Jahr
|
Vortragender
|
Titel der Vorlesung
|
1825
|
John Millington
|
Natural Philosophy
|
1826
|
John Wallis
|
Astronomy
|
1827
|
Michael Faraday
|
Chemistry
|
1828
|
J. Wood
|
Architecture
|
1829
|
Michael Faraday
|
Electricity
|
1830
|
Thomas Webster
|
Geology
|
1831
|
James Rennie
|
Zoology
|
1832
|
Michael Faraday
|
Chemistry
|
1833
|
John Lindley
|
Botany
|
1834
|
William Thomas Brande
|
Chemistry
|
1835
|
Michael Faraday
|
Electricity
|
1836
|
William Thomas Brande
|
Chemistry of the Gases
|
1837
|
Michael Faraday
|
Chemistry
|
1838
|
John Wallis
|
Astronomy
|
1839
|
William Thomas Brande
|
The Chemistry of the Atmosphere and the Ocean
|
1840
|
John Frederic Daniell
|
The First Principles of Franklinic Electricity
|
1841
|
Michael Faraday
|
The Rudiments of Chemistry
|
1842
|
William Thomas Brande
|
The Chemistry of the Non-Metallic Elements
|
1843
|
Michael Faraday
|
First Principles of Electricity
|
1844
|
William Thomas Brande
|
The Chemistry of the Gases
|
1845
|
Michael Faraday
|
The Rudiments of Chemistry
|
1846
|
John Wallis
|
The Rudiments of Astronomy
|
1847
|
William Thomas Brande
|
The Elements of Organic Chemistry
|
1848
|
Michael Faraday
|
The Chemical History of a Candle
|
1849
|
Robert Walker
|
The Properties of Matter and the Laws of Motion
|
1850
|
William Thomas Brande
|
The Chemistry of Coal
|
1851
|
Michael Faraday
|
Attractive Forces
|
1852
|
Chemistry
|
1853
|
Voltaic Electricity
|
1854
|
The Chemistry of Combustion
|
1855
|
The Distinctive Properties of the Common Metals
|
1856
|
Attractive Forces
|
1857
|
Static Electricity
|
1858
|
The Metallic Properties
|
1859
|
The Various Forces of Matter and their Relations to Each Other
|
1860
|
The Chemical History of a Candle
|
1861
|
John Tyndall
|
Light
|
1862
|
Edward Frankland
|
Air and Water
|
1863
|
John Tyndall
|
Electricity at Rest and Electricity in Motion
|
1864
|
Edward Frankland
|
The Chemistry of a Coal
|
1865
|
John Tyndall
|
Sound
|
1866
|
Edward Frankland
|
The Chemistry of Gases
|
1867
|
John Tyndall
|
Heat and Cold
|
1868
|
William Odling
|
The Chemical Changes of Carbon
|
1869
|
John Tyndall
|
Light
|
1870
|
William Odling
|
Burning and Unburning
|
1871
|
John Tyndall
|
Ice, Water, Vapour and Air
|
1872
|
William Odling
|
Air and Gas
|
1873
|
John Tyndall
|
The Motion and Sensation of Sound
|
1874
|
John Hall Gladstone
|
The Voltaic Battery
|
1875
|
John Tyndall
|
Experimental Electricity
|
1876
|
John Hall Gladstone
|
The Chemistry of Fire
|
1877
|
John Tyndall
|
Heat, Visible and Invisible
|
1878
|
James Dewar
|
A Soap Bubble
|
1879
|
John Tyndall
|
Water and Air
|
1880
|
James Dewar
|
Atoms
|
1881
|
Robert Stawell Ball
|
The Sun, the Moon and the Planets
|
1882
|
John Tyndall
|
Light and the Eye
|
1883
|
James Dewar
|
Alchemy in Relation to Modern Science
|
1884
|
John Tyndall
|
The Sources of Electricity
|
1885
|
James Dewar
|
The Story of a Meteorite
|
1886
|
The Chemistry of Light and Photography
|
1887
|
Robert Stawell Ball
|
Astronomy
|
1888
|
James Dewar
|
Clouds and Cloudland
|
1889
|
Arthur Rücker
|
Electricity
|
1890
|
James Dewar
|
Frost and Fire
|
1891
|
John Gray McKendrick
|
Life in Motion; or the Animal Machine
|
1892
|
Robert Stawell Ball
|
Astronomy
|
1893
|
James Dewar
|
Air: Gaseous and Liquid
|
1894
|
John Ambrose Fleming
|
The Work of an Electric Current
|
1895
|
John Gray McKendrick
|
Sound, Hearing and Speech
|
1896
|
Sylvanus Phillips Thompson
|
Light, Visible and Invisible
|
1897
|
