The team of The Next Truth wishes you all a peaceful first advent. Have a marvelous time with your beloved ones.
The December issue of The Next Truth is available online! 😊https://www.magcloud.com/browse/magazine/1512517
Thank you all for the efforts made and contributing your amazing work for the December issue. I hope you enjoy this month’s issue.
In the December issue of The Next Truth time travel specialist Prof. Ronald L. Mallett weighs in on the stunning science and technologies of time travel, Prof. Lihong Wang elucidate how the world’s fastest camera can capture the speed of light, Dr. Andreea Font explains her eye-opening research what has the prospect of scaffolding a hidden cosmic web MPI for Radio Astronomy let us peer at the birth of the Universe and the author Tony Damian reveals his personal experience about a forbidden romance during medieval times.
Also in this issue: Prof. Harry Hoster is discussing the challenging opportunities of how chemicals can reduce climate change, we spotlight PRI-UK’s paranormal researcher Ellie Maybanks, dimensional researchers Nick and Andy are applying AI to the foggy realms of the unknown, Michelle Feder is describing the mind-blowing history of Alchemy, DESY aims its UV-satellite to Black Holes and DARPA gives us a deeper insight into the evolution of computers.[Top]
By Maria Anna van Driel
It goes through walls with the speed of 299792458 metres per second (approximately 300000 km/s (186000 mi/s)), but slows to a standstill in ultra-cold gases. It carries electronic information for radios and TVs, but destroys genetic information in cells. It bends around buildings and squeezes through pinholes, but ricochets off tiny electrons. It is “light” and it is made of photons. Radio waves are made of photons. X-rays are, you got it… made of photons.
From low energy radio waves to high energy gamma rays, light zips around us, bounces off us, and sometimes goes through us. Because it is so many things, defining light is a bit of a philosophical quandary. And although scientists have calculated the amount of visible light released into the universe by stars since the universe’s origin equals 4 x 10^84 photons, or, if you prefer, 4,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000,000 photons, we know it primarily as the opposite of darkness. Most of the light is not visible to our eyes. It is like you are viewing a single 60-watt light bulb in complete darkness from about 2.5 miles away. But that does not mean it cannot be captured.
What is light?
Light could be a number of different things, depending on the circumstances. It could be the glow from a light bulb in your bedroom or the warm shining rays that beat down from the sun. Light can be natural (the sun) or manmade (candles or light bulbs), but no matter how it is created, we utilize light every single day. But the light scientists are talking about is part of the electromagnetic spectrum, which ranges from radio waves to gamma rays. Electromagnetic radiation (EMR) waves, as their names suggest are fluctuations of electric and magnetic fields, which can transport energy from one location to another. EMR can also be described in terms of a stream of photons which are massless particles each travelling with wavelike properties at the speed of light. In a nutshell, light is a form of energy and it travels in waves, similar to waves of water in the ocean. Except with light, the things doing the waving are electric and magnetic fields. Literally, light is a self-contained little bundle of these two fields, intertwined. That is why we call light electromagnetic radiation.
If you are floating in the ocean, you’ll move up as a wave passes you, then back down, then back up again when the next wave rolls by. The distance between these crests in the wave is called the wavelength. Since light is a wave, it has a wavelength as well, and this may be its single most important feature. That is because the energy of light is tied to its wavelength.
To put it simply, light is a type of radiant energy that we are able to visually perceive with our eyes. Over millions of years, our eyes have evolved to detect the kind of light the Sun emits most strongly. Well, that makes sense; that makes it easier for us to see! We call this kind of light “visible light”. And that is just the narrowest sampling of all the different wavelengths light can have.
But what does the speed of light actually look like?
Even it might sound like a ridiculous question, optical researchers at the California Institute of Technology recently built the world’s fastest camera which makes it possible to actually see light speed. Scientists at CALTECH now can capture X Y images but at 100 billion frames per second, that is 1 billion is 10 to the 9th. In fact they have upgraded their system to 10 trillion frames per second and with this type of rate, even a 100 billion frames per second; they can see a light pulse propagating in space and capture the scene literally at the speed of light.
The “Sonic Boom” for light
Normally sonic booms are created when an object moves faster than the speed of sound. But you should not be able to create a ‘sonic boom’ for light when nothing can travel faster than light. Unless you are a bit more specific.
