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Burlington House
Welcome to Burlington House
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The Society’s apartments are situated in Burlinton House, off Piccadilly in London. Burlington House is approximately half-way between Green Park and Piccadilly Circus underground stations. Bus services 9, 14, 19, 22 and 38 pass the entrance. You may consult a Streetmap.com map by clicking here.

Also in the courtyard are the premises of four other learned societies:
  • the Linnean Society of London,
  • the Society of Antiquaries,
  • the Royal Society of Chemistry
  • the Geological Society of London
  • together with the Royal Academy of Arts. Scientific meetings of the RAS are held on the second Friday of every month, October to May. Parallel meetings are generally held in the RAS lecture theatre and the Geological Society’s lecture theatre.

     

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    Fellows may gain entry to to the Society’s apartments by “touching in” with their membership card, otherwise by talking to reception through the speaker phone. The apartments are where the Executive Secretary and his staff of around a half a dozen work, providing all the administrative functions for the Fellowship and their elected Council and Officers. It also houses  meeting rooms, the library, the Fellows Room as well as the lecture theatre.
    Please let the This e-mail address is being protected from spambots. You need JavaScript enabled to view it know if you need assistance ( eg ramp) with the stairs to the main entrance
    Also of interest: A brief history of the Society
        
     
    A Virtual Tour of the RAS Premises: The Entrance Hall
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    In the inner lobby is a ‘virtual reception’.
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    Leading on from the inner lobby is the building’s grand entrance hall, with a splendid staircase and a lift, with glass panels revealing striking astronomical images. In addition to the offices of the Executive Secretary and the reception is the newly installed 100 seater lecture theatre and the Fellows Room. At the foot of the main staircase is a bust of Francis Baily (by a sculptor called Baley!), presented by Baily’s sister after he died in 1837.

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    The Society moved into its present building in 1874. The premises were specially built by the government for the learned societies which were required to vacate Somerset House. Glass panels in the doorways were glazed with etched panes showing the logos of the various Societies. The ‘AS’ logo can be seen in the front doors and the doors to the Executive Secretary’s office. The Logo is repeated in the cast iron radiator panels in the main hallway, the Fellows Room and in the main library on the first floor.
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    The stairs at the far end of the hall lead down to cloakrooms and toilets. The facilities may also be accessed by lift. Next
    Also of interest: A brief history of the Society
     
    A Virtual Tour of the RAS Premises: The Fellows' Room

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    The Fellows Room, previously used as the Council Room, is a very comfortable room where Fellows can work, relax or meet. It is wifi enabled for fellows to pursue Society related activities. There is a slave plasma screen over the fireplace to relay meetings from the lecture theatre.
     
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    The room is dominated by a painting entitled Celestial2 painted by Anthony Whishaw RA (www.anthonywhishaw.com) It is acrylic on canvas and measures 66 x 90 inches.

    The lecture theatre

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    This room was originally the Meeting Room of the Society, but was partitioned in 1969, when it was divided up to make offices.
    The room has now been returned to its original purpose and the suspended ceiling which hid a fine moulded ceiling removed.The lecture theatre can seat 100 and has state of the art audio-visual equipment. It has a giant projection screen with slave plasma screens on either side. There is a hearing loop for the hearing impaired and room for two wheelchairs.There is provision for up to 6 laptops on the dais so that at multi-speaker events speakers can setup prior to the start of the meeting. TV broadcasts, through a satellite receiver,  can be shown on the screens. 
     

    The Executive Secretary’s Office

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    The office of the Executive Secretary is also used as a small meeting room for up to six people. It contains a display cabinet, designed on the old Radcliffe Observatory at Oxford, displaying some of the Society’s more interesting items.

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    Just outside the office is the Society’s Royal Charter from 1831. It is rather plain, unlike some of the coloured hand-painted charters of the same time.

    This room was originally the Meeting Room of the Society, but was partitioned in 1969, when the Royal Society moved out of Burlington House and the accommodation was reallocated in various ways. The room was divided up to make offices for the Executive Secretary and his PA, and a smaller Fellows Room so it was rather distorted in scale; unfortunately, a suspended ceiling hide the rather grand original molded ceiling.

