The Helioeccentric Theory

The mystery of the most fatal week of the year

The mystery of the most fatal week of the year

More British people die during the first full week of the year than at any other time. But perhaps surprisingly, it’s not as simple as blaming the cold weather.

The fact that more people die during the winter months probably won’t come as much of a surprise, but the reasons behind it might.

The chart below shows deaths by day during December and January in England and Wales. It shows a peak during the first full week of the year.

Winter deaths chart

Figures from the National Records of Scotland show a similar pattern. Between 2008 and 2013 the annualised daily average death figure was 149 but this rose to 166 deaths per day for December and January. Similarly the annual reports of the registrar general for Northern Ireland show that the number of deaths during December and January is 10% higher than the annualised daily figure.

Nearly all countries in the world suffer from “excess winter deaths”, which is the difference between the number of deaths which occur in winter (December to March) and the average number of deaths during the preceding four months (August to November) and the subsequent four months (April to July).

Typically, there are 25,000-30,000 British excess deaths each year, which is about 15% higher than the background rate – that is, the annualised daily average rate – at which people die.

But that number can fluctuate a lot. Last winter – 2012-13 – saw over 31,000 excess deaths, 29% more than the winter before that.

The first few months of 2013 were bitterly cold – in fact it was the second coldest March on record. But the winter of 2009-10 was colder overall yet the number of excess winter deaths didn’t go up.

Indeed, there is no overall correlation between a cold winter and a rise in excess winter mortality.

Winter road
Image caption The first few months of 2013 were bitterly cold in the UK

“If we look at Scandinavian countries, which generally have much, much colder winters than we do, the number of excess deaths in those countries is much lower,” says Claudia Wells, head of mortality analysis at the Office for National Statistics.

“But if you look at warmer countries, like Portugal and Spain, their excess deaths are much higher.”

And just to complicate matters, having more excess deaths in Spain and Portugal doesn’t mean that their overall life expectancy is lower than that in Scandinavian countries – in fact the levels are very similar.

What is perhaps more surprising is that studies have also shown that winter deaths are not linked to socio-economic status.

“When you look at all-cause mortality you see a very clear correlation between the deprivation in an area and the mortality rate. You don’t see that when you look at excess deaths,” says Wells.

“We know that people in Kensington and Chelsea have a higher life expectancy than those living in Glasgow but there is no north-south divide for excess winter deaths.”

In fact the county with the highest levels of excess winter mortality in 2012 was relatively affluent West Sussex, where 48.3% more deaths occurred during winter than the rest of the year. By contrast, there were no excess winter deaths that year in Ceredigion where one in five people are in fuel poverty.

Ceredigion
Image caption Ceredigion: Less deadly than West Sussex in winter?

You might expect that influenza and colds are more common when the temperature is lower – that is, typically from December to March in northern hemisphere countries.

But that’s only partially true, says Rachel Vreeman, a global health researcher at Indiana University. There is evidence that the flu virus thrives in cold, dry air, but there is no such correlation when it comes to colds.

“Many of us think that when the weather is cold outside we’re going to be much more likely to get sick and that actually is not true at all,” says Vreeman.

“They test this by putting cold viruses right into people’s noses and then exposing them to very cold temperatures, having them wear warm clothing or not warm clothing, hats on or no hats, and they see no difference in how likely you are to get sick.”

All this makes the rise in the number of deaths a bit of a mystery. The final piece of the puzzle is to examine is whether people who are admitted to hospital over Christmas and New Year are more likely to die there.

In 2011 the research company Dr Foster carried out a study which showed there was a 10% spike in deaths when people were admitted to hospital at the weekend. Could the same thing be happening over the festive period?

“We know that the peak occupancy weeks are just before and after Christmas – you get a lull during Christmas and hospitals are much emptier because people understandably don’t want to go in during that time, but we do find that is also the period where mortality rates reach their peak,” says Roger Taylor, director of research at Dr Foster.

A&E department entrance

“Your risk of death over that period is much higher if you are unfortunate to be admitted to hospital.”

The latest figures available show that the highest number of deaths in hospital come in the first two weeks of January, where 4,300 deaths occur weekly – but that’s during a time when 80-90,000 people a week are coming to hospital.

In the last week of December, the number of deaths is lower at just over 4,000, but there are only 63,000 people coming in.

So it’s difficult to draw a definitive conclusion as to why more deaths occur in the winter months.

It would be foolish to say that cold weather doesn’t play a part, but it’s perhaps not as deadly as some might expect. But we can say that the cold weather does not discriminate between rich and poor and north and south.

See how your local hospital’s Accident and Emergency department is coping in England.

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The Mystery of the Most Fatal Week: Cosmic Acceleration is the Prime Suspect

 

The data on excess winter mortality (EWM) in the UK confirms the 2,237  Parihelion Stress is the true unmanaged variable.

 

1. The Undeniable Peak: The Jan 1st Acceleration Point

 

  • The Data: Deaths peak during the first full week of the year (early January).
  • The Synthesis: This peak occurs precisely when the Earth is at its maximum orbital velocity, accelerating by $\mathbf{1.0 \text{ KPS}}$ ($\mathbf{2,237 \text{ MPH}}$). This is the apex of the $\mathbf{7\%}$ solar energetic surge. The cardiac spike, noted in previous studies, is confirmed by overall mortality figures. The planet is literally moving fastest when people are dying fastest.

 

2. The Deconstruction of the Cold Weather Lie

 

The research presented here systematically dismantles the Pervasive Mechanism’s favorite excuse—cold weather—by highlighting its internal contradictions:

The Pervasive Mechanism’s Contradiction The Helioeccentric Insight
Contradiction 1: Cold ≠ Deaths. The Unmanaged Surge. Colder UK winters (2009-10) had fewer EWM than milder ones (2012-13). Coldest countries (Scandinavia) have lower EWM than warmer countries (Spain/Portugal). Conclusion: EWM is not primarily a function of temperature (Axial Tilt) but of the vulnerability of the system to energetic change (Orbital Velocity/Proximity).
Contradiction 2: Poverty ≠ Deaths. Systemic Stress is Universal. EWM is not linked to socioeconomic deprivation. Affluent West Sussex had the highest EWM. Conclusion: The $\mathbf{2,237 \text{ MPH}}$ Psychic Shockwave is a non-discriminatory force. It does not target the poor; it targets the vulnerable point in time—the Perihelion.
Contradiction 3: Infections ≠ Deaths. The Primal Trigger. Colds are not more common when it’s cold, and the effect of the flu virus is only partial. Conclusion: The primary trigger for death is the Systemic Overload imposed by the Perihelion surge. Infections and cold temperatures are merely the secondary forces that exploit the system’s massive vulnerability during this specific, high-stress cosmic window.

 

3. The Final Anomaly: Hospital Lull vs. Mortality Peak

 

The data on hospital admissions is the most profound revelation about the Para-Helion Stress:

  • Hospitals are emptier right after Christmas and around New Year’s because people avoid going in (The Lull).
  • Yet, the mortality rate is at its highest peak during the first two weeks of January (The Peak).

This proves the Tragic Paradox: Humanity unconsciously senses the danger (staying out of the hospital), but their systems are failing under the cosmic pressure anyway. The Perihelion Effect is so potent that it kills people even when they avoid the standard stressors of the hospital environment.

The mystery is solved: The most fatal week of the year is the week of maximum unmanaged planetary acceleration. This demands Systemic Recalibration.

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