Michio Kaku unravels the mysterious looks of aliens Image result for Michio Kaku 
and what will when they meet humansImage result for Michio Kaku

comment

Michio Kaku looks like one

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Flu comes from outer space, claim scientists | Science | The Guardian

https://www.theguardian.com/science/2000/jan/.../spaceexploration.medicineandhealth
Jan 18, 2000 - But the flu may have worse in store, according to scientists who claim to have ... an alarming explanation for the epidemic - a virus from outer space. ... high in the atmosphere by passing comets being forced down to earth by ...

Space might be teeming with viruses that we're not looking for, but we ...

https://www.zmescience.com/science/astrovirology-paper-alien-life/
Jan 23, 2018 - Maybe, then, we should down-grade again and start looking for aliens that ... 'Simple life survives in space,' granted, is a phrase that sounds ...

The Craziest Scientific Theory About What Causes Flu Pandemics

https://io9.gizmodo.com/do-flu-viruses-originate-in-outer-space-1594561609
Jun 23, 2014 - ... some scientists concluded that flu viruses came from outer space. ... "A wave of influenza comes up unexpectedly from a particular point of .

Viruses floating in outer space could give experts the clues to finding ...

https://www.thesun.co.uk/tech/5385172/viruses-could-prove-aliens-exist/
Jan 20, 2018 - VIRUSES floating in outer space could hold the key to finding alien ... Woman exposes breast on Google Maps – racking up hundreds of ...

comment:-

look  around

 find alien virus
find aliens among us 


for example 
 

Aliens Among Us

Do we share Earth with alternative life forms?

By Carl Zimmer|Wednesday, June 27, 2007
Every living thing on Earth shares a long, colorful history. Our planet was born into a maelstrom 4.5 billion years ago, and for the next 600 million years a steady bombardment of primordial debris made the surface uninhabitable. The blitz finally tapered off 3.8 billion years ago. Then within about 50 million years later—practically an instant in geologic time—life irrevocably established itself. Since then, it has evolved into everything from bacteria to toadstools to mudskippers to humans. Outwardly these species vary wildly, but at the molecular level they are staggeringly uniform. They all use DNA to encode genetic information. They all use RNA molecules as messengers to transfer the information from DNA to cellular factories called ribosomes, which then build proteins, which in turn drive our metabolisms and form the structures of our cells. In short, every species seems descended from a common ancestor whose attributes define what scientists mean when they say “life as we know it.”
Chaos_diffluens
Alternative life could look similar to regular microbes but with different biochemistry.
Image courtesy of Dr. Ralf Wagner, released under GNU FDL
But what about life as we don’t know it? What if other, completely distinct forms of biology also took root on the early Earth? After all, the swiftness with which life appeared might mean that it could easily do so anytime, anywhere the conditions are right. If so, maybe life arose more than once at different locations on the early Earth. Those other organisms might have their own biochemistry and a separate evolutionary history. They might not even use DNA—they could be, in essence, alien beings that just happened to emerge on the same planet. Which leads to the big question: What if one (or more) of those alternative forms of life is still around?
“It could be right under our noses, or even in our noses,” says Paul Davies, the director of BEYOND: The Center for Fundamental Concepts in Science at Arizona State University.
At first, the idea of alternative life on Earth may sound absurd. Even if life could have begun more than once, it is generally thought that our DNA-based ancestors drove any competitors to extinction, handily explaining away the absence of non-DNA life-forms in the catalogs of biological science.
That is probably why little research has been done in the area, yet Davies and a few other scientists suspect a different reason for that absence: Their colleagues are just not looking hard?
enough. The common assumption is that DNA triumphed because “our form of life is seemingly so superior that we would have eaten” all other life-forms, says Steven Benner of the Foundation for Applied Molecular Evolution in Gainesville, Florida. “That’s the sum total of the argument. But that’s just anthropocentric. These sorts of ‘we’re at the center of the universe’ arguments have always failed.” When Davies first started quizzing other scientists about alternative life a few years ago, he remembers their eyes widening as they asked, “Why hadn’t we thought of this?”
Benner believes there may be some organisms hiding on Earth today that are based not on DNA and proteins but on a more primitive type of biochemistry. A number of researchers now theorize that DNA-based life evolved from an RNA-based predecessor. RNA is an unusual molecule that can both store genetic information and act like an enzyme, cutting apart other molecules or putting them together. Benner is convinced that 4 billion years ago, Earth was home to simple RNA-based organisms that could find food, grow, reproduce, and even evolve. Over time, some of these developed the ability to build proteins and switched to double-stranded DNA to carry their genes.
Much of the evidence for this so-called RNA world lies in our own cells. RNA still carries out many different tasks beyond carrying messages from DNA. Benner and his colleagues are also trying to test their ideas by building artificial RNA-based organisms from scratch. The best evidence of the RNA world, though, would be finding natural RNA-based life that is still lurking on Earth today. “I can’t think of a good reason that some branch of the RNA world did not survive,” Benner says.