    The room as now been returned to it's original purpose but the seating has been changed round  and is now in an  East-West direction instead of the original North-South arrangement. The newly installed lecture theatre can seat 100 and has state of the art audio-visual equipment. It has a giant projection screen with slave plasma screens on either side. There is a hearing loop installed for the hearing impaired and room for two wheelchairs at the front. There is provision for up to 6 laptops on the front desk so that at multi speaker meetings  speakers may setup their presentations prior to the start of the meeting and so delay change overs. A Sky satellite receiver is also installed so that live news items of scientific interest can be shown.
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    Also of interest: A brief history of the Society
     
    A Virtual Tour of the RAS Premises: The Display Cabinet
    [Fellows Room Cabinet] The Executive Secretary's room contains a display cabinet holding some of the more interesting items that the Society has acquired. The cabinet itself was made by Mr Luke Hughes, a well-known cabinet maker and designer in London. The shape is loosely based on the building of the old Radcliffe Observatory at Oxford. The Society originally began to accumulate instruments mainly by gift or bequest, but sometimes by purchase in its earliest days, with the intention of practical observing use; but, as the decades passed, much of the collection became obsolete and eventually historic.
    [Pearson Clock] The Pearson Clock A magnificent clock invented by, and made for the Reverend William Pearson. This instrument displays all sorts of useful information, such as the time of high tide at London Bridge. The black disc at the top is a visual presentation of the moon's phase. The clock also gives the time, at the bottom, and on the back is a unique model of the four Galilean satellites of Jupiter. [Pearson Clock]

    [Butterfield Dial] Butterfield Dial This small portable sundial, with its carrying case, is one of the designs originated by Michael Butterfield (1635–l724), an English instrument maker who worked in Paris (signed 'Butterfield a Paris'). The instrument retains its compass needle; the gnomon, hinged for stowage and adjustable with a pivot to allow for the observer's latitude, is in the form of a bird. On the reverse is engraved a list of the latitudes 'of various cities in Europe'. (N.S. Heineken bequest, 1883)

    [Speculum] Speculum Mirror Originally, many items in the collection were used for practical observing - for instance, this William Herschel 9-inch speculum mirror

    [Nocturnal] Nocturnal for Both Bears This wooden instrument, of English make and late seventeenth or early eighteenth century date, was used on board ship to find the time at night. The stars used were Dubhe and Merak (The Pointers) in Ursa Major, or Kochab in Ursa Minor. Due to the slow change of sidereal time through the year the date had first to be set on the inner ring, using the pointers marked Great Bear or Lesser Bear, according to which constellation was to be used - the former has, unfortunately, lost its bevelled edge. The instrument was then held at arm's length and Polaris sighted through the central hole; the longer pointer was aligned through the relevant star(s) and the centre line of the instrument set as accurately vertical as could be managed on a heaving deck. The time could be read off from the calibrated ring, and skilled practitioners are said to have been able to find the time to within a quarter of an hour. The instrument would have supplemented time reckoned by hour glasses and recorded on log and traverse tables; it would undoubtedly have been cheaper and easier to obtain than a chronometer, but would have become obsolete as these spread. (Given to the Society by R.J.Lecky, 1874.)

    [Diptych] Nuremberg Diptych Dial This ivory portable sundial in two parts is one of the many made in Nuremberg in numerous workshops. It is by Hans Troschel the Elder (1567–1612) and bears his mark of a thrush (Troschel Thrush) on the outside of the lower leaf. The instrument included a compass needle for orientation (now lost, as is the glass which would have covered it). The gnomon of the dial was a length of thread running through the holes at the outer edges of the leaves. There are several holes in the upper leaf so that the angle of the thread can be adjusted for the observer's latitude.

