Bosonic superfluid of liquid helium as the vacuum of spacetime

Is Space a Superfluid? Magnetic Permeability, CMB Temperature & the Helium Bose–Einstein Universe

The universe as a permeability Mu o through which magnetic fields traverse. A field of substance I do not refer to this as an aetheric field but I like to consider this field to be the Boson ground state wavelength in the He-BEC modelling system.

Magnetic permeability of free space μ₀

The universe's permeability Mu o corresponds to 1.25664E-6 and this is a standard term in physics. My non standard approach is to look at the Energy emissivity in terms of the Blackbody radiation calculation E(b) = sigma T^4 where sigma = 5.67037E-8  Stefan–Boltzmann constant (sigma), a fundamental physical constant used to calculate the power radiated from a black body in terms of its temperature.  

Superfluid universe theory

What space is in terms of a field.
The magnetic permeability of free space, denoted by (mu naught), is a fundamental physical constant representing the ability of a vacuum to support a magnetic field. Its exact SI value is 1.25664E-6 (Henries per meter) or (newtons per ampere squared).

1.25664E-6 / 5.67037E-8  = 22.2^0.25 = 2.17 deg K

The interesting piece of information stems from the 2.17 deg K as the lambda point of a superfluid of liquid helium. So is the universe a helium Bose Einstein condensate superfluid. The temperature of the Cosmic Microwave Background is 2.73 deg K.

Helium Bose Einstein condensate cosmology

Cosmic microwave background temperature 2.725 K

The Cosmic Microwave Background (CMB) radiation temperature is precisely measured at 2.7255 ± 0.0006 K (about -270.4°C or -454.8°F). It represents the residual heat from the Big Bang, which has cooled and stretched into microwaves due to the expansion of the universe over 13.8 billion years.

lambda point helium 2.17 K

My model suggests that alpha particle emission from the Bosonic superfluid of liquid helium at 2.17 deg K as the Lambda point of a helium superfluid.

The temperature difference between the CMB and lambda point of a helium superfluid is 0.5555 deg K.

The Big bang model suggests that the universe was very hot whereas the Bosonic superfluid model is pointing to a cold temperature of 2.17 deg K with a temperature shift of 0.5555 deg K giving now the CMB temperature.

The initial wavelength in the ground state superfluid

The initial wavelength in the ground state of liquid helium is 4E-14 m and this corresponds to 2990700000 kJ/mole (model m/s). Here we can see v^3 = 2.67497E+28 (m/s)^3. 

The cold spot 1.8E+9 light years across is 1.7E+25 m. Where
2.67497E+28 (m/s)^3 / 1.7E+25 m = 1.57E+3 m^2 /s^3

Stefan Boltzmann law sigma T⁴


Where the Boltzmann constant 1.380649E-23 m^2 kg s^-2 K^-1
Where m^-1 6.25E+34^2 = 3.91E+69 

3.91E+69 m^-2 * 1.380649E-23 m^2 kg s^-2 K^-1 = 5.39E+46 kg s^-2 K^-1
5.39E+46 kg s^-2 K^-1 * 5.39E-44^2 s^2 = 1.57E-40 kg K^-1

Here we can see a connection to mass and temperature where the cold spot in relation to the He-BEC initial velocity (v= 2990700000 m/s (model)).

1.57E+3 m^2 / s^3 / 1.57E-40 kg K^-1 = 9.97E-44 m^2 s^-3 kg K^-1

Here v / c = 9.975901 
9.97E-44 m^2 s^-3 kg K^-1 / 9.975901 = 1E-44 m^2 s^-3 kg K^-1 and with Planck time 5.39E-44 s

It is the same order of magnitude. Here is where the symmetry between the age of the universe and the lens through which we observe light links 1.39 into the relationship with the diameter of the sun as 1.39E+9 meters diameter. 

