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{{Infobox scientist |
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| fields = Defence Scientist<br/>Specialist in: Radar,<br/>Military Communications and <br/>Navigation Systems |
| fields = Defence Scientist<br/>Specialist in: Radar,<br/>Military Communications and <br/>Navigation Systems |
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| workplaces = [http://discovery.nationalarchives.gov.uk/details/r/C970208 AMRE, Dundee]<br/>[[Royal Aircraft Establishment|RAE, Farnbourough]]<br/>[[Telecommunications Research Establishment|TRE |
| workplaces = [http://discovery.nationalarchives.gov.uk/details/r/C970208 AMRE, Dundee]<br/>[[Royal Aircraft Establishment|RAE, Farnbourough]]<br/>[[Telecommunications Research Establishment|TRE]], [[Royal Radar Establishment|RRE, Malvern]]<br/>[[Minister of Technology|Min Tech, London]]<br/>[[Signals Research and Development Establishment|SRDE, Christchurch]]<br/>[[Royal Signals and Radar Establishment|RSRE, Malvern]] |
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| alma_mater = [[King's |
| alma_mater = [[King's College London]] |
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'''John Robert Mills''' |
'''John Robert Mills''' {{postnominals|country=GBR|size=100%|FIEE}} (12 November 1916 – 6 May 1998<ref>{{Cite web|url=https://familysearch.org/ark:/61903/1:1:QVZX-339G|title=www.familysearch.org|website=[[FamilySearch]] |access-date=20 September 2016}}</ref>) was a British [[physicist]] and [[scientific]] expert who played an important role in the development of [[radar]] and the defence of Britain in {{nowrap|[[World War II]].}} After the war he continued his career working for various British government research establishments on a variety of projects until his retirement in 1977.<ref name=":0" /> |
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In addition to many achievements and contributions to military technological development, Mills was the first British scientist to receive radio-wave signals bounced off the |
In addition to many achievements and contributions to military technological development, Mills was the first British scientist to receive radio-wave signals bounced off the Moon.<ref name=":1">{{Cite news|title=John Mills (Obituary)|newspaper=Daily Telegraph|publication-date=17 July 1998|page=29}}</ref> |
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==Education |
==Education and early career== |
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[[File:John Robert Mills aged 24.jpg|thumb|John Mills aged 24 in 1940]] |
[[File:John Robert Mills aged 24.jpg|thumb|John Mills aged 24 in 1940]] |
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Following his education at the Kingston upon Thames Grammar School he gained a [[BSc]] in [[physics]] at [[King's |
Following his education at the Kingston upon Thames Grammar School he gained a [[BSc]] in [[physics]] at [[King's College London]] in 1939 and later the same year he joined the Air Ministry Research Establishment in Dundee. In 1940 he moved to the [[Royal Aircraft Establishment]] (RAE) at Farnborough and in 1942 moved to the [[Telecommunications Research Establishment]] (TRE) in [[Malvern, Worcestershire|Malvern]], which later became the [[Radar Research Establishment]] (RRE) and later still the [[Royal Radar Establishment]] (RRE); he stayed there until 1960.<ref name=":0">{{Cite journal|last=Slater|first=Kenneth|date=July 1998|title=John Mills 1916-1998|journal=Physics World|volume=11|issue=7|page=41|issn=0953-8585}}</ref> |
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John Mills was part of a |
John Mills was part of a groundbreaking group during the Second World War that established radar as both a meaningful defence, particularly against enemy aircraft, and guidance technology. This included air navigation systems and later, as a member of the (Offensive) Airborne Radar Division at RRE, the development of infra-red and radar targeting and reconnaissance systems for the [[Royal Air Force]] and [[Royal Navy]]. |
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The equipment developed for navigation, targeting and reconnaissance was further advanced for inclusion in the [[V bomber]] force and the [[BAC TSR-2]], the most technically advanced aircraft of its era, as well as the development of the first successful sideways looking reconnaissance radar which was further developed by the |
The equipment developed for navigation, targeting and reconnaissance was further advanced for inclusion in the [[V bomber]] force and the [[BAC TSR-2]], the most technically advanced aircraft of its era, as well as the development of the first successful sideways looking reconnaissance radar which was further developed by the US and led, amongst other things, to today's satellite radar systems.<ref name=":0" /> |
