| Ultimi commenti - Imagination |
Sweden.jpgVälkommen Sverige!207 visiteLocales Pages Accesses Bandwidth Used
Italy 5.841 14.405 258.56 MB
France 417 650 14.02 MB
Sweden 361 361 9.13 MB
...and many others.
Every month we read real data in real time from our "followers". As far as Sweden is concerned, the data are always the same: 361 pages with 361 accesses. Usually, they all occur at the beginning of the month.
So, who are You?
A University? Free Researchers? Amateur Astronomers? Government? Military?
Please, ask us any question you wish!
What are you looking for? You read very little, but you always read the same few pages. And that's funny!
Anyway, we are ready to help, if you need it... And remember: you can read us, but we can read you. So now, plaese, ask whatever you wish...MareKromium10/11/21 at 17:29MareKromium: ...Questa ? una semplicissima provocazione Amici! ...
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The_Teapot.jpgDo you see?!?86 visiteSure, you can see the 2D rectangle of colours, but can you see deeper? Counting colour patches in the featured image, you might estimate that the most information that this 2D digital image can hold is about 60 (horizontal) x 50(vertical) x 256 (possible colours) = 768,000 bits. However, the yet-unproven Holographic Principle states that, counter-intuitively, the information in a 2D panel can include all of the information in a 3D room that can be enclosed by the panel. The principle derives from the idea that the Planck length, the length scale where quantum mechanics begins to dominate classical gravity, is one side of an area that can hold only about one bit of information. The limit was first postulated by physicist Gerard 't Hooft in 1993. It can arise from generalizations from seemingly distant speculation that the information held by a black hole is determined not by its enclosed volume but by the surface area of its event horizon. The term "holographic" arises from a hologram analogy where three-dimension images are created by projecting light through a flat screen. Beware, some people staring at the featured image may not think it encodes just 768,000 bits - nor even 2563,000 bit permutations - rather they might claim it encodes a three-dimensional teapot. MareKromium10/08/21 at 20:38MareKromium: Non posso pių regolare gli occhi all'infinito.
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The_Teapot.jpgDo you see?!?86 visiteSure, you can see the 2D rectangle of colours, but can you see deeper? Counting colour patches in the featured image, you might estimate that the most information that this 2D digital image can hold is about 60 (horizontal) x 50(vertical) x 256 (possible colours) = 768,000 bits. However, the yet-unproven Holographic Principle states that, counter-intuitively, the information in a 2D panel can include all of the information in a 3D room that can be enclosed by the panel. The principle derives from the idea that the Planck length, the length scale where quantum mechanics begins to dominate classical gravity, is one side of an area that can hold only about one bit of information. The limit was first postulated by physicist Gerard 't Hooft in 1993. It can arise from generalizations from seemingly distant speculation that the information held by a black hole is determined not by its enclosed volume but by the surface area of its event horizon. The term "holographic" arises from a hologram analogy where three-dimension images are created by projecting light through a flat screen. Beware, some people staring at the featured image may not think it encodes just 768,000 bits - nor even 2563,000 bit permutations - rather they might claim it encodes a three-dimensional teapot. MareKromium10/08/21 at 15:57Ufologo: Certo che si vede! Al centro con il manico a sinis...