“What we did was, we created a tunnel where the speed of light in the tunnel is greater than the speed of light in a medium and so we propagate a very short light pulse in that medium, Bren Professor of Medical Engineering and Electrical Engineering at the California Institute of Technology Lihong Wang explains in his You Tube video interview. “We spray some scatters within the tunnel, he says, so we generate secondary light sources and a light source will be propagated in the background medium so the light source will propagate at a greater speed and that create a superluminal light source.”
Now, light moves slower through the plate material than it does in the tunnel. So, as light scatters into the plates, it cannot keep up with the light in the dry ice fog. When this happens a cone-shaped wave-front of light forms behind the laser pulse just like a sonic boom shockwave created by a supersonic aircraft.
“If I speak and I stand still I emit approximately a spherical wave going out, Professor Lihong Wang explains. “But if I walk and talk it will be distorted. If I walk at a speed of sound or passing the speed of sound, I will create a cone structure that is called a “Sonic Mach cone” that is the sonic version of Mach cone and I was wondering if there’s this photonic version that we can image.”
While this was not the first time a photonic boom had been created – it was the first time one had been captured in real time. That is thanks to a new superfast camera that can capture images at 100 billion frames per second. They call it the “streak camera” whereby the technique employs a complex contraption that uses cameras and mirrors to build these slow motion movies tracking the lights movement across a scene. This streak camera is so fast that researchers ultimately hope to use it to image more than just laser pulses.
“One of the biomedical applications we are after is to image action potential propagation in a neural network, Professor Wang says in his video interview. “ So essentially we want to see the live traffic within the brain and find out how the brain is wired and that would elucidate the mysteries of the brain.”
To watch Professor Lihong Wang’s full video interview, https://youtu.be/BRLiXvX7uRw[Top]
“Doctor Who”, “Star Trek” and “Back to the Future” who has not seen these movies and, even for a brief moment, thought if it could be possibile to truly travel through time. While most people think of time as a constant, travelling forwards in time is surprisingly easy. Einstein’s special theory of relativity, developed in 1905, shows that time passes at different rates for people who are moving relative to one another – although the effect only becomes large when you get close to the speed of light.
The behaviours of time can vary for different observers depending on your speed through space. To Einstein, time is the “fourth dimension.” Space is described as a three-dimensional arena, which provides a traveler with coordinates — such as length, width and height —showing location. Physicist Albert Einstein showed that time is an illusion; it is relative.
The reality, however, is more muddled. Not all scientists believe that time travel is possible. Some even say that an attempt would be fatal to any human who chooses to undertake it.
What is space-time? Can we twist it in a manner whereby yesterday becomes tomorrow? Does our heart really stops beating as we go faster than the speed of light? For finding a plausible answer to these questions I contacted Time Travel Specialist Professor Ronald L. Mallett. And so, on the evening of 4 Nov. The Next Truth had the privilege to interview theoretical physicist Prof. Ronald L. Mallett which was incredible! 😊
For almost one and a half hour we spoke about, among others, how he became interested in physics, what time travel is and the science behind it, General relativity and the Grandfather paradox. But we also spoke about his book “Time Travelers; A Scientist’s Personal Mission to Make Time Travel a Reality” what is planned to be filmed. https://www.amazon.com/Time-Traveler-Scientists-Personal-Mission/dp/1560258691
And what I personally found really cool, we briefly spoke about the original magazine he bought as a young boy, what contains the one article what was the key for Prof. Mallet to see that there is a real possibility to go forward and backward in time.
It is always a true honor having the privilege to speak with a brilliant mind and learn new things first hand.
(Prof. Mallett’s written interview is planned for the The Next Truth issue of December 2019) https://www.magcloud.com/browse/magazine/1512517[Top]
By Maria Anna van Driel
As both the owner and founder of The Next Truth magazine and as a…um, well a passionate science freak, I want to make an important call to you; Inspire our children to explore the wonderland of science!
When we think about making a difference we seem to fall for the myth that what we need to start out doing something what has to be enormous to have any effect at all. I have learned that it does not have to be the case as well as the step some of us do not see when trying to make a difference in this world is the action part.
Sure, we have all had that spark of inspiration where we have wanted to do something that will outlast our physical form. But we get stuck in overthinking, opinions from our network and keep dreaming about a perfect idea. Disconnect from the outcome and aim your energy into achieving something small first. And even the small actions will feel insignificant at the time; the results will come as you hone your craft and find your audience.
