the Spāh’s refusal to adopt new military technologies and (4) the alleged supremacy of Steep/Central Asian and/or Hun-Turkic cavalry warfare over the Sasanians. These four misconceptions fail to be supported by a close examination of archaeological sites (e.g., Taghe Bostan) and artifacts (e.g., Sasanian stirrups, metal works, etc.), primary sources and pertinent research studies. A fifth misconception pertains to the lack of consideration of the shortcomings of the Sasanian four-Spadbed system which Heraclius was able to successfully exploit against the Sasanian empire. In conclusion, Heraclius’ successes are attributed to his exploitation of the weaknesses of the four-Spāhbed system as well as the Byzantine willingness to adopt Steppe/Central Asian technology (e.g., compound bow, iron stirrup).