Publications
The House of Wittelsbach and the Story of Bavaria
Bavaria's rich history, from its origins under Charlemagne to its evolution as a powerful kingdom, is intricately linked to the Wittelsbach dynasty. This study reveals how Bavaria transitioned from a duchy to an electorate and later a kingdom, shaping Europe's political landscape. The research highlights Ludwig II's significant contributions, particularly his patronage of Richard Wagner and his grand architectural projects, which have become iconic tourist attractions. These palaces, including Neuschwanstein and Linderhof, stand as enduring symbols of Bavaria's artistic heritage. The study also underscores the cultural achievements marked by collections in the Alte and Neue Pinakothek, and the celebration of musical drama at the opera house. Through a comprehensive examination of Bavaria's political evolution, this research assesses its profound impact on Europe's artistic legacy.
Symbolization in premodern architecture
Premodern Western architecture, from the Renaissance to the late 18th century, exhibits two dominant forms of symbolization: denotation (figurative decoration) and exemplification (pure geometric or mass effects). A key insight is that the Rococo period (c. 1720–1780) uniquely bridged architectural ornamentation with other art forms, a tradition disrupted by French 'revolutionary architects' like Boullée and Ledoux around 1780, who prioritized compositional isolation and geometric abstraction—an approach that foreshadowed modernism. The study applies Goodman’s conceptual framework to analyze iconic buildings, including Neuschwanstein, the Trevi Fountain, and the Crystal Palace, revealing how symbolization evolved from ornate, context-rich designs to more abstract, isolated forms.
Comparison of indoor climate analysis according to current climate guidelines with the conservational investigation using the example of Linderhof Palace
A critical analysis of Linderhof Palace's indoor climate reveals that current conservation guidelines fall short in predicting damage to its neo-baroque furnishings, which are composed of diverse composite materials. The study found that while these guidelines assess risks based on temperature and humidity, they often overlook specific factors such as fluctuation amplitude, duration, or the unique behavior of damaged or undamaged materials. A 20-year condition report comparison showed that microclimates within the palace, particularly those exposed to external conditions, accelerated damage like flaking in gilded ornaments and painted surfaces. This highlights the need for tailored conservation strategies that account for material characteristics, room-specific microclimates, and the long-term effects of environmental deviations.
Islamic Geometry Reinterpreted
A key insight from this study is the direct influence of Islamic geometry on the architectural designs of 19th-century Europe, specifically through the windows of Linderhof Palace. The research demonstrates that Émile Prisse d’Avennes’ 1877 publication L’art arabe d’après les monuments du Kaire served as a visual inspiration for the Moroccan House pavilion in Linderhof’s park, constructed just one year after the book's release. This connection highlights how Islamic artistic motifs were reinterpreted and integrated into European neo-Moorish architecture during this period. The study likely employed art historical analysis, comparing textual descriptions with surviving architectural elements to trace the evolution of geometric patterns.
The moving fluctuation range - a new analytical method for evaluation of climate fluctuations in historic buildings
A novel analytical method, the 'moving fluctuation range,' offers improved evaluation of indoor climate fluctuations in historic buildings. This approach uses a moving average to analyze short-term variations in relative humidity and temperature, providing more precise insights than traditional equidistant daily cycles. Applied to unheated structures like Schachen King's House, Linderhof Palace, and St. Margaretha Church, the method enhances understanding of indoor environments and aids in assessing climate impacts on valuable furnishings and artworks. It also holds potential for integration into building simulation tools, offering a more accurate assessment of indoor conditions for collections.
The Louvre and Versailles
Recent scholarly accounts of the architectural contributions to France's grand palaces, the Louvre and Versailles, are challenged by this study. Through exhaustive original research, contemporary testimony, and re-examination of the works themselves, it demonstrates that Claude Perrault and François Mansart played more significant roles in shaping these structures than previously acknowledged. Additionally, it reveals the influence of Italian masters Pietro Cortona and Bernini on Ange-Jacques Gabriel's designs for Versailles, providing a nuanced understanding of their development. The book also explores how the French palaces inspired later architectural ambitions, from Stockholm in the late 17th century to Ludwig II of Bavaria's opulent 19th-century palace at Herrenchiemsee. Supported by illustrative material and documents, this comprehensive analysis traces the evolution of these palaces within the broader context of monarchy, court etiquette, and financial constraints.
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