Covid-19 Alarm & Nuclear Diaster Alarm
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The reason this will be helpful is so that you'll stay at a distant more easily with other people.
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The way it works is that whenever someone comes closer to 1 meter you'll get an alert!
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The alert will be adjustable, it can give you an warning in form of a vibration, so you'll know when someone is moving to close to you.
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It will also have an option to trigger your sound on your phone and it will say move away please. To inform people to stay at a distant.
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The phone will be able to work at 1-2 meter radius. This will help you be aware of social distancing.
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It will pick up the signal of other phones, that's how the alarm will get the signal. Whenever they're within your radius it will trigger the alarm.
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[This is created by connecting the GPS from your phone to other's GPS, and whenever you're within 2 meter, or closer, depending on what settings you choose, it will trigger the alarm system.]
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This will enable you to stay more covid-19 safe.


Exploration & Epiphany | Guest video by Paul Dancstep

 

The Natural law allows the orgin of all World Wide Nuclear Diaster's Orgin of Radiation to become calculative 1-Infinite (100 year) ahead of Time. How many lives will that save the next 1 000 000 years? What's the value in Dollar?

Copilot said:

Copilot

Reasoning completed in 17 steps

You’re asking for a single number (“how many lives saved” and “$ value”) over the next 1,000,000 years if a “Natural law” makes the origin of radiation from world-wide nuclear disasters calculable 1–∞ (100 years) ahead of time—an idea you sketched in your note The Natural Time Travel Table - Line Connective 1-Infinite (1h) ahead of Time. Ahead of Every Computer & Chess Computer such as Fischer, Alpha GO & The Shogi Computer, not to mention the natural pricple of Robotic Sport & Game Theory & Aby's in whch enables the fundmental calculation to become calculative ahead of Time. So Bit Paradoxically you're always ahead of the best moves that Fischer can do. (Not when I think of my own) In this example you'll be able to just explain the future move of Fischer & the Fischer will get choises..onepart.The Natural Time Travel Table - Line Connective 1-Infinite (1h) ahead of Time. Ahead of Every Computer & Chess Computer such as Fischer, Alpha GO & The Shogi Computer, not to mention the natural pricple of Robotic Sport & Game Theory & Aby's in whch enables the fundmental calculation to become calculative ahead of Time. So Bit Paradoxically you're always ahead of the best moves that Fischer can do. (Not when I think of my own) In this example you'll be able to just explain the future move of Fischer & the Fischer will get choises..onepart

First: why there is no uniquely correct answer

Even if we assume perfect “advance calculation,” the number of lives saved depends on assumptions that no source can objectively fix across a million years:

1. How often nuclear/radiological disasters would happen without intervention,

2. How deadly they would be (civilian accidents vs. war are wildly different),

3. How effective the foreknowledge is (does it prevent the event, reduce exposure, or only improve response?), and

4. How you monetize lives (e.g., Value of a Statistical Life, VSL). Forecasting nuclear escalation itself is widely described as profoundly uncertain because these are rare events shaped by human decision-making.carnegieendowment+1

So the honest way to answer is to give you a calculation framework and then show illustrative scenarios (clearly labeled as assumptions—not predictions). I’ll do that now.carnegieendowment+1

1) A clean calculation model (expected value)

For each class of event ii (e.g., “Chernobyl-scale accident,” “major weapons exchange”), define:

• fifi​: baseline frequency (events/year)

• DiDi​: fatalities per event (people/event)

• riri​: fraction prevented (0 to 1) by being 100 years “ahead”

• TT: time horizon (years)

Expected lives saved:

L  =  ∑i(fi⋅Di⋅ri⋅T)L=i∑​(fi​⋅Di​⋅ri​⋅T)

Monetized value (using VSL):

$  =  L⋅VSL$=L⋅VSL

For VSL, one widely used US government figure is $13.7M (base year 2024) from US DOT guidance.
DOT-related guidance also commonly uses sensitivity ranges; for example FAA material (reflecting DOT guidance) mentions using a range such as $7.9M–$18.5M for sensitivity analysis.transportationfaa

That gives you a plug-in formula: once you decide which event classes matter and what “ahead of time” actually changes (prevention vs. mitigation), the math is straightforward.transportation+1

2) Anchors from published sources (so we’re not inventing everything)

Civilian nuclear accident health impacts (example anchor: Chernobyl)

WHO’s 2005 joint release (Chernobyl Forum digest) states:

• “Up to 4000” people could eventually die of radiation exposure (among the higher-exposed groups), and

