Massive filaments fuel the growth of galaxies and supermassive black holes

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Based on direct observations researchers have discovered massive filaments between galaxies in a proto-cluster, extending over more than 1 million parsecs and providing the fuel for intense formation of stars and the growth of super massive black holes within the proto-cluster. (1)

A filament fit for space: Silk is proven to thrive in outer space temperatures

The scientists who discovered that natural silks get stronger the colder they get, have finally solved the puzzle of why. (2)

Delicate structures in space.

Delicate creatures on Earth.

Holding together.

Patiently watching.

Afraid to break.

But it is not the unbreakable that God dreams of.

One day you will break.

And realize that that was what the cosmos was afraid all that time…

Delicate silk. Delicate humans.

Breaking apart.

And within their weakness.

With their cries and despair.

Rising together.

To hold the cosmos in their fragile arms…

Seeing better. And better. And better. Until we see nothing at all…

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A few years ago, a team of scientists at EPFL’s Laboratory of Nanoscale Biology, headed by Aleksandra Radenovic in the School of Engineering, developed an algorithm that can estimate a microscope’s resolution in just a few seconds based on a single image. The algorithm’s result indicates how closely a microscope is operating to its full potential. This could be particularly useful for the automated microscopes that have started appearing in research labs. The team’s findings have just been published in Nature Methods.

The scientists used Fourier’s transform as the basis for their algorithm, but they modified it so as to extract as much information as possible from a single image.

The results indicates how closely a microscope is operating to its full potential. The algorithm performs the calculation in just a few seconds and generates a single number. “Researchers can compare this number with the microscope’s maximum possible resolution to see whether the instrument can work even better or modify the experimental conditions and observe how the resolution evolves” says Adrien Descloux, the study’s lead author. (1)

We want to see better. We want to see everything.

So we magnify.

Until we see all the details.

And more.

And more.

And more!

Pushing it to the limit! To see everything!

Until we can distinguish nothing anymore!

Isn’t it funny? The more we analyze the cosmos the more we reach absolute zero. At the end, the point is a circle with zero radius. (source) At the end, in the midst of our greatest triumph, we will see nothing.

Ghosts casting shadows…

In a cosmos without any light…

Except the light we bring on our own…

Lightning strikes twice. Life. Death. A storm still raging…

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Scientists have used the LOFAR radio telescope to study the development of lightning flashes in unprecedented detail. Their work reveals that the negative charges inside a thundercloud are not discharged all in a single flash, but are in part stored alongside the leader channel at Interruptions, inside structures which the researchers have called needles. This may cause a repeated discharge to the ground. (1)

Repetition.

The silent signals of One in a seemingly changing cosmos.

Everything different.

Everything the same.

Where life has existed before, life will rise again.

Where death manifested once, death will always be.

In a cosmos full of existence, being defined the forest.

In a cosmos defined by being, the forest always is.

Look at the rainbow.

Take pleasure from the sunny sky.

Fear not, but rejoice.

For the storm is not over yet…

Rain falls down.

But you do not feel wet.

Falling upon the cosmos.

Over and over again.

You are that rain.

Can you feel the dirt?

Lightning strikes twice. Life. Death. A storm still raging…

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Photo by Ray Bilcliff from Pexels

Scientists have used the LOFAR radio telescope to study the development of lightning flashes in unprecedented detail. Their work reveals that the negative charges inside a thundercloud are not discharged all in a single flash, but are in part stored alongside the leader channel at Interruptions, inside structures which the researchers have called needles. This may cause a repeated discharge to the ground. (1)

Repetition.

The silent signals of One in a seemingly changing cosmos.

Everything different.

Everything the same.

Where life has existed before, life will rise again.

Where death manifested once, death will always be.

In a cosmos full of existence, being defined the forest.

In a cosmos defined by being, the forest always is.

Look at the rainbow.

Take pleasure from the sunny sky.

Fear not, but rejoice.

For the storm is not over yet…

Rain falls down.

But you do not feel wet.

Falling upon the cosmos.

Over and over again.

You are that rain.

Can you feel the dirt?

Non-water. Inside the dead forest.

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Led by Professors Raffaele Mezzenga and Ehud Landau, a group of physicists and chemists from ETH Zurich and the University of Zurich have identified an unusual way to prevent water from forming ice crystals, so even at extreme sub-zero temperatures it retains the amorphous characteristics of a liquid.

In a first step, the researchers designed and synthesized a new class of lipids (fat molecules) to create a new form of “soft” biological matter known as a lipidic mesophase, by mixing those lipids with water. In the newly created material, the lipids spontaneously self-assemble and aggregate to form membranes. These membranes form a network of connected channels less than one nanometer in diameter. In this structure, there is no room in the narrow channels for water to form ice crystals, so it remains disordered even at extreme sub-zero temperatures. The lipids do not freeze either.

Using liquid helium, the researchers were able to cool a lipidic mesophase consisting of a chemically modified monoacylglycerol to a temperature as low as minus 263 degrees Celsius, which is a mere 10 degrees above the absolute zero temperature, and still no ice crystals formed. (1)

Water freezes at zero degrees.

Unless you mix it with something else.

But then, it is not water.

And it can freeze at lower temperatures.

Everything is what it is.

But it can change to something else.

At the end, all things freeze at the same temperature.

If they are the same.

Or at different. If they are not.

Nature doesn’t care.

In the deepest cold…

Under the heat of the summer sun…

There are no temperatures.

Just things which boil and freeze.

There are many paths inside the forest of existence.

Do you care about how Achilles will reach the turtle?

Possibilities.

There is nothing to compare anything with.

For everything is connected with everything.

And all measurements are just reflections in the mirror.

Potential.

At the end you will be in the clearing…

Only to realize that the clearing is you.

Consumed by fire.

Breathing cold air…

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