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Architectural Melancholia: The Klafter Scale and Geometric Harmony in Semper’s Dresden  Opera House

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Golnar Ahmadi

University of the District of Columbia, USA

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This paper investigates the profound interplay between architecture, music, dance, and  mathematics as envisioned by Gottfried Semper in the design of the Dresden Opera House. A  focal point of this exploration is the Klafter scale—a historical unit of measurement approximately  equal to 1.80 meters or six feet, derived from the outstretched arms of a person. The Klafter scale  is more than a practical tool; it represents a deeper geometric and rhythmic harmony embedded  in Semper's architectural vision, particularly in how it relates to spatial dimensions and dance. 

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This paper examines how Semper's use of the Klafter scale in his architectural drawings integrates  spatial and musical dimensions. This scale embodies rhythmic and harmonic principles that  correspond to the six intervals between musical notes in an octave. By analyzing the spatial  organization of the Dresden Opera House, this paper reveals how this rhythmic scale translates  into architectural form, where the dimensions of the space resonate with the movements of a  dancing body. This connection underscores the fusion of geometric precision and artistic  expression inherent in Semper's design. 

 

Semper's perspective, articulated in his seminal work Der Stil, highlights the primordial relationship  between rhythmic patterns in nature and the arts. He argues that both architecture and music  arise from an inherent appreciation of nature’s rhythmic sequences, observable in natural forms  such as wreaths, bead necklaces, and dance movements. [1] This rhythmic understanding,  reflected in both architectural and musical scales, suggests a profound interaction between the  spatial dimensions of architecture and the temporal dimensions of music, particularly as they  pertain to dance and rhythmic measurement. 

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The concept of melancholia is central to understanding Semper’s approach. In the context of  Semper's work, melancholia reflects a deep emotional resonance and contemplative  engagement with bodily motion, musical rhythm and spatial environment. This emotional depth is  mirrored in the architectural form of the Dresden Opera House, where the rhythmic scale and  geometric precision evoke a sense of melancholic scale and rhythmic dance based on musical  rhythm, capturing both the elegance and the underlying complexity of the artistic expression. 

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The paper also explores the impact of Richard Wagner’s Gesamtkunstwerk (total work of Art) on  Semper’s architectural approach. Wagner’s concept of a total work of art—integrating diverse artistic disciplines—parallels Semper’s integration of musical and geometric principles in  architecture. This synthesis is evident in the Dresden Opera House, where architectural form,  musical rhythm, bodily movement, and geometric order converge harmoniously. Through a  detailed analysis of Semper’s application of the Klafter scale and its geometric implications, this  paper highlights the role of mathematical and geometric principles in shaping artistic and  architectural expression. By examining Semper's work, this paper gains insight into how  mathematical precision, musical rhythm, and the melancholic dimension of artistic creation inform  architectural design. This exploration reveals how historical measurements and principles continue  to influence contemporary interpretations of architectural and artistic synthesis, enriching our  understanding of the intersection between geometry, artistic expression, and emotional depth. 

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[1] Semper, Gottfried. Style in the technical and tectonic arts, or, Practical aesthetics. Getty Publications, 2004,  P 233.

Session Two – Geometry

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1:00-1:15 PM

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Friday, March 28, 2025

Golnar Ahmadi, Ph.D., is an Assistant Professor in the Department of Urban Architecture and Community Planning at the University of the District of Columbia (UDC). With over a decade of professional experience spanning Iran, Germany, and the US. Golnar earned her Ph.D. in Architecture from Virginia Tech and joined UDC in 2022. Her research investigates the transformation of 2D drawings into 3D spatial perceptions across various scales, with a particular focus on the role of storytelling in enhancing visualization and spatial understanding. Through her work, she bridges traditional architectural representation techniques with contemporary cognitive and narrative approaches to design.

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