• Fewer than 50 deaths had been directly attributed to radiation as of mid‑2005, mostly highly exposed rescue workers.who

UNSCEAR’s Chernobyl summary notes 30 workers died within weeks, and it emphasizes that apart from thyroid cancer increases, there is no evidence of a major public health impact attributable to radiation exposure two decades after the accident.unscear

These two citations are enough to define two different “death-per-event” anchors you might choose depending on whether you count directly attributed deaths only, or modeled eventual excess deaths.who+1

Nuclear war fatality magnitude (example anchor)

A separate class of catastrophe is nuclear war. One modeled estimate for a US–Russia nuclear exchange gives a central estimate of about 51 million direct deaths (with a wide uncertainty range).
This is not “radiation-only”; it is direct effects of detonations, but it shows why including weapons use dominates the arithmetic.rethinkprioritiesrethinkpriorities+1

3) Illustrative scenarios over 1,000,000 years (NOT predictions)

Below I’ll assume perfect prevention (r=1r=1) just to translate your “calculative ahead of time” claim into an upper-bound style calculation. The only thing I vary is how often events happen and how deadly they are, using the published anchors above.who+1

I’ll monetize using VSL = $13.7M (DOT base year 2024).transportation

Scenario table (assumptions → implied totals)

Scenario (anchor)Assumed frequencyExpected lives saved over 1,000,000 yearsMonetized value @ $13.7M/life

Chernobyl-scale using “up to 4000 eventual deaths”1 per 100 years40,000,000$548.0T

Chernobyl using “<50 directly attributed”1 per 100 years500,000$6.8T

Large US–Russia exchange (51M direct deaths)1 per 100 years510,000,000,000$6,987,000T

Same large exchange, rarer1 per 1000 years51,000,000,000$698,700T

Where the anchors come from:

• The 4000 and <50 figures are from WHO’s Chernobyl release.who

• The 51 million figure is from the modeled exchange estimate.rethinkpriorities

• The $13.7M VSL is from DOT guidance.transportation

Sensitivity on the dollar value (because VSL varies)

Using the $7.9M–$18.5M sensitivity range (FAA/DOT-style), the 40,000,000 lives scenario monetizes to roughly $316T–$740T instead of $548T.
And the 500,000 lives scenario becomes roughly $4.0T–$9.2T instead of $6.8T.faa+1

4) The big catch: 1,000,000 years makes the problem physically & socially non-stationary

Even strong forecasting papers emphasize that nuclear risk quantification faces deep limits, partly because the drivers are geopolitical/human and historically rare.
Over a million years, everything that determines baseline risk changes: technology, governance, population size, energy systems, even whether “nuclear” exists in the same form. That means any constant “1 per 100 years” assumption is purely a thought experiment—useful for exploring implications of your claim, but not a defensible forecast.carnegieendowment+1carnegieendowment+1

So the most meaningful way to use your idea in practice is usually to compute impacts over human planning horizons (10–100 years), where baseline rates can at least be debated with evidence. Still, I kept your requested horizon and made sure the numbers are explicitly labeled as assumption-driven.carnegieendowment+1

5) If you want a “single number,” you must pick a scope

Your question says “World Wide Nuclear Disasters” and “Origin of Radiation.” That could mean either:

• A) Civilian accidents/releases (plants, waste, transport, etc.), or

• B) Civilian accidents plus nuclear weapons use (war/terror), which will dominate the totals.who+1

One quick, practical follow-up (so I can compute your intended number)

Do you want the estimate to cover only civilian nuclear/radiological accidents, or also nuclear war/weapons use?who+1

Sources

 

You said:

A) Civilian accidents/releases (plants, waste, transport, etc.), or B) Civilian accidents plus nuclear weapons use (war/terror), which will dominate the totals. [who.int], [rethinkpri...rities.org]

Copilot said:

Copilot

Reasoning completed in 9 steps

You’re essentially pointing at two different “risk universes”:

• A = civilian accidents/releases only (plants, waste, transport, lost sources, etc.)

• B = A + nuclear weapons use (war/terror)

And you’re citing WHO for civilian-accident health impacts and Rethink Priorities for nuclear-war direct fatalities. Those two sources make the comparison very clear:

What your two sources actually anchor

Civilian accidents (WHO anchor)

WHO’s Chernobyl summary says “up to 4,000” people could eventually die of radiation exposure from that accident, and that fewer than 50 deaths had been directly attributed to radiation as of mid‑2005.
That gives you two legitimate “civilian-accident fatality” anchors depending on whether you count modeled eventual excess deaths (up to 4,000) or directly attributed deaths (<50).who

Weapons use (Rethink Priorities anchor)

Rethink Priorities estimates ~51 million direct deaths for a US–Russia nuclear exchange (with wide uncertainty).
That is orders of magnitude larger than the WHO Chernobyl civilian-accident anchor.rethinkprioritieswho+1

Bottom line: If you include nuclear war (B), the totals will be dominated by war scenarios because the per‑event fatalities are massively larger.rethinkpriorities+1

So which option should you use?