Oliver Lodge
|
The Principles of the Electric Telegraph
|
1898
|
Robert Stawell Ball
|
Astronomy
|
1899
|
Charles Vernon Boys
|
Fluids in Motion and at Rest
|
1900
|
Robert Stawell Ball
|
Great Chapters from the Book of Nature
|
1901
|
John Ambrose Fleming
|
Waves and Ripples in Water, Air and Aether
|
1902
|
Henry Selby Hele-Shaw
|
Locomotion : On the Earth, Through the Water, in the Air
|
1903
|
Edwin Ray Lankester
|
Extinct Animals
|
1904
|
Henry Cunynghame
|
Ancient and Modern Methods of Measuring Time
|
1905
|
Herbert Hall Turner
|
Astronomy
|
1906
|
William Duddell
|
Signalling to a Distance
|
1907
|
David Gill
|
Astronomy, Old and New
|
1908
|
William Stirling
|
The Wheel of Life
|
1909
|
William Duddell
|
Modern Electricity
|
1910
|
Sylvanus Phillips Thompson
|
Sound: Musical and Non-Musical
|
1911
|
Peter Chalmers Mitchell
|
The Childhood of Animals
|
1912
|
James Dewar
|
Christmas Lecture Epilogues
|
1913
|
Herbert Hall Turner
|
A Voyage in Space
|
1914
|
Charles Vernon Boys
|
Science in the Home
|
1915
|
Herbert Hall Turner
|
Wireless Messages from the Stars
|
1916
|
Arthur Keith
|
The Human Machine Which All Must Work
|
1917
|
John Ambrose Fleming
|
Our Useful Servants : Magnetism and Electricity
|
1918
|
D’Arcy Wentworth Thompson
|
The Fish of the Sea
|
1919
|
William Henry Bragg
|
The World of Sound
|
1920
|
John Arthur Thomson
|
The Haunts of Life
|
1921
|
John Ambrose Fleming
|
Electric Waves and Wireless Telephony
|
1922
|
Herbert Hall Turner
|
Six Steps Up the Ladder to the Stars
|
1923
|
William Henry Bragg
|
Concerning the Nature of Things
|
1924
|
Francis Balfour-Browne
|
Concerning the Habits of Insects
|
1925
|
William Henry Bragg
|
Old Trades and New Knowledge
|
1926
|
Archibald Vivian Hill
|
Nerves and Muscles: How We Feel and Move
|
1927
|
Edward Andrade
|
Engines
|
1928
|
Alexander Wood
|
Sound Waves and their Uses
|
1929
|
Stephen Glanville
|
How Things Were Done in Ancient Egypt
|
1930
|
Arthur Mannering Tyndall
|
The Electric Spark
|
1931
|
William Henry Bragg
|
The Universe of Light
|
1932
|
Alexander Oliver Rankine
|
The Round of the Waters
|
1933
|
James Hopwood Jeans
|
Through Space and Time
|
1934
|
William Lawrence Bragg
|
Electricity
|
1935
|
Kenneth Mees
|
Photography
|
1936
|
Geoffrey Ingram Taylor
|
Ships
|
1937
|
Julian Huxley
|
Rare Animals and the Disappearance of Wild Life
|
1938
|
James Kendall
|
Young Chemists and Great Discoveries
|
1939–1942
|
Keine Vorlesungen
|
1943
|
Edward Andrade
|
Vibrations and Waves
|
1944
|
Harold Spencer Jones
|
Astronomy in our Daily Life
|
1945
|
Robert Watson-Watt
|
Wireless
|
1946
|
Hamilton Hartridge
|
Colours and How We See Them
|
1947
|
Eric Rideal
|
Chemical Reactions: How They Work
|
1948
|
Frederic Bartlett
|
The Mind at Work and Play
|
1949
|
Percy Dunsheath
|
The Electric Current
|
1950
|
Edward Andrade
|
Waves and Vibrations
|
1951
|
James Gray
|
How Animals Move
|
1952
|
F. Sherwood Taylor
|
How Science Has Grown
|
1953
|
John Ashworth Ratcliffe
|
The Uses of Radio Waves
|
1954
|
Frank Whittle
|
The Story of Petroleum
|
1955
|
Harry W. Melville
|
Big Molecules
|
1956
|
Harry Baines
|
Photography
|
1957
|
Julian Huxley und James Fisher
|
Birds
|
1958
|
John Ashworth Ratcliffe, James M. Stagg, Robert L. F. Boyd, Graham Sutton, George Deacon, Gordon de Quetteville Robin
|
International Geophysical Year
|
1959
|
Thomas Allibone
|
The Release and Use of Atomic Energy
|
1960
|
Vernon Ellis Cosslett
|
Seeing the Very Small