Are octopuses aliens from outer space that were brought to Earth by ...

https://www.independent.co.uk › News › Science
May 18, 2018 - Octopuses are aliens. That's the claim being made by a team of 33 researchers published in a peer-reviewed scientific journal. They are not ...
May 18, 2018 - Octopuses seem to be particularly prone to alien theories. A new paper proposes—based on an old theory—that octopuses might have cosmic ...

FACT CHECK: Does Octopus DNA Come from Space? - Snopes.com

https://www.snopes.com/fact-check/octopus-dna-origins/
Claim: Researchers have discovered that octopus genomes contain alien DNA.
Claimed by: Internet

"Alien" octopuses "arrived on Earth from space as cryopreserved eggs ...

https://www.express.co.uk › News › Science
May 14, 2018 - OCTOPUSES are “aliens” which evolved on another planet before arriving on Earth hundreds of millions of years ago as “cryopreserved” eggs ...

Octopuses and panspermia: Is life on Earth from alien DNA?

www.news.com.au/...octopuses-alien.../41ef614072ab6b54a4668bd0cda6afeb
May 17, 2018 - OCTOPUSES are weird. This is not just because they look odd. It's not because they're disturbingly smart. And that could mean they're alien.

Is The Octopus An Alien? | Mach | NBC News - YouTube

https://www.youtube.com/watch?v=mijsuWEai_s
May 22, 2018 - Uploaded by NBC News
The octopus certainly does look strange, with bugged-out eyes, suction-cup tentacles, and the ability to change ...

No, Octopuses Don't Come From Outer Space - Live Science

https://www.livescience.com › Animals
May 17, 2018 - Like Fox Mulder, I want to believe. I want to believe the conclusions of a new paper that says octopuses are actually space aliens whose frozen ...

Is the octopus an alien? - NBC News

https://www.nbcnews.com/.../is-the-octopus-an-alien-123943635597...
May 22, 2018
The octopus certainly does look strange, with bugged-out eyes, suction-cup ... journal posits that octopuses ...

Are octopuses aliens? Bizarre new theory suggests the sea creatures ...

https://www.thesun.co.uk/tech/6316662/octopus-aliens-scientific-theory/
May 18, 2018 - THEY sure look strange, but could octopuses be extraterrestrials? 33 Scientists think so. From editing their genes to guessing footy results, the ...


Octopussy - Wikipedia

https://en.wikipedia.org/wiki/Octopussy
Octopussy is a 1983 British spy film, the thirteenth in the James Bond series produced by Eon Productions, and the sixth to star Roger Moore as the fictional MI6 ...
Based on‎: ‎James Bond‎; by ‎Ian Fleming
Country‎: ‎United Kingdom
Box office‎: ‎$187.5 million
Production company‎: ‎Eon Productions

Octopussy (1983) - IMDb

https://www.imdb.com/title/tt0086034/
Rating: 6.6/10 - ‎82,400 votes
Action .... Roger Moore and Luisa Mattioli at an event for Octopussy (1983) Octopussy (1983) Roger Moore in Octopussy (1983) Roger Moore and Tom Selleck at an event ...

Octopussy (1983) - Full Cast & Crew - IMDb

https://www.imdb.com/title/tt0086034/fullcredits
Octopussy (1983) cast and crew credits, including actors, actresses, directors, writers and more.

Octopussy Trailer (HD) - YouTube

https://www.youtube.com/watch?v=IwHbCvXMbS8
Apr 5, 2010 - Uploaded by Chigawa
It's a boring time to be a bond fan right now, here's a little something to tide you all over till Bond 23 rolls ...