Planck temperature vs CMB


The analysis provides a way to look at Planck length and temperature and how the initial state of the universe as a superfluid of liquid helium provides the basis for seeing processes linked to our sun (source of heat) on the basis of the age of the universe 1.39E+10 years. The cold spot in the CMB giving a contrasting temperature that invites exploration in terms of its relationship in distance to the Boltzmann constant. The temperature of Planck at 1.42E+32 deg K is incredibly hot and yet the vacuum of space is incredibly cold at 2.7255 deg K. A delta of 5.2E+31 deg K. 

quantum vacuum as field


Interestingly, expansion through inflationary processes 1E+27 m and 1E-36 s is linked to proton behavior in the tunnelling processes that I have been modelling. The tunnelling from the vacuum linked to biological processes is strange to say the least but it provides a basis for learning an evolutionary pathway associated with time and energy.  We are not separate from this thermal turmoil of the vacuum of space and within our biology the proton acts as a go between. Science has suggested that protons are stable and they do not decay. I would suggest that the humble proton does something else far more interesting than decaying and that is tunnelling.

bosonic ground state universe

We are connected to space and time which makes our universe part of our journey of self-discovery. We are not separated from one another but part of something much bigger a Bosonic superfluid of liquid helium that appears to be our cosmic home.  Finding the initial ground state of the universe through the revision of quark charge calculations offers a new vision of biological science in a strange way we have to see our connection of the CMB and spacetime and the vacuum of space in order to comprehend how biology works. It looks like our biology is cosmological in origin. Our evolution spans 1.39E+10 years and its relationship to the sun's diameter 1.39E+9 meters gives a piece of the puzzle why our biology is aligned to cosmic processes. 

quantum biology cosmology connection

The modelling I am doing shows how the hydrogen atom plays an important role in cosmology (sun light) as well as biology ATP generation in the mitochondria. The simple connection is an energy currency is proton based and this can be seen in the action of proton tunnelling. Learning the tunnelling processes into specific molecules provides a way that energy is stored and how the electron can be removed from the hydrogen atom. We have a sun energy bio-fusion system operating which is a source of internal light.

proton tunnelling vacuum physics

The proton is remarkable in its ability to tunnel through magnetic barriers. A geometry specific to this function has been identified and this allows protons to enter into specific molecules from the vacuum. We have been modelling the process of charge and mass formation from the vacuum and how biology has sorted out how to generate mass and charge from subatomic processes operating within the spacetime framework discovered by Quantum Technologies Dr Keryn Johnson. From this discovery we have developed our bio-quantum technology platform and quantum apitherapy technology platform OH BEE HAVE empowering healing(TM). 

He-BEC model

The He-BEC modelling is based on SUSY inversion revision of quark charge calculations.

This paper has been published in Quantum Physics Letters in December 2025.

The model provides the basis for Baryonic symmetry and a balanced approach to atomic theory. Why use balance? Helps to see things that cannot be measured. Beyond the limitations introduced by measurement e.g. missing antimatter in cosmology. By introducing the missing antimatter we can see what the initial state is.

Here is the model of the initial state that provides the basis for a helium Bose Einstein condensate singularity and the cosmological process of alpha particle emission giving rise to the composition of the universe based on the initial state. Here is the paper under review at the moment. It is currently under review in The Foundations of Physics. 

The T0 He-BEC 100% helium Bose Einstein condensate. At T0 the alpha particle emission gives 75% DE and 25% DM. The decay half-life of the alpha particle is 4E+18 s and the decay based on the half-life and the age of the universe (AOU) of 4.39E+17 s. We get 7.26% decay giving 67.74% DE, 27.42% DM and 4.84% M. 

I talk about these models on my Youtube channel.

Space may be interpreted not as empty vacuum but as a physical field characterized by magnetic permeability (μ₀). By relating μ₀ to the Stefan–Boltzmann constant, a temperature emerges near 2.17 K—the lambda point of helium superfluidity. This aligns closely with the cosmic microwave background temperature (2.725 K), suggesting the universe may behave as a Bose–Einstein condensate. This framework connects Planck-scale physics, cosmology, and biological processes such as proton tunnelling. The modelling provides the basis for H being the key element in biological living systems.

Discover how this cosmological framework extends into Quantum Apitherapy and biological systems, where proton tunnelling and aromatic ring dynamics reflect the same universal field principles.