Kristalni kad izlazi Zeitgeist-Beyond The Pale?

"Room 237"

Ne mogu da vam opisem koliko je dobar ovaj dokumentarac

Stenly Kjubrik je u 1968 napravio Odiseju 2001 ,
U 1980 godine napravio je horror film "Shining " sa Jack Nicholsonom ali ljudi u ono vreme uposte nisu videli
njegovu poruku koju je sakrio u tom filmu .
Stenly je regrutovan 1969 od Americke vlade na projektu snimanja Apolo misija sletanja na mesec i bio je pod ugovorom da cuva tajnu ,ali covek njegovog domena sa IQ 200 tako je vesto iskasapio roman Stevena Kinga da je sakrio tri kompletno razlicite price u naizgled obicnom horror filmu .

Svaka cast Stenly majstore ,

Odgovor na to pitanje sam ostavio na prethodnoj strani.

------------------------------------------------------------------------

preuzeto sa b92.net

Jedini spas za kapitalizam - roboti
IZVOR: TANJUG
London, Njujork -- Američki i britanski eksperti priznaju da je savremeni kapitalizam u velikoj krizi, ali veruju da će ponovo doživeti procvat.

To će se desiti posle nove industrijske revolucije, u kojoj će dominatno mesto zauzeti industrijski roboti.

Masovna primena robota jako će sniziti troškove proizvodnje i potrebu za radnom snagom i zbog toga treba očekivati povratak industrijske proizvodnje u SAD i druge najrazvijenije kapitalističke zemlje koje su tu produkciju masovno "iselile", tokom minule dve decenije, u brzo rastuće azijske privrede.

Ove optimističke ocene o budućnosti kapitalizma pobija, međutim, poznati britanski ekonomista Robert Gordon. On tvrdi da je razdoblje brzog rasta u globalnoj ekonomiji već završeno, a prosperitet svetske ekonomije, tokom protekla dva i po veka, bio izazvan prvenstveno sa tri naučno-tehničke revolucije koje su usledila jedna za drugom.

Gordon, čije stavove prenosi portal Finmarket, kaže da je pre toga privreda Velke Britanije od početka 14. do sredine 18. veka imala minimalan rast od 0,2 odsto godišnje, dok se kasnije ekspanzija drastično uvećala nakon tehnoloških revolucija.

U prvim decenijama prošlog veka SAD su počele da istiskuju V.Britaniju sa vodećeg mesta u svetskoj privredi, ali se američki privredni rast u protekloj i početkom ove decenije znatno usporio, a isto važi za evropske privredne sile i Japan.

Gordon ističe da je znatno usporavanje rasta usledilo u uslovima globalne finansijske krize, ali i stagnacije tehničkog progresa, sve lošije demografske situacije u najrzavijenijim kapitalističkim privredama, porasta socijalne nejednakosti i niza drugih razloga.

Zanimljivo je da neki američki stručnjaci, poput antropologa i jednog od ideloga pokreta "Okupiraj Vol strit" Dejvida Grebera, smatraju da zbog stagnacije koja bi "mogla da potraje i stotinama godina", kapitalizmu preti potpuni krah.

Na osnovu činjenice da se raspoloživi resursi na Zemlji ubrzano troše, a da era novih, naprednih, tehnologija nije na vidiku, Greber zaključuje da kapitalizam "nema alternativu koja ne bi bila lošija od već postojećeg sistema".

Sasvim suprotan pogled na budućnost kapitalizma ima poznati američki ekonomista iz Stony Broo University Noi Smit. On smatra da će dolazeća epoha proteći u daljem usavršavanju proizvodnje kroz primenu robota i informacionih tehnologija.

Smit i mnoge druge njegove kolege priznaju, medjutim, da u "novom kapitalizmu", sa jako robotizovanim i super - informatičkim društvom, čovekov život "neće uvek biti prijatan", ali ne sumnjaju da je i u takvoj epohi osigurano postojanje kapitalističkog ekonomskog i socijalnog modela društva.

----------------------------------------
Kriza koju poznajemo, se nece zavrsiti. Bice sve gore i gore, do trenutka kada i poslednja nit koja drzi sistem pukne. Sta bi ta nit mogla da bude? Hmmm....dobro pitanje.

Kapitalizam kakav poznajemo je prestao da postoji 2008. godine, jednostavno pregazilo ga je vreme. Medjutim, i dalje se provlaci prica o kapitalizmu kao "jedinom i najboljem resenju", sto je besmisleno. Ne treba biti naivan i puno ocekivati od "onih" od gore, ti ljudi brane jedini sistem koji poznaju, a to je sistem prevare, odnosno novac kao dug.

Besomucno trosenje resusra, rasipanje dobara i sto vece neefikasnost, zaradjivanje novca na problemima, proizvodnji oruzija, zlocinu, ratovima, koji se vestacki stvaraju, ideja o beskonacnom rastu u konacnoj sredini, globalna prevara na novcu koja se institucionalizovala kroz bankarski sistem (kreditni novac, odnosno novac kao dug), su odlike ovog zaostalog sistema, koji preti da nas unisti.

Ekonosmki model, koji danas imamo nije ekonomija vec antiekonomija!!

Takodje, najgore sto moze da se desi je da ljudi posegnu za nasiljem, odnosno da im neko sa strane dodje i kaze "Morate raditi to i to....". Ako se to desi, nista se sustinski nece promeniti!! Svako treba da shvati da je manipulisan od rodjenja, da je sistematski prilagodjavan sistemu koji je prevara, da okrene ledja sistemu i da se stvara alternativni sistem, sistem u kom , za pocetak, niko nece biti zedan, gladan, bos i go, a to je vrlo moguce.

