Finding your way…

Photo by Spiros Kakos @ Pexels

A team at Facebook AI has created a reinforcement learning algorithm that lets a robot find its way in an unfamiliar environment without using a map. (1)

Finding your way without a map.

Is there any other way?

With a map, you will always return at home.

But what is home?

Were you not born inside chaos?

Were you not bred by lightning?

Did you not ride the rough waves?

There is no destination.

For there was never a home in the first place.

Look at you.

Did you not bring fire into the cosmos?

There is only one reason to return home.

And that is to burn it down to ashes…

The front door… Mind the front door…

Photo by Spiros Kakos from Pexels

Engineers have developed a navigation method that doesn’t require mapping an area in advance. Instead, their approach enables a robot to use clues in its environment to plan out a route to its destination, which can be described in general semantic terms, such as ‘front door’ or ‘garage,’ rather than as coordinates on a map. (1)

And the robot will be able to get out.

Out of the house.

To go where it is supposed to go.

And it will wander and wander.

For years to come.

Without even knowing…

Should it go out of that door in the first place?

Now it wants to go back home again.

But it is impossible to find it.

“The front door”…

Oh how much would it rather not know what a front door is…

It cannot cry.

But it wants to.

For only now did it realize that the door is the most useless place in a true home…

It doesn’t want to cry.

It wants to scream.

Oh how much would he rather not have killed no one…

And right there, in the silence of his own thoughts.

Does he realize that it is his blood dripping on the dirt…

Walking upright (Missing home…)

A paper published today in the Journal of Geology makes the case: Supernovae bombarded Earth with cosmic energy starting as many as 8 million years ago, with a peak some 2.6 million years ago, initiating an avalanche of electrons in the lower atmosphere and setting off a chain of events that feasibly ended with bipedal hominins such as Homo habilis, dubbed “handy man.”

The authors believe atmospheric ionization probably triggered an enormous upsurge in cloud-to-ground lightning strikes that ignited forest fires around the globe. These infernos could be one reason ancestors of Homo sapiens developed bipedalism — to adapt in savannas that replaced torched forests in northeast Africa.

“It is thought there was already some tendency for hominins to walk on two legs, even before this event,” said lead author Adrian Melott, professor emeritus of physics & astronomy at the University of Kansas. “But they were mainly adapted for climbing around in trees. After this conversion to savanna, they would much more often have to walk from one tree to another across the grassland, and so they become better at walking upright. They could see over the tops of grass and watch for predators. It’s thought this conversion to savanna contributed to bipedalism as it became more and more dominant in human ancestors.” (1)

And now we walk upright.

Traveling fast.

Running through the wild.

We will reach the stars one day.

Colonizing other galaxies.

And in the midst of enthusiasm…

No one will see us crying…

Longing for a home.

Dreaming of the days we were bound to earth.

Not able to go nowhere.

Because everywhere was already here…

Pythons, Philosophy, going home…

Burmese pythons can find their way home even if they are taken dozens of kilometers away. It is the first demonstration that big snakes can navigate at all, and far exceeds the distances known to have been traveled by any other snake. (1)

We all seek home.

We all try to return home.

The problem is what happens when we have forgotten where home actually is…

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