    [Ballot Box] Ballot Box More a piece of furniture than an instrument, this box is a survivor of those used by the RAS and other societies to carry out a secret ballot for the election of new Fellows. The principle of balloting using balls is based on the practice of the ancient Greeks. This box is unusually ornate, with its turned urn-like top piece to contain the balls ready for use. The proposal form of the candidate would have been attached to a board and inserted in the slot in front of the urn. Fellows would go along the line of boxes, in each case taking a ball and inserting the hand in the sleeve, dropping it to one side or the other to indicate approval or otherwise. In many cases the door to the 'no' box was coloured black, hence the expression 'blackballed'. In some cases, on the assumption that a Fellow would not vote against a candidate unless he knew something seriously to his detriment, a 'black' ball required four 'white' balls to cancel it out. When all present had voted, the officers of the Society would open the drawer at the bottom and count the balls within, declaring the candidates elected or not, as the case might be.

    As a matter of interest, a modified ballot box was used as recently as the 2002 Annual General Meeting (to determine the outcome of a vote to amend Bye-Law 38). A close vote was predicted, and to avoid any uncertainty, it was decided to use this antique instrument. In fact, the proposal was overwhelmingly passed (by 40 votes to 14).
    [LMS Token] Mathematical Society Medal A medal or meeting token from the Spitalfields Mathematical Society. The SMS is a very interesting sort of early workers' educational association type of organization which was founded by the Huguenot Silk Weavers in Spitalfields in 1717 and finally was absorbed by the Society in 1846.

    [Herschel Medallion] Herschel Medallion One of the most beautiful possessions is a Wedgwood Medallion of the first President, Sir William Herschel, that was sculptured by the great monumental sculpture John Flaxman and produced by the Wedgwood Company.

    Next



     
    A Virtual Tour of the RAS Premises: The Council Room
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    The Council Room, which can seat 25 people around the table, formerly housed the Society’s archives which are now in the basement. The room is fitted with a plasma screen at one end which can relay meetings from the Lecture Theatre downstairs.
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    Also of interest: A brief history of the Society
     
    A Virtual Tour of the RAS Premises: The Main Staircase
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    The staircase has been stripped of its 1960s blue and white paint and returned to its original black and highlighted with gold leaf to give a truly splendid effect.

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    On the first floor landing is a newly commissioned window designed and produced by Sally Scott, in association with Nero Designs, made from 10mm thick white glass using acid, sandblast and colour.
    The window is an abstract interpretation of astronomy and geophysics. It shows a cosmic spiral, containing the motto of the Royal Astronomical Society, QUICQUID NITET NOTANDUM (Whatever shines should be observed).
    Within the spiral are numbers of astronomical importance:
    2.73 (the temperature of the cosmic microwave background) and 223 (the number of lunar synodic months in a Saros cycle of eclipses). The 5 Platonic Solids are timeless symbols of the elements and the relationship of mathematics to the Universe. The elliptical orbits represent the Pioneer space probes to beyond the Solar System, as of 2007 – the farthest humankind has penetrated. Next
    Also of interest: A brief history of the Society
     
    A Virtual Tour of the RAS Premises: The First Floor

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    The first floor landing leads to the Society’s Library, the Rare Books Room, the Librarian’s office and the Herschel Room, which houses the British Astronomical Association.
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    Above the door to the Librarian’s office are portraits of the Reverend Lewis Evans, a great collector of instruments. To his right is a member of the Tully family of Islington who were famous instrument makers. Below are Sir William and Lady Huggins. William was an English amateur astronomer who built a private observatory at Tulse Hill in South London in 1856. He was a pioneer in spectroscopy and photography and together with the active collaboration of his wife played a part in developing the combined use of the telescope, spectroscope and the photographic negative. In 1899 they jointly prepared an Atlas of Representative Stellar Spectra. He was awarded the Royal Astronomical Society’s Gold Medal in 1967 and 1885 and was president of the Royal Society from 1900–1906

    The Library

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    The Main Library houses the main collection of post-1850 books. Older books are kept in the reserve collection, in the RAS annexe above the Geological Society.
    The library is also used for receptions including those which follow Society meetings which  held on the second Friday of the month.
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    The large portrait dominating the Library is of Francis Baily, one of the founders of the Society and a four-time President. He is best remembered for Baily’s beads but was also important for laying the foundations of 19th-century astronomy by publishing a long series of star catalogues. These culminated in the British Association Catalogue, published after his death, which sorted out the positions of thousands of previously observed stars. He was a stockbroker who retired at 51 and devoted himself to astronomy. Next
    Also of interest: A brief history of the Society