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==1960-1967, MOD & RAE== |
==1960-1967, MOD & RAE== |
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Mills spent about a year at the Ministry of Defence (MOD) |
Mills spent about a year at the Ministry of Defence (MOD) in London, followed by five years as head of Radio Department at RAE Farnborough where his responsibilities included: |
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:* Electronic warfare systems, |
:* Electronic warfare systems, |
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:* Very Low Frequency (VLF) navigation which led to the [[Omega (navigation system)|Omega system]] |
:* Very Low Frequency (VLF) navigation which led to the [[Omega (navigation system)|Omega system]] |
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:* Radio propagation studies. |
:* Radio propagation studies. |
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During this period his team received the first message bounced off the Moon from the |
During this period his team received the first message bounced off the Moon from the US, work which eventually led to modern satellite communications. He also worked in the development of the first automatic aircraft landing system.<ref name=":0" /> |
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Mills was appointed Scientific Adviser to the Minister of Technology ( |
Mills was appointed Scientific Adviser to the Minister of Technology ([[Tony Benn]]) in 1966.<ref name=":0" /> |
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==1967–1976, SRDE== |
==1967–1976, SRDE== |
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[[File:JRM 1970.jpg|thumb|right|John Mills aged 54 in 1970]] |
[[File:JRM 1970.jpg|thumb|right|John Mills aged 54 in 1970]] |
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During the period from 1967 to 1976, Mills was the director of the [[Signals Research and Development Establishment]] (SRDE) in [[Christchurch, Dorset|Christchurch]] |
During the period from 1967 to 1976, Mills was the director of the [[Signals Research and Development Establishment]] (SRDE) in [[Christchurch, Dorset|Christchurch]] in Dorset where he was responsible for three major technical research and development areas:<ref name=":0" /> |
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# Night vision devices, mainly for the British Army where image intensifier technology was utilised in equipment from rifle sights to systems for tanks and other vehicles.<ref name=":0" /> |
# Night vision devices, mainly for the British Army where image intensifier technology was utilised in equipment from rifle sights to systems for tanks and other vehicles.<ref name=":0" /> |
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# Tactical and strategic radio and communication network systems<ref name=":0" /> some of which were in active service till the early 2000s e.g. [[Clansman]] from late |
# Tactical and strategic radio and communication network systems,<ref name=":0" /> some of which were in active service till the early 2000s e.g. [[Clansman (military radio)|Clansman]] from the late 1970s till 2004 |
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# Military satellite communication systems with emphasis on |
# Military satellite communication systems with emphasis on lightweight ground terminals for mobile use<ref name=":0" /> e.g. [[British Armed Forces communications and information systems|Ptarmigan]] |
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In 1971, Mills was appointed a Fellow of the [[Institution of Electrical Engineers]] (IEE), the highest grade of IEE membership.<ref>{{Cite web|url=http://www.theiet.org/membership/types/fiet/fellow.cfm|title=Fellow (FIET) |
In 1971, Mills was appointed a Fellow of the [[Institution of Electrical Engineers]] (IEE), the highest grade of IEE membership.<ref>{{Cite web|url=http://www.theiet.org/membership/types/fiet/fellow.cfm|title=Fellow (FIET)|website=IET|access-date=26 September 2016}}</ref> |
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==1976–1977, RSRE== |
==1976–1977, RSRE== |
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[[File:JRM with the Queen.jpg|thumb|John Mills with |
[[File:JRM with the Queen.jpg|thumb|John Mills with the Queen and the Duke of Edinburgh at RSRE in 1976]] |
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The final chapter in Mills's career in the R&D business was a return to Malvern in 1976 as Deputy Director of the [[Royal Signals and Radar Establishment]] (RSRE) formed by merging RRE, SRDE and SERL ([[Services Electronic Research Laboratory]] formerly at Baldock, Hertfordshire) as part of the |