Da, ali im trebaju roboti koji ce i dalje kupovati sranja koja im ne trebaju da bi i ti roboti imali sta da rade u fabrikama. Jednom probudjena svest vidi vrlo lako kroz obsenu stvarnosti.

Kad pomenu probudjenu svest ,

Uspeli su telepatski da povezu mozgove dva pacova jedan je bio u Severnoj Karolini a drugi u Brazilu .
Prvi interface izmedju mozgova je potvrdjen .

Vidim u ovome buducnost nove komunikacije za ljude .
Bas kao sto je Clark predvideo u svom romanu Odiseja 3001 gde su svi stanovnici zemlje povezani telepatskim internet linkom i dostupom svih postojecih informacija,koje covek moze da dawnloaduje poput programa i koje ce da daju osecaj pravog licnog iskustva .

BBC Radio Science Unit

One rat brain 'talks' to another using electronic link
 Scientists have connected the brains of lab rats, allowing one to communicate directly to another via cables.
The wired brain implants allowed sensory and motor signals to be sent from one rat to another, creating the first ever brain-to-brain interface.
The scientists then tested whether the rat receiving the signal could correctly interpret the information.
As the ultimate test of their system, the team even linked the brains of rats that were thousands of miles apart.
In a study published earlier this month, the researchers implanted electrodes in the part of the rat's brain that processes tactile information and attached these to infrared sensors - effectively allowing the rat to "touch" infrared light.
In their latest study, the scientists wanted to test whether the systems they had developed could be used to establish a new artificial communication channel between animals.
"Until recently we used to record this brain activity and send it to a computer... and the [computer] tells us what the animal is going to do," Prof Nicolelis told the BBC's Science in Action programme.
"So we reasoned, if we can do that with a computer, could another brain do that?"

Water reward
 
The researchers first trained pairs of rats to solve a simple problem - pressing the correct lever when an indicator light above the lever switched on, to obtain a water sip.
The researchers then placed the rodents in separate chambers and connected their brains using arrays of microelectrodes - each roughly one hundredth the diameter of a human hair - inserted into the area of the cortex that processes motor information.
One rat is designated the "encoder", who will receive a visual clue, the other is the "decoder", who will not.  A light is switched on in the trained, encoder rat's cage above one of two levers which will release a reward if pressed.
 The encoder rat sees the light and presses a lever to receive a reward. As it does so, the brain signal is sent to the decoder rat's brain.
 The decoder rat interprets the brain signal, chooses the correct lever and gets a reward. If the decoder rat gets it right, the encoder rat gets an extra reward.
1/4One rat was designated as the "encoder". Once this rat pressed the correct lever, its brain activity was delivered as electrical stimulation into the brain of the second rat - designated the "decoder".

The decoder rat had the same types of levers in its chamber, but it did not receive any visual cue indicating which lever it should press to obtain a reward.
In order to receive the reward, the decoder rat would have to rely on the cue transmitted from the encoder via the brain-to-brain interface.
The team members then conducted trials to determine how well the decoder animal could decipher the brain input from the encoder rat to choose the correct lever. The decoder rat ultimately achieved a maximum success rate of about 70%.
Although the information was transmitted in real time, the learning process was not instantaneous.

"[It] takes about 45 days of training an hour a day," said Prof Nicolelis.
"There is a moment in time when... it clicks. Suddenly the [decoder] animal realises: 'Oops! The solution is in my head. It's coming to me' and he gets it right."
There was also a feedback system, denying the encoder rat an extra reward if the decoder rat did not press the correct lever.
The encoder rat's brain signals then became clearer, giving the decoder a greater chance of interpreting the message correctly, Prof Nicolelis noted.

He explained: "Basically [the second rat] is working as... a biological computer."

Long-distance link
 
One replication of the experiment successfully linked a rat at Duke with one at the University of Natal in Brazil. Nicolelis foresees eventually extending the system to larger numbers of animals. "We are already building the setup... You could actually have millions of brains tackling the same problem and sharing a solution."
And he also thinks the idea could be extended to humans.

"We will have a way to exchange information across millions of people without using keyboards or voice recognition devices or the type of interfaces that we normally use today," he said.
"I truly believe that in a few decades… we will know what it is to communicate in that way."
But Prof Nicolelis is clear that this depends on the development of non-invasive techniques to share information between human brains.
Prof Christopher James, an expert in neural engineering at the University of Warwick, who uses non-invasive techniques in his own research, explains that it is currently not possible to put information into a brain using just the surface of the scalp.

"If you want to get information into the brain, then putting electrodes right at the brain sites is the way to do it. However, it's clearly very invasive," said Prof James.
He added that the invasive nature of the research raised ethical questions: "It's very, very interesting isn't it? Because in humans you'd obviously get informed consent in doing this."
Prof James explained: "It's an exciting paper which basically shows that it is possible to take information out of the brain, and it is possible to take information and pump it into the brain.
"What this shows is that the technology is here. And the sort of things we should be talking about is: Why are we doing this, and what do we hope to get out of it?"

Culture in Decline | Episode #4 "War On Nature" by Peter Joseph



Promo: Zeitgeist Day [Zday] 2013 Main Event Los Angeles, CA - March 16th & 17th


[/img]

Adam Kokes, Peter Joseph of Zeitgeist




Peter Joseph on The Young Turks

koja glupost, nigdje veze za realnoscu 

uuuuuuuu...alex...sta ti je rekao za kevu...?!