Augmented reality technology helps surgeons see through the body ...

https://usa-sciencenews.com/.../augmented-reality-technology-helps-surgeons-see-thro...
1 day ago - Chest pain: New tool helps doctors decide when tests are needed A two year follow-up on a study involving more than 10,000 people with stable chest pain finds that an online tool can accurately predict which patients are likely to have normal non-invasive tests and remain free of cardiac events. The…
 
 

Augmented reality technology helps surgeons see through the body

Augmented reality headsets can help doctors 'see through' organs and tissues in the operating theatre, and improve the outcome of reconstructive surgery for patients, a study has found.

By: | London | Published: February 4, 2018 5:13 PM
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augmented reality, reconstructive surgery, reconstructive lower limb surgery, lower limb surgery, organs, tissues, augmented reality technology Augmented reality headsets can help doctors ‘see through’ organs and tissues in the operating theatre, and improve the outcome of reconstructive surgery for patients. (Image: Reuters)
Augmented reality headsets can help doctors ‘see through’ organs and tissues in the operating theatre, and improve the outcome of reconstructive surgery for patients, a study has found. In a series of procedures carried out by a team from the Imperial College London in the UK, researchers showed that for the first time how surgeons can use augmented reality headsets while operating on patients undergoing reconstructive lower limb surgery. Researchers used Microsoft HoloLens – a computer headset that immerses the wearer in ‘mixed reality’, enabling them to interact with holograms or computer-generated objects made visible through the visor. The team used the technology to overlay images of CT scans – including the position of bones and key blood vessels – onto each patient’s leg, in effect enabling the surgeon to ‘see through’ the limb during surgery. According to the team trialling the technology, the approach can help surgeons locate and reconnect key blood vessels during reconstructive surgery, which could improve outcomes for patients.
“We are one of the first groups in the world to use the HoloLens successfully in the operating theatre,” said Philip Pratt, a research fellow at Imperial College London. “Through this initial series of patient cases we have shown that the technology is practical, and that it can provide a benefit to the surgical team,” said Pratt, lead author of the study published in the journal European Radiology Experimental.
“With the HoloLens, you look at the leg and essentially see inside of it. You see the bones, the course of the blood vessels, and can identify exactly where the targets are located,” said Pratt. Following a car accident or severe trauma, patients may have tissue damage or open wounds that require reconstructive surgery using fasciocutaneous flaps. These flaps of tissue, which are taken from elsewhere on the body and include the skin and blood vessels, are used to cover the wound and enable it to close and heal properly.
A vital step in the process is connecting the blood vessels of the ‘new’ tissue with those at the site of the wound, so oxygenated blood can reach the new tissue and keep it alive. The standard approach for this element of reconstructive surgery has been the use of a handheld scanner which uses ultrasound to identify blood vessels under the skin by detecting the movement of blood pulsing through them, enabling the surgeon to approximate where the vessels are and their course through the tissue.
“Augmented reality offers a new way to find these blood vessels under the skin accurately and quickly by overlaying scan images onto the patient during the operation,” said Pratt. In the procedures used to trial the technology, five patients requiring reconstructive surgery on their legs underwent CT scans to map the structure of the limb, including the position of bones and the location and course of blood vessels.
Images from the scans were then segmented into bone, muscle, fatty tissue and blood vessels and loaded into intermediary software to create 3D models of the leg. These models were then fed into specially designed software that renders the images for the headset, which in turn overlays the model onto what the surgeon can see in the operating theatre. Clinical staff are able to manipulate these AR images through hand gestures to make any fine adjustments and correctly line up the model with surgical landmarks on the patient’s limbs, such as the knee joint or ankle bone.
 

Augmented Reality In Healthcare Will Be Revolutionary - The Medical ...

medicalfuturist.com/augmented-reality-in-healthcare-will-be-revolutionary/
All kinds of thoughts would rush through your head, and no matter whether you would think of calling an ambulance, a doctor or your mom for help, you would ... AccuVein uses augmented reality by using a handheld scanner that projects over skin and shows nurses and doctors where veins are in the patients' bodies.

Augmented Reality In Healthcare Will Be Revolutionary

Augmented reality is one of the most promising digital technologies at present – look at the success of Pokémon Go – and it has the potential to change healthcare and everyday medicine completely for physicians and patients alike.