The final chapter in Mills's career in the R&D business was a return to Malvern in 1976 as Deputy Director of the [[Royal Signals and Radar Establishment]] (RSRE), which had been formed by merging RRE, SRDE and SERL ([[Services Electronic Research Laboratory]] formerly at Baldock, Hertfordshire) as part of the programme to rationalise the defence establishments. His team continued to work on advanced military and satellite communications. Mills held this post until his retirement in 1977.<ref name=":0" /> |
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== Publications == |
== Publications == |
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Mills contributed to an article on radar published in the Encyclopædia Britannica<ref name=":1" /> |
Mills contributed to an article on radar published in the Encyclopædia Britannica<ref name=":1" /> |
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Mills published "Radio Techniques for Automatic Systems in the Air" in the Journal of Navigation in 1960<ref name=":2">{{Cite journal |
Mills published "Radio Techniques for Automatic Systems in the Air" in the Journal of Navigation in 1960<ref name=":2">{{Cite journal|title=Radio Techniques for Automatic Systems in the Air|journal=The Journal of Navigation|year=1960 |publisher=Cambridge University Press|volume=13|issue=1|pages=47–58|doi=10.1017/S037346330003722X |last1=Mills |first1=J. R. |s2cid=128575377 }}</ref> |
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Mills |
Mills jointly published "The Long-range Navigation of Civil Aircraft" in the Journal of Navigation in 1964<ref>{{Cite journal|title=The Long-range Navigation of Civil Aircraft|journal=The Journal of Navigation|year=1964 |publisher=Cambridge University Press|volume=17|issue=2|pages=167–182|doi=10.1017/S0373463300048530 |last1=Hampton |first1=D. E. |last2=Mills |first2=J. R. |s2cid=129665812 }}</ref> |
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== Personal life == |
== Personal life == |
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Mills married Pauline Phelps in April 1950.<ref name=":1" /> He was very much a family man with keen interests in music and gardening |
Mills married Pauline Phelps in April 1950.<ref name=":1" /> He was very much a family man with keen interests in music and gardening.<ref name=":0" /> He was survived by his wife and two sons.<ref name=":1" /> |
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== References == |
== References == |
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<references /> |
<references /> |
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{{authority control}} |
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{{DEFAULTSORT:Mills, John Robert}} |
{{DEFAULTSORT:Mills, John Robert}} |
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Latest revision as of 00:52, 27 May 2023
John Mills | |
|---|---|
 John Mills aged 60 in 1976 | |
| Born | 12 November 1916 Barnes, Surrey, England |
| Died | 6 May 1998 (aged 81) Malvern, Worcestershire, England |
| Alma mater | King's College London |
| Spouse |
Pauline Phelps (m. 1950) |
| Children | Two sons |
| Awards | 1971 Fellow IEE (Now IET since 2006 ) |
| Scientific career | |
| Fields | Defence Scientist Specialist in: Radar, Military Communications and Navigation Systems |
| Institutions | AMRE, Dundee RAE, Farnbourough TRE, RRE, Malvern Min Tech, London SRDE, Christchurch RSRE, Malvern |
John Robert Mills FIEE (12 November 1916 – 6 May 1998[1]) was a British physicist and scientific expert who played an important role in the development of radar and the defence of Britain in World War II. After the war he continued his career working for various British government research establishments on a variety of projects until his retirement in 1977.[2]
In addition to many achievements and contributions to military technological development, Mills was the first British scientist to receive radio-wave signals bounced off the Moon.[3]
Education and early career
[edit]
Following his education at the Kingston upon Thames Grammar School he gained a BSc in physics at King's College London in 1939 and later the same year he joined the Air Ministry Research Establishment in Dundee. In 1940 he moved to the Royal Aircraft Establishment (RAE) at Farnborough and in 1942 moved to the Telecommunications Research Establishment (TRE) in Malvern, which later became the Radar Research Establishment (RRE) and later still the Royal Radar Establishment (RRE); he stayed there until 1960.[2]
John Mills was part of a groundbreaking group during the Second World War that established radar as both a meaningful defence, particularly against enemy aircraft, and guidance technology. This included air navigation systems and later, as a member of the (Offensive) Airborne Radar Division at RRE, the development of infra-red and radar targeting and reconnaissance systems for the Royal Air Force and Royal Navy.