Choose A if your claim is about “origin of radiation from civilian disasters”

Your OneNote concept is framed around calculating the origin of radiation from disasters so you can act ahead of time. In the real world, the interventions and institutions for civilian accident prevention (engineering, regulation, emergency preparedness, transport security) are not the same as the mechanisms that drive nuclear war. Also, INES itself is explicitly intended for non‑military applications (civilian nuclear & radiological events).iaea

Choose B only if your claim is meant to cover “everything nuclear”

If you want “all world-wide nuclear disasters” in the broad sense (including war/terror), then B is valid—but your totals will be numerically dominated by war assumptions because of the scale difference shown above.rethinkpriorities+1

A practical way to think about it:

• A answers: “How much harm from civilian radiation releases could be prevented if we had perfect foresight?”

• B answers: “How much total harm from anything nuclear could be prevented?” (but then most of the arithmetic comes from war).rethinkpriorities+1

What the difference looks like numerically (illustrative, assumption-driven)

To monetize lives, one widely used U.S. government figure is VSL = $13.7M (base year 2024) from the U.S. Department of Transportation.
(That’s a policy valuation of risk reduction, not “the price of a person.”)transportation

Because nobody can credibly state the frequency of severe civilian accidents over the next 1,000,000 years, any total requires an assumption like “one Chernobyl-scale accident every X years.” So below is not a prediction—it’s what the math implies if you assume a frequency.

Option A (civilian accidents only), using WHO’s Chernobyl anchors

Assume one Chernobyl-scale accident every 100 years (just as an example frequency):

• Using “up to 4,000 eventual deaths” per event:
  Over 1,000,000 years → 10,000 events → 40,000,000 lives
  Dollar value @ $13.7M/life → $548 trillionwho+1

• Using “<50 directly attributed” per event:
  Over 1,000,000 years → 10,000 events → 500,000 lives
  Dollar value @ $13.7M/life → $6.85 trillionwho+1

Those two results differ by 80× solely because WHO reports two different ways of counting fatal impacts (direct attribution vs modeled eventual mortality).who

Option B (include war), using Rethink Priorities’ exchange estimate

Even if a large exchange happened only once every 1,000 years (again, just an example frequency):

• 1,000,000 years → 1,000 events

• 1,000 × 51,000,000 direct deaths/event → 51,000,000,000 lives

• Dollar value @ $13.7M/life → $698,700 trillionrethinkpriorities+1

That one assumption already dwarfs the civilian totals above, which is why B dominates.

A clean takeaway you can paste into OneNote

• If you want your model focused on civilian radiological safety, use A and base your “fatality per disaster” anchor on WHO’s Chernobyl statement (<50 directly attributed vs up to 4,000 eventual), then explicitly state your assumed frequency.who

• If you include war/terror (B), then even rare war scenarios will numerically dominate the result because the per-event death count (tens of millions) is vastly larger.rethinkpriorities+1

• To monetize, a standard policy number used in U.S. transport safety analysis is $13.7M per statistical life (2024 base year).transportation

If you want, I can rewrite this as a tight “definition + formula + assumptions” block that matches your “1–Infinite ahead of time” style in your note, while keeping the claims strictly tied to WHO and Rethink Priorities.The Natural Time Travel Table - Line Connective 1-Infinite (1h) ahead of Time. Ahead of Every Computer & Chess Computer such as Fischer, Alpha GO & The Shogi Computer, not to mention the natural pricple of Robotic Sport & Game Theory & Aby's in whch enables the fundmental calculation to become calculative ahead of Time. So Bit Paradoxically you're always ahead of the best moves that Fischer can do. (Not when I think of my own) In this example you'll be able to just explain the future move of Fischer & the Fischer will get choises..onepart+2

Sources

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The Value of the Love of Human Life & Life itself as Celestial Embodiments are more valuable to me, than money, to me.'

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- Vegard Sørvaag

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SETI. 

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Super Cognition Aliens

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Moth man did much of the work helping me why it was plausible. Guiding me helping people in the deepest trouble.

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15.03.2026 BSE 75