Vaishno Devi Temple
This temple honor's the Hindu deity Vaishno Devi
and is situated in Karta, Jammu. The main shrine
and other auxiliary buildings are part of the
temple complex, which is located atop the
Trikuta Mountains. The temple complex was built
using mathematics to assure both structural
integrity and artistic appeal. Calculations
involving proportions, angles, and measurements
are utilized to achieve harmony and balance
among the architectural parts while geometry is
used to construct symmetrical designs.
Amaranth Cave Temple
One of Hinduism's holiest sites, the Amarnath
Cave Temple is devoted to Lord Shiva and is
situated in the Amarnath Valley. To maintain
the stability of the structure inside a natural
cave, careful calculations and measurements
go into building the cave temple. In order to
design supporting structures, pathways, and
arrangements for devotees, mathematical
techniques are used, taking into consideration
things like as load distribution and architectural
integrity.
Shankar Acharya Temple
The Shankar Acharya Temple is a prominent
Hindu shrine devoted to Lord Shiva and is
located atop Shankar Acharya Hill in
Srinagar. The architectural details of the
temple were built with precise accuracy. In
order to create a visually appealing and
harmonious structure, the temple's
dimensions, particularly the height, width,
and proportions of the sanctum sanctorum,
adhere to a set of mathematical ratios and
rules.
TEMPLES OF TAMIL NADU
Meenakshi Amman
Temple:
Located in Madurai, the Meenakshi Amman
Temple is a well-known South Indian shrine to
Lord Sundareswaran (Shiva) and Goddess
Meenakshi (Parvathi). Intricate and
sophisticated stone carvings can be seen
throughout the temple's construction, including
mandapams (pillared halls), gopurams (tower
gates), and sculptures. The construction of the
temple heavily incorporates mathematics,
especially in the layout and design of the
gopurams. To produce visually appealing and
structurally sound tower structures, precise
application of geometrical concepts such as
symmetry, proportionality, and equivalence is
required.
Brihadeeswarar Temple:
Situated in Thanjavur, the Brihadeeswarar
Temple, popularly referred to as the Big
Temple, is a UNESCO World Heritage Site. It
has Lord Shiva as its dedication. The building
of the temple demonstrates sophisticated
technical and mathematical methods. The
towering vimana (main tower) is constructed
in such a way that the shadow of the
structure never falls on the ground at noon.
This indicates the precise calculation of the
tower's height, proportions, and angles in
relation to the sun's position.
Meenakshi
Sundareswaran Temple
This prominent temple in Tamil Nadu is
devoted to Lord Shiva and Goddess
Parvathi. It is situated in Tiruchirappalli.
Mathematical ideas, such fractal
geometry, are incorporated into the
temple's architecture. Mathematically
sound repeating patterns can be seen
on the finely carved pillars and ceilings,
producing a spellbinding aesthetic
impact.
Key points
• Vaishno Devi Temple in Karta, Jammu: Built using mathematical calculations
for structural integrity and aesthetic appeal.
• Amarnath Cave Temple: Dedicated to Lord Shiva in the Amarnath Valley,
uses mathematical techniques for supporting structures and arrangements.
• Shankar Acharya Temple: Located in Srinagar, built with precise accuracy
to create a visually appealing structure.
• Meenakshi Amman Temple: Located in Madurai, South India, features
intricate stone carvings and geometrical concepts for tower structures.
• Brihadeeswarar Temple: UNESCO World Heritage Site in Thanjavur,
dedicated to Lord Shiva.
• Tiruchirappalli Temple: Dedicated to Lord Shiva and Goddess Parvathi,
incorporates mathematical ideas like fractal geometry in its architecture.