The equipment developed for navigation, targeting and reconnaissance was further advanced for inclusion in the V bomber force and the BAC TSR-2, the most technically advanced aircraft of its era, as well as the development of the first successful sideways looking reconnaissance radar which was further developed by the US and led, amongst other things, to today's satellite radar systems.[2]
1960-1967, MOD & RAE
[edit]Mills spent about a year at the Ministry of Defence (MOD) in London, followed by five years as head of Radio Department at RAE Farnborough where his responsibilities included:
- Electronic warfare systems,
- Very Low Frequency (VLF) navigation which led to the Omega system
- Radio propagation studies.
During this period his team received the first message bounced off the Moon from the US, work which eventually led to modern satellite communications. He also worked in the development of the first automatic aircraft landing system.[2]
Mills was appointed Scientific Adviser to the Minister of Technology (Tony Benn) in 1966.[2]
1967–1976, SRDE
[edit]
During the period from 1967 to 1976, Mills was the director of the Signals Research and Development Establishment (SRDE) in Christchurch in Dorset where he was responsible for three major technical research and development areas:[2]
- Night vision devices, mainly for the British Army where image intensifier technology was utilised in equipment from rifle sights to systems for tanks and other vehicles.[2]
- Tactical and strategic radio and communication network systems,[2] some of which were in active service till the early 2000s e.g. Clansman from the late 1970s till 2004
- Military satellite communication systems with emphasis on lightweight ground terminals for mobile use[2] e.g. Ptarmigan
In 1971, Mills was appointed a Fellow of the Institution of Electrical Engineers (IEE), the highest grade of IEE membership.[4]
1976–1977, RSRE
[edit]
The final chapter in Mills's career in the R&D business was a return to Malvern in 1976 as Deputy Director of the Royal Signals and Radar Establishment (RSRE), which had been formed by merging RRE, SRDE and SERL (Services Electronic Research Laboratory formerly at Baldock, Hertfordshire) as part of the programme to rationalise the defence establishments. His team continued to work on advanced military and satellite communications. Mills held this post until his retirement in 1977.[2]
Publications
[edit]Mills contributed to an article on radar published in the Encyclopædia Britannica[3]
Mills published "Radio Techniques for Automatic Systems in the Air" in the Journal of Navigation in 1960[5]
Mills jointly published "The Long-range Navigation of Civil Aircraft" in the Journal of Navigation in 1964[6]
Personal life
[edit]Mills married Pauline Phelps in April 1950.[3] He was very much a family man with keen interests in music and gardening.[2] He was survived by his wife and two sons.[3]
References
[edit]- ^ "www.familysearch.org". FamilySearch. Retrieved 20 September 2016.
- ^ a b c d e f g h i j k Slater, Kenneth (July 1998). "John Mills 1916-1998". Physics World. 11 (7): 41. ISSN 0953-8585.
- ^ a b c d "John Mills (Obituary)". Daily Telegraph. 17 July 1998. p. 29.
- ^ "Fellow (FIET)". IET. Retrieved 26 September 2016.
- ^ Mills, J. R. (1960). "Radio Techniques for Automatic Systems in the Air". The Journal of Navigation. 13 (1). Cambridge University Press: 47–58. doi:10.1017/S037346330003722X. S2CID 128575377.
- ^ Hampton, D. E.; Mills, J. R. (1964). "The Long-range Navigation of Civil Aircraft". The Journal of Navigation. 17 (2). Cambridge University Press: 167–182. doi:10.1017/S0373463300048530. S2CID 129665812.