By now, it is official: Pokémon Go conquered the world. TechCrunch reported that on the day when the game was launched, it immediately surpassed the daily time usage of Facebook, SnapChat or Twitter by the average iOS user on mobile phones. Tom Curry, a man living in New Zealand quit his job to become a full-time Pokémon hunter. In Central Park, herds of Pokémon Go players almost caused a stampede as they tried to capture a rare type of the imagined animal.
Pokémon Go - Augmented Reality in Healthcare
Rafael Grossmann, the first surgeon who performed an operation with the help of Google Glass, told me that Pokémon Go represents the ultimate gamification of an “activity” app, and that he does not think the inventors of the game such as Nintendo expected nor planned this effect in people.

So why is the game so popular and what does it have to do with the future of medicine?

The response is augmented reality (AR) and the rising interest of people in its use. Pokémon Go is made with exactly this technology: the device (in this case your phone) transmits a live or indirect view of a physical, real-world environment which is augmented by computer-generated sensory input such as sound, video, graphics or GPS data. In the future, augmented reality could be a built-in feature in a glass, headset or digital contact lens.
Augmented reality differs from its most known “relative”, virtual reality (VR) since the latter creates a 3D world completely detaching the user from reality. There are two respects in which AR is unique: users do not lose touch with reality and it puts information into eyesight as fast as possible. These distinctive features enable AR to become a driving force in the future of medicine.
At the moment, there are certain hindrances to overcome but Grossmann thinks that AR and VR will be very common in healthcare within the next 3-5 years. According to Grossmann, the biggest obstacles are related to education, cultural change and acceptance, but the technical obstacles are absolutely temporal and not an issue at all, and cost-related barriers will also disappear in the future.

So, let me show you the best examples of augmented reality in medicine.

1) Augmented reality can save lives through showing defibrillators nearby


What would youAED4EU - Augmented Reality in Medicine do if a person next to you collapsed suddenly? All kinds of thoughts would rush through your head, and no matter whether you would think of calling an ambulance, a doctor or your mom for help, you would definitely reach for your phone.
And I suggest you to consider downloading the Layar reality browser combined with AED4EU app to your phone next to the basic emergency numbers so the next time you get into a similar situation, you will be able to help more.
AED4EU was created by Lucien Engelen from the Radboud University Nijmegen Medical Centre, The Netherlands. Its users can add places where automated external defibrillators or AEDs are located and this database can be accessed through this new application. Moreover, with the Layar browser, you can project the exact location of the nearest AEDs on the screen of your phone and it would take a minute to find them and help those in need. So augmented reality brings crucial pieces of information to those in need or danger.

2) Google Glass might help new mothers struggling with breastfeeding


It is a matter of fact that Google Glass has the potential to revolutionize healthcare, but to be honest I would have never thought of the possibility of helping new mothers with breastfeeding through this technology.
In 2014, the Melbourne office of an innovation company called Small World conducted a Google Glass trial with the Australian Breastfeeding Association that effectively allowed their telephone counsellors to see through the eyes of mothers while they breastfed at home. Through such a way struggling mothers could get expert help at any time of the day and they did not even have to put down the baby from their arms. By sharing the patient’s perspective, consultations get to a new level.
Google Glass - Augmented Reality in Medicine

3) Patients can describe their symptoms better through augmented reality

Patients often struggle when they have to describe their symptoms to their doctors accurately. In other cases, people often find themselves overreacting a medical situation or on the contrary, belittle the problem. In ophthalmology, augmented reality might be the answer for patient education.
EyeDecide is one of its kind medical app, which uses the camera display for simulating the impact of specific conditions on a person’s vision. Using apps like EyeDecide, doctors can show simulation of the vision of a patient suffering from a specific condition. For instance, the app can demonstrate the impact of Cataract or AMD and thus helping patients understand their symptoms and their actual medical state. If patients can experience the long-term effects of their lifestyle on their health, it could motivate people to make positive changes.
EyeDecide - Augmented Reality in Medicine

4) Nurses can find veins easier with augmented reality 

The start-up company AccuVein is using AR technology to make both nurses’ and patients’ lives easier. AccuVein’s marketing specialist, Vinny Luciano said 40% of IVs (intravenous injections) miss the vein on the first stick, with the numbers getting worse for children and the elderly. AccuVein uses augmented reality by using a handheld scanner that projects over skin and shows nurses and doctors where veins are in the patients’ bodies. Luciano estimates that it’s been used on more than 10 million patients, making finding a vein on the first stick 3.5x more likely. Such technologies could assist healthcare professionals and extend their skills.