|
1961
|
William Lawrence Bragg
|
Electricity
|
1962
|
Richard Evelyn Donohue Bishop
|
Vibration
|
1963
|
Ronald King
|
Energy
|
1964
|
Desmond Morris
|
Animal Behaviour
|
1965
|
Bernard Lovell, Francis Graham-Smith, Martin Ryle, Antony Hewish
|
Exploration of the Universe
|
1966
|
Eric Laithwaite
|
The Engineer in Wonderland
|
1967
|
Richard L. Gregory
|
The Intelligent Eye
|
1968
|
Philip Morrison
|
Gulliver's Laws: The Physics of Large and Small
|
1969
|
George Porter
|
Time Machines
|
1970
|
John Napier
|
Monkeys Without Tails: A Giraffe's Eye-view of Man
|
1971
|
Charles Taylor
|
Sounds of Music: the Science of Tones and Tune
|
1972
|
Geoffrey G. Gouriet
|
Ripples in the Ether: The Science of Radio Communication
|
1973
|
David Attenborough
|
The Language of Animals
|
1974
|
Eric Laithwaite
|
The Engineer Through the Looking Glass
|
1975
|
Heinz Wolff
|
Signals from the Interior
|
1976
|
George Porter
|
The Natural History of a Sunbeam
|
1977
|
Carl Sagan
|
The Planets
|
1978
|
Erik Christopher Zeeman
|
Mathematics into Pictures
|
1979
|
Eric M. Rogers
|
Atoms for Engineering Minds: A Circus of Experiments
|
1980
|
David Chilton Phillips mit Max Perutz in Lecture 5
|
The Chicken, the Egg and the Molecules
|
1981
|
Reginald Victor Jones
|
From Magna Carta to Microchip
|
1982
|
Colin Blakemore
|
Common Sense
|
1983
|
Leonard Maunder
|
Machines in Motion
|
1984
|
Walter Bodmer
|
The Message of the Genes
|
1985
|
John David Pye
|
Communicating
|
1986
|
Lewis Wolpert
|
Frankenstein's Quest: Development of Life
|
1987
|
John Meurig Thomas und David Phillips
|
Crystals and Lasers
|
1988
|
Gareth Roberts
|
The Home of the Future
|
1989
|
Charles Taylor
|
Exploring Music
|
1990
|
Malcolm Longair
|
Origins
|
1991
|
Richard Dawkins
|
Growing Up in the Universe
|
1992
|
Charles J. M. Stirling
|
Our World Through the Looking Glass
|
1993
|
Frank Close
|
The Cosmic Onion
|
1994
|
Susan Greenfield
|
Journey to the Centre of the Brain
|
1995
|
James A. Jackson
|
Planet Earth, An Explorer's Guide
|
1996
|
Simon Conway Morris
|
The History in our Bones
|
1997
|
Ian Stewart
|
The Magical Maze
|
1998
|
Nancy Rothwell
|
Staying Alive
|
1999
|
Neil F. Johnson
|
Arrows of Time
|
2000
|
Kevin Warwick
|
Rise of the Robots
|
2001
|
John Sulston
|
The Secrets of Life
|
2002
|
Tony Ryan
|
Smart Stuff
|
2003
|
Monica Grady
|
Voyage in Space and Time
|
2004
|
Lloyd Peck
|
To the End of the Earth: Surviving Antarctic Extremes
|
2005
|
John Krebs
|
The Truth About Food
|
2006
|
Marcus du Sautoy
|
The Num8er My5teries
|
2007
|
Hugh Montgomery
|
Back from the Brink: The Science of Survival
|
2008
|
Christopher Bishop
|
Hi-tech Trek
|
2009
|
Sue Hartley
|
The 300-Million-Year War
|
2010
|
Mark Miodownik
|
Size Matters
|
2011
|
Bruce Hood
|
Meet Your Brain
|
2012
|
Peter Wothers
|
The Modern Alchemist
|
2013
|
Alison Woollard
|
Life Fantastic
|
2014
|
Danielle George
|
Sparks will fly: How to Hack your Home
|
2015
|
Kevin Fong
|
How to survive in space
|
2016
|
Saiful Islam
|
Supercharged: Fuelling the future
|
2017
|
Sophie Scott
|
The Language of Life
|
2018
|
Alice Roberts und Aoife McLysaght
|
Who am I?
|
2019
|
Hannah Fry
|
Secrets and lies: The Hidden Power of Maths
|
2020
|
Christopher Jackson, Helen Czerski, Tara Shine
|
Planet Earth: A user’s guide
|
2021
|
Jonathan Van-Tam
|
Going viral: How Covid changed science forever
|
2022
|
Sue Black
|
Secrets of Forensic Science
|
2023
|
Michael Wooldridge
|
The Truth about AI
|