Date: Wed, 2 Jul 2025 19:46:03 +0200
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Subject: Re: Dark matter is the core of stars (minus hydrogen cover)
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On 7/2/2025 7:20 PM, Paul.B.Andersen wrote:
> Den 01.07.2025 01:52, skrev Bertitaylor:
>> On Mon, 30 Jun 2025 18:18:47 +0000, Paul.B.Andersen wrote:
>>
>>> Elements with 1 proton in the nucleus are Hydrogen
>>> There are two stable isotopes:
>>>  ¹H (Protium)     1 proton 0 neutrons
>>>  ²H (D Deuterium) 1 proton 1 neutron
>>>
>>>  ³H (T Tritium) 1 proton 2 neutrons
>>>   Tritium is unstable with half-life 12.33 years.
>>>   The decay mode is β−, which means that a neutron splits
>>>   into a proton and an electron. The electron is ejected as β-rays.
>>>   So we get a nucleus with 2 protons and and 1 neutron, which is
>>>   ³He, the most abundant stable Helium isotope.
>>>
>>>   The short half-life should indicate that T should not
>>>   exist naturally, but it is created by interaction between
>>>   cosmic rays and air. The natural abundance is however very low.
>>>
>>> But T can be artificially created in an atomic reactor.
>>> T has several applications, among them are H-bombs.
>>>
>>> D and T combine very easily in fusion to ⁴He, a stable Helium isotope.
>>> That's why the Hydrogen in a H-bomb is enriched with both D and T.
>>> (Some, or all of the T can be created in the bombs itself from lithium.)
>>>
>>> An atomic bomb exploded on Earth can't create the temperature and
>>> pressure to make H explode in a chain reaction. The enrichment
>>> of D and T are necessary to make the bomb explode.
>>>
>>> Please answer my question:
>>>
>>> Do you really think that Teller & al, would have succeeded
>>> in making the H-bomb if they didn't know what I stated above
>>> (and _much_ more)?
> 
> So the answer is "yes",

So there is no answer and you're fabricating,
as expected from a lying piece of shit you are.

But please answer my question.

Do you really believe that a measurement
doesn't have to give the real value of
the measured property to be a valid measurement?