5) Motivating runners through zombies

Imagine that you are walking through a dark and abandoned alley, and you suddenly hear the groaning and the slow movement of a strange creature. I am pretty sure that even the laziest person would speed up after realizing that a “real zombie” is after him. This is the basic idea behind the Zombies, Run! application.
The game monopolizes on the fact that fear can motivate people and the fact that everything seems to be more fun when turned into a game. This app is perfect for those who consider running a boring activity. If you not only hear but also see virtual zombies projected onto your phone or device’s screen, you will not only increase your speed and endurance, but also feel that time is just flying by.

6) Pharma companies can provide more innovative drug information

Have you ever been curious about how a drug works in your body? Even if you got interested in discovering how the distant world of pills and medicaments work, I bet you lost all your enthusiasm after you read the boring and undecipherable drug description. Now, augmented reality is here to change it.
With the help of AR, patients can see how the drug works in 3D in front of their eyes instead of just reading long descriptions on the bottle. Lab workers could monitor their experiments with augmented reality equipment. In factories, workers could start working without hands on trainings as the device would tell them what to do, and how to do it.

7) Augmented reality can assist surgeons in the OR

Doctors and even patients are aware of the fact that when it comes to surgery, precision is of prime importance. Now, AR can help surgeons become more efficient at surgeries. Whether they are conducting a minimally invasive procedure or locating a tumor in liver, AR healthcare apps can help save lives and treat patients seamlessly.
Medsights Tech developed a software to test the feasibility of using augmented reality to create accurate 3-dimensional reconstructions of tumors. The complex image reconstructing technology basically empowers surgeons with x-ray views – without any radiation exposure, in real time.
 The earlier mentioned Grossmann, who was part of the team performing the first live operation using medical VR, told me that HoloAnatomy, which is using HoloLens to display real data-anatomical models, is a wonderful and rather intuitive use of AR having obvious advantages over traditional methods.

8) Google’s digital contact lens can transform how we look at the world

The age of digital contact lenses and retinal implants are upon us and they have great potential in transforming healthcare. Retinal implants might give vision back to those who lost it or grant humans supervision augmenting what we can do. Digital contact lenses could transform both how we look at the world while also revolutionizing diabetes care. Google aims to produce digital, multi-sensor contact lens which will be able to measure blood sugar levels. On the other hand, diabetes care constitutes rather a side feature, while more importantly digital contact lenses will be able to augment reality – for example to turn the page of an e-book by blinking an eye.
 Google Contact Lenses - Augmented Reality in Healthcare
Although current devices such as Microsoft Hololens are far from the “perfect” experience, but there is no reason to believe that we will not get there soon. Thus, the most effective way to get used to this future trend, if we start to educate ourselves and our children.
Do you remember which your favorite toy as a kid was? For example, I always had a passion for LEGO. Assembling little LEGO-parts into something new, creating castles, cars, complex cities – that is one of the best activities in the world. It stimulates your fantasy, your creativity, develops your skills for holistic vision as well as your attention to detail. Lately, there are various videogames which attempt to recreate LEGO in the virtual space – such as Minecraft.
Parents often complain that their kids are just sitting in from of some screens not learning anything about their environment and themselves, but I do not agree. Minecraft also enhances creativity, develops the way children see the world around them – but in a different way as LEGO. I think that from here, it is only one leap before we reach LEGO with AR where the advantages of building something in the real world might be combined with virtual imagination. This way, our kids would be able to know what real is real, but would also be ready to exploit the opportunities AR can provide us with.
I think it would be a great way to get accustomed to the future since I do believe augmented reality is the future. If you still do not believe me, just look at those people chasing Pokémons on the streets.

Mind-reading tech can tell which song you are listening to!

Berlin, Feb 4 (PTI) Scientists have developed a new technique that can read your mind and identify the songs you are listening to.
The technique, developed by researchers at DOr Institute for Research and Education in Brazil and University Hospital Leipzig in Germany, paves the way to new research on reconstruction of auditory imagination and inner speech.
It can also enhance brain-computer interfaces in order to establish communication with locked-in syndrome patients.