Then we share the idea with friends, family and work colleagues and get told to quit while we are ahead. I am telling you not to quit! Anyone can make a difference in the world. Start by believing in something bigger than yourself and inspire one person at the time.
The field in where I like to inspire people is the broad knowledge of the myriad corners contemporary and historical science has to offer and believe me…that is not an easy task. But over the years I have learned that people are extremely hungry for absorbing the knowledge and the mind boggling complexity within the research universities and institutes are conducting especially young people. But to be straightforward with you, I was missing something while visiting some of these institutes… the playful excitement in guided tours and exploding talks for the young people… our next generation of male and female scientists.
As we all know, young people possess a fiery curiosity some adults work with in a more reduced manner. This enthusiastic curiosity should be, in my opinion, kept charged by letting these young people explore the myriad opportunities the wonderland of science has to offer them. Because, who does not like the laser swords from Star Wars, the mysteries of Time Travel or space ships exploring the most remote corners of universe while using advanced plasma technologies. Well…I do, I do!
So, after working in the midst of brilliant minds from all over the world and having the opportunity to speak with the them in person as well as via email and social media, what I find highly interesting, I have learned that these open-minded scientists have really awesome theories of which I am positive of that the next generation of young scientists are eager to learn about. As well as I am convinced that these young people are eager to meet these open minded scientists in person who can let this enthusiasm explode with them while they are learning all about the incredible research conducted.
Come on, admit it, wouldn’t you like to meet for instance Astronomer Dr. Seth Shostak from SETI, CERN’s Higgs convener Prof. Bill Murray, Germany’s time researcher Dr. Marc Wittmann or Prof. Ronald Mallett and let your enthusiasm explode while listening and learning all about the jaw-dropping theories? Again…I do, I do!
I am of the opinion that it will be more than fantastic that you, as a parent and a teacher, keep alive the fiery curiosity of these young people, They need your support in being inspired what will unlock these brilliant young minds of the next generation of engineers, astronomers, psychologists, chemists, physicists, among others. Give them the change to stand up and free their enthusiasm. Let them explore the wonderland of science![Top]
With an exited feeling of pride I like to share with you not only the September issue but also that The Next Truth is official one year young!!!
As with everything new, the first steps where tough indeed but the magazine has rapidly gained a great respect from many this year. With 47.000 – 53.000 people each month via the website and proximus 2500 people each day via several social media platforms, each contributor of The Next Truth can be assured that their work is definitely reaching the general public. Fantastic!
I have a deep respect for each contributor for your strength, your perseverance and your incredible knowledge, jaw-dropping theories, intriguing stories and revealing scientific research results. You and your work are truly amazing!
I like to thank and congratulate everyone who has made this year possible for The Next Truth. I hope to see your amazing articles, incredible theories and jaw-dropping experiences again in the upcoming years. Thank you for your contributions and your trust in The Next Truth magazine.
I hope you enjoy this month’s issue 🙂
In the September issue of The Next Truth we take an incredible
journey through space and time with Fermilab’s senior scientist Dr. Don Lincoln who explains us why the
size and the age of the universe seem to not agree with one another, SETI’s
senior astronomer Dr. Seth Shostak discusses a recent paper that suggests the
possibility of E.T. calling from a parallel universe, Shaman Tony Damian looks at angelic energies
from a scientific, religious and personal point of view, and Dr. Dean Radin is tackling the
scientific taboo which still veils the psi
Also in this issue: Together with Prof. Rupert Sheldrake we take a deeper look at his theory of Morphic Resonance that speaks of a mysterious type of telepathy, Dr. Rick van der Zwan is holding up a mirror what reflects an unsettling phenomenon in body doubles and alien replicants, Journalist Peter Kelly is searching for signs of life on the subsurface ocean of Saturn’s moon, Prof. William Webster is exploring an evolutionary behavior with surveillance cameras and Yasmin Anwar from UC Berkeley describes how the brain is capable of predicting the future by using two different clocks.
By Maria Anna van Driel, www.nextttruth.com
It is only a stone’s throw into mankind’s history that we had no idea there were other galaxies besides our own. It was thought that humanity and the galaxy we inhabit was an island adrift in a universe of a hundred billion stars. And even the universe itself is one of the great unexplained wonders of human history, we now know that our universe is a vast dynamic cauldron of activity and home to one hundred billion galaxies all racing away within a boiling ocean of space-time.
