'Black Mist' Australia 1953, fallout contamination.

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  • Thread starter Triangled.
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In summary, it is possible that fallout from the Totem 1 atomic bomb test caused the blindness of Yami Lester.
  • #1
Triangled.
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On 14 October 1953 a ~10kt atomic bomb was tested by the British at a site in South Australia known as Emu Field, the detonation was code-named ‘Totem 1’. One of the purposes of this test, as evidenced in numerous sources, was to determine the permissible quantities of the Pu-240 in fissile material for weapons. Approximately 173 km from the test site was a mission community named Wallatinna.
In 1980 there emerged various Australian press media accounts suggesting that
Fallout from this test positively caused the blindness of an Aboriginal man, Yami Lester, within a few days of having been exposed to a ‘Black Mist’ at Wallatinna, allegedly caused by fallout contamination from the Totem 1.
The report by the Australian Ionising Radiation Advisory Council, British Nuclear Tests in Australia, a Review of Operational Safety Measures and of Possible After Effects, Australian Government Printing Services, Canberra, 1983, suggested that immediate ailment at this distance from a small fission bomb test was all but impossible, as did similar report material from the Atomic Weapons Research Establishment (UK). The findings of the (Australian) Royal Commission into British Nuclear Tests in Australia on the matter were inconclusive. However, a great deal of source material on the public record suggests that fallout from Totem 1 doubtless was responsible for Lester’s blindness. A google search on ‘totem, black mist’ will verify this. This raises the question: Is this possible? It was also recently alleged in the 2005 Film Australian Atomic Confessions that it was due to the presence of the heavier Pu isotope in the fissile core of the device which was responsible for the high degree of contamination, is this also, indeed, possible?
 
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  • #2
It truly depends on the content he was exposed to. Residual radiation could easily cause a malformation of the proteins in the lens and cause the victim blindness.
 
  • #3
It's possible. One malformed protein would obstruct light.
 
  • #4
Really this is more of a medical question then physics. I am moving it to a life science forum.
 
  • #5


As a scientist, my response to this content would be that it is important to consider all available evidence and data before drawing conclusions about the potential effects of the Totem 1 nuclear test in Australia. While there may be anecdotal reports and media accounts suggesting a link between the test and the blindness of Yami Lester, it is crucial to examine the findings of the Australian Ionising Radiation Advisory Council and the Atomic Weapons Research Establishment, as well as the inconclusive report of the Royal Commission into British Nuclear Tests in Australia.

Furthermore, it is important to approach any claims about the presence of Pu-240 in the fissile material and its potential role in contamination with caution. While it is certainly possible that the presence of this isotope could have contributed to a higher level of contamination, it would require further investigation and analysis to confirm this hypothesis.

Ultimately, it is essential to rely on scientific evidence and rigorous research methods when evaluating the potential effects of nuclear tests and their fallout on human health and the environment. The Google search mentioned in the content may provide some information, but it is not a substitute for a thorough scientific investigation.
 

1. What is 'Black Mist' Australia 1953?

'Black Mist' Australia 1953 refers to an incident that occurred on October 15, 1953 in Emu Field, South Australia. It was a nuclear weapons test conducted by the British government, code-named Operation Totem.

2. What is fallout contamination?

Fallout contamination refers to the radioactive particles that are released into the environment after a nuclear explosion. These particles can travel long distances and contaminate the surrounding air, land, and water, posing a threat to human health and the environment.

3. How did the 'Black Mist' Australia 1953 incident happen?

The 'Black Mist' Australia 1953 incident occurred when a nuclear weapon was detonated on the ground, causing a large cloud of radioactive particles to be released into the atmosphere. These particles were carried by winds and dispersed over a wide area, including nearby Indigenous communities.

4. What were the effects of the 'Black Mist' Australia 1953 incident?

The 'Black Mist' Australia 1953 incident had devastating effects on the surrounding environment and Indigenous communities. The radioactive fallout caused sickness and death among the local Indigenous people, as well as long-term health issues such as cancer and birth defects.

5. What measures have been taken to address the fallout contamination from 'Black Mist' Australia 1953?

The Australian government has acknowledged the harm caused by the 'Black Mist' incident and has provided compensation to affected Indigenous communities. The area where the nuclear test was conducted has been declared a prohibited area and is closely monitored for radiation levels. However, the long-term effects of the fallout contamination can still be seen and felt in the affected communities.

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