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The_Teapot.jpgDo you see?!?86 visiteSure, you can see the 2D rectangle of colours, but can you see deeper? Counting colour patches in the featured image, you might estimate that the most information that this 2D digital image can hold is about 60 (horizontal) x 50(vertical) x 256 (possible colours) = 768,000 bits. However, the yet-unproven Holographic Principle states that, counter-intuitively, the information in a 2D panel can include all of the information in a 3D room that can be enclosed by the panel. The principle derives from the idea that the Planck length, the length scale where quantum mechanics begins to dominate classical gravity, is one side of an area that can hold only about one bit of information. The limit was first postulated by physicist Gerard 't Hooft in 1993. It can arise from generalizations from seemingly distant speculation that the information held by a black hole is determined not by its enclosed volume but by the surface area of its event horizon. The term "holographic" arises from a hologram analogy where three-dimension images are created by projecting light through a flat screen. Beware, some people staring at the featured image may not think it encodes just 768,000 bits - nor even 2563,000 bit permutations - rather they might claim it encodes a three-dimensional teapot. MareKromium10/08/21 at 15:35walthari: vistaaaaa
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The_Teapot.jpgDo you see?!?86 visiteSure, you can see the 2D rectangle of colours, but can you see deeper? Counting colour patches in the featured image, you might estimate that the most information that this 2D digital image can hold is about 60 (horizontal) x 50(vertical) x 256 (possible colours) = 768,000 bits. However, the yet-unproven Holographic Principle states that, counter-intuitively, the information in a 2D panel can include all of the information in a 3D room that can be enclosed by the panel. The principle derives from the idea that the Planck length, the length scale where quantum mechanics begins to dominate classical gravity, is one side of an area that can hold only about one bit of information. The limit was first postulated by physicist Gerard 't Hooft in 1993. It can arise from generalizations from seemingly distant speculation that the information held by a black hole is determined not by its enclosed volume but by the surface area of its event horizon. The term "holographic" arises from a hologram analogy where three-dimension images are created by projecting light through a flat screen. Beware, some people staring at the featured image may not think it encodes just 768,000 bits - nor even 2563,000 bit permutations - rather they might claim it encodes a three-dimensional teapot. MareKromium10/07/21 at 17:40MareKromium: ...Un applauso a chi vede la teiera... Domani prov...
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X-Energy.gifImagination123 visiteNon serve spiegare. Guardate l'immagine con la coda dell'occhio, senza fissarla. Davvero interessante. Conoscevo il "gioco", ma mi sorprende sempre...MareKromium09/06/21 at 12:27walthari: azz......tutti questi spunti riflessivi mi stanno ...
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X-Energy.gifImagination123 visiteNon serve spiegare. Guardate l'immagine con la coda dell'occhio, senza fissarla. Davvero interessante. Conoscevo il "gioco", ma mi sorprende sempre...MareKromium09/06/21 at 10:02Anakin: molto interessante questo aspetto. Sembrano fisse,...
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X-Energy.gifImagination123 visiteNon serve spiegare. Guardate l'immagine con la coda dell'occhio, senza fissarla. Davvero interessante. Conoscevo il "gioco", ma mi sorprende sempre...MareKromium09/04/21 at 17:35MareKromium: Grazie Anakin. Come sai, ho gli occhi da tempo mal...
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X-Energy.gifImagination123 visiteNon serve spiegare. Guardate l'immagine con la coda dell'occhio, senza fissarla. Davvero interessante. Conoscevo il "gioco", ma mi sorprende sempre...MareKromium09/04/21 at 11:12Anakin: Assolutamente sė Mare. Infatti č fantastico
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X-Energy.gifImagination123 visiteNon serve spiegare. Guardate l'immagine con la coda dell'occhio, senza fissarla. Davvero interessante. Conoscevo il "gioco", ma mi sorprende sempre...MareKromium09/03/21 at 20:14MareKromium: Ma ci avete provato a fare il "giochino"...
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Lux_Aeterna.jpgLux Aeterna110 visiteUn'Opera davvero Meravigliosa, decisamente Gotica, Affascinante.
Da qualche parte, nel nostro Universo o in qualche altra Dimensione, deve esistere un Luogo come questo.
E, se esiste, allora vale la pena trovarlo, guardarlo e, nel Tempo, tentare di comprenderlo...MareKromium03/14/21 at 13:56MareKromium: Penso di si Max, penso di si. Ma vorrei anche rive...
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Lux_Aeterna.jpgLux Aeterna110 visiteUn'Opera davvero Meravigliosa, decisamente Gotica, Affascinante.
Da qualche parte, nel nostro Universo o in qualche altra Dimensione, deve esistere un Luogo come questo.
E, se esiste, allora vale la pena trovarlo, guardarlo e, nel Tempo, tentare di comprenderlo...MareKromium03/14/21 at 12:02Ufologo: Vedremo di meglio, tranquilli.
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