To understand the enormousness of the universe and how it made all the raw material we see here on earth, we need to take an incredible journey and travel back through space and time to the moment our universe was born. We need to go back to the very beginning, to a time when there was nothing…no stars, no space just a time before there was time. Then, all of a sudden it started in an instantaneous moment where from nothing our entire universe was created in the Big Bang.
Violently it grew from smaller than the size of an atom to the size of a baseball. In cosmic terms that is like a grain of sand growing almost to the size of the observable universe. And even it has been around for a finite amount of time roughly 13 and 1/2 billion years; it looks pretty much the same everywhere actually. On very large scales the universe is actually a pretty simple place.
Nevertheless, the universe is a very, very big place and it is getting bigger. But how big is the visible universe? And why does it not agree with its own age? For finding an answer to these questions I plowed through an avalanche of articles provided by the internet and came to a halt at a You Tube video from Dr. Don Lincoln who is a senior scientist from Fermilab and adjunct professor of physics at the University of Notre Dame (USA). www.drdonlincoln.com
“There are lots of tricky ways to think about that, but let’s start with perhaps the most obvious. Time and space are inextricably intertwined when we talk about how far away things are. This is especially true when we talk about large scale structures of the universe.” Dr. Lincoln explains in his video ‘If the universe is only 14 billion years old, how can it be 92 billion light years wide?’
“When the universe began, Dr. Lincoln continues, it was filled with light which then travelled through the cosmos. And, if the universe began 13.7 billion years ago and we’re just now seeing it arrive, it had to have traveled 13.7 billion light years before it hit Earth. Astronomers can actually see light from shortly after the universe began. It’s called the Cosmic Microwave Background radiation (CMB) and it’s the oldest thing we’ve ever seen.”
The cosmic microwave background is thought to be leftover radiation from the Big Bang, or the time when the universe ground. As the theory goes, when the universe was born it’s underwent a rapid inflation and expansion.
Since astronomers have seen the rapid velocity space is expanding with, it became a natural question to ask, “What is it expanding into?” No matter how deeply we peer into the cosmos, we cannot see a boundary and so far science has uncovered no evidence that a boundary exists. Space may extend to infinity or it may not, but in Einstein’s universe things can be curved. And if things can be curved they can be curved in on themselves or around any object it is countering. Odd as it might sound, but space itself might be twisting and bending its content to shape the universe and to virtually anything imaginable.
It seems that general relativity makes it, in some way, possible to live in an infinite universe with no boundary at all whereby space-time is suddenly not a static entity; it is a dynamic and ever-changing fabric within which the locations of all galaxies are woven. Galaxies are not themselves moving very much, but they appear to move to us because of new cosmic real-estate continually injected increasing their distance from us. Is this creation of new space-time and the rate at which it is being created, determines how fast a galaxy appears to be moving away from us?
“One day, the expansion of the universe will make it so that almost all of the galaxies we see in our telescopes today, which I remind you now we’re seeing as they were in the distant past, will slip from our view”, Dr. Lincoln says. “We will one day only be able to see galaxies from our local group, meaning the Milky Way, Andromeda, and a few dozen minor galaxies in the vicinity.”
There is still one big question we need to answer before we can start thinking about what the cause could be for this expansion. How do we know space is expanding? Well, science gathered a lot of data to back up the claim of space expanding. The Planck Telescope really came through but the most famous is probably the red-shift of light. But there is another source scientists are thinking of being the cause of the universe expanding and that is Dark energy.
“It turns out that the simplest calculation isn’t quite right, Dr Lincoln explains, you see, about five billion years ago, an energy field that we call dark energy became important. Dark energy is a repulsive form of gravity, which means that the expansion of the universe isn’t slowing down, it’s accelerating. That, of course, means that after 9 billion years of the expansion of space slowing down, it’s now speeding up.”
Now, while we may think of our galaxy as just an island or not, scientists have yet discovered that this whimsical place, containing subatomic particles showing the most bizarre behaviors when they meet, ‘stuff’- what is there but then is not- and black holes consuming cosmic debris like a whale swallowing its daily portion of plankton, is much larger than is ever thought. Still, after many centuries this rapidly expanding place remains a mystery. And even physics has come an enormous way; it has yet not provided a real way for us to ever look anywhere, but within it. It seems we simply cannot wrap our minds around this enormous dark cosmic freezer we are swirling in as well as none have yet not found a way to state if it might have boundaries or none at all.