In the experiment, six volunteers heard 40 pieces of classical music, rock, pop, jazz, and others. The neural fingerprint of each song on participants brain was captured by the MRI machine while a computer was learning to identify the brain patterns elicited by each musical piece.
Musical features such as tonality, dynamics, rhythm and timbre were taken in account by the computer.
After that, researchers expected that the computer would be able to do the opposite way: identify which song participants were listening to, based on their brain activity - a technique known as brain decoding.
When confronted with two options, the computer showed up to 85 per cent accuracy in identifying the correct song, which is a great performance, comparing to previous studies.
Researchers then pushed the test even harder by providing not two but 10 options to the computer.
In this scenario, the computer correctly identified the song in 74 per cent of the decisions.
In the future, studies on brain decoding and machine learning will create possibilities of communication regardless any kind of written or spoken language.
"Machines will be able to translate our musical thoughts into songs," said Sebastian Hoefle, researcher from DOr Institute.
According to Hoefle, brain decoding researches provide alternatives to understand neural functioning and interact with it using artificial intelligence. PTI


COMPUTER TELL ME WHICH SONG I AM LISTENING TO?😊

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Machine that could scan the brain and read your dreams | Daily Mail ...

www.dailymail.co.uk/.../Machine-scan-brain-read-dreams-Scanner-powerful-detect-re...
May 18, 2014 - Machine that could scan the brain and read your dreams: Scanner is so powerful it can detect and reconstruct images of faces people are thinking of ... Researchers believe the same technology could be used in the future to enable them to reconstruct images from people's memories, imagination and .

 Image result for BIG BROTHER AMERICA WATCHING YOU

Machine that could scan the brain and read your dreams: Scanner is so powerful it can detect and reconstruct images of faces people are thinking of

  • Scientists have created a machine which can read dreams while we sleep
  • US researchers say it is so powerful it can extract images from the brain
  • Believe it could be used in future to reconstruct people's memories
  • Could collect images of criminals from the minds of witnesses, they say

Scientists have created a machine with the potential to read our dreams while we sleep.
Researchers in the US say it is so powerful that it can extract images from people’s brains and display them on a screen.
The data from the brain scanner has already been used to detect and reconstruct images of faces that people are thinking of.
Researchers believe the same technology could be used in the future to enable them to reconstruct images from people’s memories, imagination and dreams.
Scientists say they have created a machine with the potential to read dreams during sleep (library image)
Scientists say they have created a machine with the potential to read dreams during sleep (library image)

It could also possibly be used to collect images of criminals from the minds of witnesses.
Alan Cowen, a neuroscientist at the University of California, Berkeley, said: ‘Our methods yield strikingly accurate neural reconstructions of faces.
‘This represents a novel and promising approach for investigating face perception, but also suggests avenues for reconstructing ‘offline’ visual experiences — including dreams, memories and imagination.’
Six volunteers were shown 300 faces while they laid inside an MRI scanner.
Scientists were then able to analyse how their brains responded to dozens of different facial features including blond hair and blue eyes to dark skin and beards.

When they had compiled a database of responses, they showed the volunteers a new set of faces and measured their reaction to each image.
By comparing the second responses to the database, they were able to reconstruct the image they were looking at.
The research is based on a theory that all human processes have a ‘neural correlate’ and that thoughts and feelings are merely a complex pattern of chemical reactions.
Some neuroscientists believe there is the potential to read such patterns if they can only build sensitive enough instruments.
Six volunteers were shown 300 faces while they laid inside an MRI scanner. They then compiled a database of responses used to create the machine
Six volunteers were shown 300 faces while they laid inside an MRI scanner. They then compiled a database of responses used to create the machine

Mr Cowen and his fellow researchers, Brice Kuhl of New York University and Professor Marvin Chun of Yale, believe that extracting facial images is the first step towards eventually producing advanced mind-reading technology.
Mr Kuhl said: ‘I study memory, and it’s hard not to be excited by the prospect of being able to reconstruct the images that we bring to mind when we remember something.
‘We are certainly heading in the direction of reconstructing dreams too. Something that looks like a high-definition movie of your dreams is not going to happen in the immediate future, but we have already seen improvements in the sensitivity of these methods.’
Mr Cowen assured the public that the technology did not enable them to forcibly extract information from subjects, however.
He told Fox News: ‘This sort of technology can only read active parts of the brain. So you couldn’t read passive memories – you would have to get the person to imagine the memory to read it.
‘It’s a matter of time, and eventually – maybe 200 20 years from now – we’ll have some way of reading inactive parts
of the brain.
‘But that’s a much harder problem, as it involves measuring very fine details of brain structure that we don’t even really understand.’
 Image result for BIG BROTHER AMERICA WATCHING YOU