Harwell Collection

Central Computer / Harwell
The Central Computer at Harwell serves over 600 users and has 200 typewriter terminals distributed around the site. This view shows the IBM 360/75

Atomic Energy Research Establishment, Harwell, Oxon
Living Quarters, Britain's Atomic Eergy Research Establishment, Harwell, Oxfordshire, July 1949 Date: 1949

Ruins of the Fire, on Saturday Last, at Harwell, near Abingdon (engraving)
1607431 Ruins of the Fire, on Saturday Last, at Harwell, near Abingdon (engraving) by English School, (19th century); Private Collection; (add.info.: Ruins of the Fire, on Saturday Last, at Harwell)

South Oxfordshire OX11 0 Map
Postcode Sector Map of South Oxfordshire OX11 0

Doncaster DN10 5 Map
Postcode Sector Map of Doncaster DN10 5

House at Glendale, California, 1940
House at Glendale, California, USA, 1940. Night-time view of one-storey house designed by Harwell Hamilton Harris for George C Bauer, (Carl Anderson associate)

Olympics / 1932 / Cycling
Cycling: British team, placed 3rd: Holland, Southall, Harwell and Johnson

Scientists Make Fusion Advance
Harwell, England: January 23, 1958 Scientists make fusion advance. Scientists at Britains Atomic Energy Research Establishment at Harwell have made important progress in the harnessing of energy

Ultrasonic Probes
The Analytical Research Unit, Harwell : Measuring the beam characteristics of Ultrasonic probes. Date: March 1968

Microdensitometer
The Analytical Research Unit, Harwell, is a service for industry to identify and control impurities in industrial materials : Using a microdensitometer and computer Date: 1973

Electron Microscope
The EM 300 transmission electron microscope, which is used to study tiny voids or dislocations in materials or very small crystallites, A.E.R.E. Harwell. Date: October 1971

Chemical Technology
A JEM 7A microscope can examine gas or solid interface reactions at temperatures of up to 1200oC, Chemistry Division, Harwell. Date: 1960s

Laser Anemometer 1968
This experiment measures how much light from a laser beam can pass through the water in the glass tube when the water moves at different speeds

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Harwell, a name that echoes with innovation and scientific breakthroughs. Nestled in South Oxfordshire, Harwell is home to the renowned Atomic Energy Research Establishment. This central computer hub has been at the forefront of cutting-edge research for decades. The ruins of a devastating fire that occurred near Abingdon serve as a reminder of Harwell's resilience and determination. Despite setbacks, this establishment continues to thrive and push boundaries. With its strategic location on the map, Harwell attracts brilliant minds from all over the world. From Doncaster to Glendale, scientists flock here to contribute their expertise in various fields such as chemical technology and electron microscopy. Harwell's significance extends beyond its borders; it even played host to the 1932 Olympics cycling events. The spirit of competition intertwined with scientific progress creates an atmosphere like no other. Speaking of progress, recent advancements in fusion technology have put Harwell back into the spotlight. Scientists are making remarkable strides towards harnessing clean energy through fusion reactions - paving the way for a sustainable future. Instruments like ultrasonic probes and microdensitometers further exemplify Harwell's commitment to precision and accuracy in research. These tools enable scientists to delve deeper into microscopic worlds, unraveling mysteries one layer at a time. But it is not just about machines; it is also about people who make all this possible - dedicated researchers tirelessly working towards groundbreaking discoveries within these hallowed walls. As we gaze upon images of House at Glendale circa 1940 or explore maps showcasing Harwell's geographical reach, we cannot help but marvel at how far this institution has come since its inception. Harwell stands tall as an emblem of human ingenuity and collaboration - where science meets imagination head-on. It serves as a beacon for aspiring scientists worldwide who dream of leaving their mark on history by pushing boundaries even further than before.