Sir Charles Collection (#2)

The Victoria Tower, Palace of Westminster, London, c1905. Print published in Parliament Past and Present by Arnold Wright and Philip Smith, (London, c1905)

St Peters Church, Brighton, East Sussex, 1829. Artist: J Rogers
St Peters Church, Brighton, East Sussex, 1829. Built in Gothic style in the 19th century, St Peters Church was designed by Sir Charles Barry

Sir Charles Reed, chairman of the London School Board, 1880. Artist: Lock & Whitfield
Sir Charles Reed, chairman of the London School Board, 1880. He was instrumental in the setting up of a free public library in the City of London

Sir Charles Algernon Parsons, Irish engineer, (c1924). Parsons (1854-1931) is best known for his invention of the steam turbine

Houses of Parliament, London, 20th Century. Much of the present Palace of Westminster was designed by Charles Barry and Augustus Welby Pugin, and was constructed between 1837 and 1858

Sir Charles Wheatstone, British inventor, (1899). Artist: C Cook
Sir Charles Wheatstone, British inventor, (1899). Wheatstone (1802-1875) was a pioneer of electric telegraphy. In 1837, he and William Fothergill Cooke patented their five-needle telegraph machine

The Pyramids, Giza, Egypt, 19th century. Artist: E Finden
The Pyramids, Giza, Egypt, 19th century

Westminster Bridge, London, looking from the south bank of the Thames, 1858. This is the bridge rebuilt by Thomas Page (1803-1877) beginning in 1853

Opening of the 1851 London to Paris telegraph link (1852)
Opening of the 1851 London to Paris telegraph link. Instrument room at the Submarine Telegraph Company, Cornhill, London, showing the Wheatstone needle telegraph instruments

Charles Wheatstone (1802-1875), British physicist, 19th century
Charles Wheatstone (1802-1875), British physicist. Pioneer in electrical resistances. Along with partner William Cooke, responsible for the invention of the electric telegraph, 19th century

William Cooke and Charles Wheatstones five-needle telegraph, patented 1837, (19th century)
William Cooke (1806-1879) and Charles Wheatstones (1802-1875) five-needle telegraph. Patented 1837, installed 1839, (19th century)

Diagram of William Cooke and Charles Wheatstones five-needle telegraph, 1837, (19th century)
Diagram of William Cooke (1806-1879) and Charles Wheatstones (1802-1875) five-needle telegraph. Patented 1837, installed 1839, (19th century)

Longitudinal section of a steam turbine fitted into the Dover packet boat Queen, c1904. The turbines for the Queen were designed by the Anglo-Irish engineer Sir Charles Parsons (1854-1931)

Longtudinal sections of two steam turbines. 1: Parsons marine turbine; 2: Rateaus marine turbine. Anglo-Irish engineer Sir Charles Parsons (1854-1931)

Steam turbines fitted into the Dover packet boat Queen, 1904. The turbines were designed by the Anglo-Irish engineer Sir Charles Parsons (1854-1931)

Opening of the London to Paris telegraph link, 1852. The instrument room at the Submarine Telegraph Company, Cornhill, London, showing a Wheatstone needle telegraph instrument

Rear view of Charles Wheatstones electric (railway) telegraph, 1850. Showing its connection OT lines running beside the railway track. From Illustrations of Natural Philosophyby John Reynolds

Cook and Wheatstones 5-needle telegraph, 1837 (1915). The 5-needle telegraph was the first successful electric telecommunication device and was patented by Charles Wheatstone and William Cooke

Magnetism, c1850. Educational plate showing various aspects of magnetism and electromagnetism including a dip needle, compass, the lifting power of an electromagnet (12), Wheatstone telegraph (13)

Mr Alderman and Sheriff Whetham, illustration from The Illustrated London News
XJF488940 Mr Alderman and Sheriff Whetham, illustration from The Illustrated London News, 1873 (engraving) by English School

Fossil shells of the Eocene Tertiary Period
Plate III from Principles of Geology, being an attempt to explain the former changes of the Earths surface. Vol. 3 1832-33 by Charles Lyell (1797-1875)

Junction of granite and limestone
Fig 88 from Principles of Geology, being an attempt to explain the former changes of the Earths surface. Vol. 3 1832-33 by Charles Lyell (1797-1875)

Mollusc specimen drawer
The shells in this specimen drawer were collected by Charles Darwin from various localities during the voyage of the HMS Beagle between 1831 and 1836

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"Sir Charles: A Legacy of Architectural Brilliance and Influence" Step into the world Barry, a British architect whose remarkable contributions have left an indelible mark on London's landscape. From the grandeur of Bridgewater House in Westminster to the iconic Reform Club on Pall Mall, his creations stand as testaments to his unparalleled talent. In 1875, Bridgewater House emerged under Sir Charles Barry's vision, captivating all who beheld its splendor. With intricate details and timeless elegance, this architectural masterpiece continues to enchant visitors to this day. But it was not only Bridgewater House that showcased Sir Charles Barry's genius. The Reform Club, completed in 1837 by George Moore based on Barry's design, stands as a symbol of political reform and social progress. Its imposing facade beckons passersby with its grandeur and historical significance. Beyond architecture lies another facet of Sir Charles' life - his connection with influential figures such as The Right Honorable Sir Charles Dilke and Lady Dilke. Their black-and-white photograph captures a moment frozen in time, evoking intrigue about their relationship with this esteemed architect. As Chief Commissioner of Burmah embarks on a tour engraved for posterity, we catch glimpses into the far-reaching impact of Sir Charles' work beyond London's borders. His influence extends even further back in history when he designed improvements for Cranbourne Street and New Coventry Street in 1845 – transforming these areas into bustling hubs within the cityscape. Delving deeper into history reveals connections between Sir Charles D Oyly and Behar through an Anglo-Indian album from around 1828 – showcasing both cultural exchange and artistic collaboration during that era. Cambridge too bears witness to Sir Charles' touch through early stereograph views capturing its essence alongside other notable landmarks associated with him. These images transport us back in time while highlighting his versatility across different architectural styles.