Every culture, every age has asked the question and tried to answer it. It is one of the greatest adventures of the human mind to find out where we came from, where we are and of course, in the end, where we are going. It seems we are captured by medusa’s gaze when it comes down to unraveling the mysteries of this really, really big dark place of which its size and age seem not to agree with each other. And so, like a young caterpillar awaiting that miraculous and magical moment of unfolding its wings, we are cocooned from understanding what is perhaps the greatest question facing the human race what is to discover; Where do we come from and what is our ultimate fate.[Top]
Carpe Diem! Yes, it could be very frightening because it’s a mean world out there but you only live once so do what you feel passionate about. Take chances don’t be afraid to fail. Go outside the box. Don’t be afraid to go and think outside the box, and don’t be afraid to fail big. But remember, dreams without goals are just dreams and they ultimately fuel disappointment. So, have dreams but have goals and understand that to achieve these goals you must apply discipline and consistency every single day.
We all have different talents some of you are medical doctors, some lawyers, some scientists, some educators, some nurses. True desire lies in the heart, It’s that itch that you have whatever it is you want to do. So claim it, work hard to get it and when you get it, reach back and pull someone else up. Don’t just aspire to make a living…aspire to make a difference!
I found that nothing in life is worthwhile unless you take risks. There is no passion to be found playing small and settling for a life that is less than the one you are capable of living. I am sure, people told you to make sure you have something to fall back on. But if I’m going to fall I don’t want to fall ‘back’ on anything, I want to fall ‘forward’, figure at least this way I will see what I am going to hit. Falling forward? This is what I mean; Thomas Edison conducted 1,000 failed experiments because the 1,000 and first was the light bulb. Fall forward because every failed experiment is one step closer to success. You have got to take risks. And I am sure you have probably heard that before either. But why is that so important?
I got two reasons first you will fail…at some point in your life except you will lose, and you will suck at something there is no doubt about it. Embrace it because it’s inevitable!
As a journalist I failed so many times. Elevator-pitch after elevator-pitch, poor interviews and hundreds of article submissions gaining the same response saying, “Thank you for your submission, you will be hearing from us.” I didn’t get the job but here is the thing…I didn’t quit. I didn’t fall back instead I continued to fail and fail and fail. It didn’t matter because you know what…if you hang around the barbershop long enough, sooner or later, you will get a haircut. The point is…do you have the guts to fail?
My second point about failure; if you don’t fail you are not even trying to get something you never had. You have to do something you never did. Imagine you are on your deathbed and standing around your deathbed are the ghosts representing your unfulfilled potential. The ghosts of the ideas you never acted on, the talents you didn’t use and they are angry, disappointed and upset. They say; “We came to you because you could have brought us to life and now we have to go to the grave together.” So, I ask you today…how many ghosts are going to be around your bed when your time comes?
You got to get out there! You got to give everything you got whether it is your time, your talent, your prayers or your treasures because you will never see a u-haul behind a hearse.
Your life will never be a straight path because taking risks is not just about going for a job…it’s also about knowing what you know and what you don’t know. It is about being open to people into ideas and the chances you meet the people you might learn from. Never hold back, give everything you got! And when you fall throughout life, maybe even tonight after a few glasses of champagne, remember this…fall forward.
Only $2.20 for the Digital Version of the July Issue!!
In the June issue of The Next Truth; together with Dr. Thomas Zoufal we explore the Light-Trough-The-Wall experiment, Dark matter and advanced Speed Machines. Prof. Waldemar Schmidt and Prof. Gregg Henriques are setting our minds on a quest to come to know if the Big Bang is a psychological event, Prof. Krystine Batcho is discussing if nostalgic memories are the ghost of our past or it they are can be considered as the future memories of our lives and Dr. Dheeraj Pasham leads us along dormant Black Holes and X-ray Pulses.
Also in this issue; Researchers from Spain and France explore the physics of beer tapping, we hunt down the ripples in a mysterious and invisible source what is fine-tuning our universe, the Karlsruher Institute of Technology presents its latest progress in Artificial Intelligence with self-awareness, the Max-Planck-Institut for Radioastronomie speaks of a new experiment in how to understand dark matter interacting with standard matter and we take a quantum-leap into Helio-physics.
Download the free PDF version of the June issue of The Next Truth The Next Truth June 2019
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