Monday, August 12, 2013

The Science Behind the Mystery

The conflict between Science and Religion, raging for centuries, has taken a surprising turn over the past few decades. In this new age of spiritually and in the labs of enlightened scientists, the spark of attraction between the two, the esoteric and the practical, is stimulating exciting new ideas. In some circles, they're practically dating.
So in taking a glimpse into some of these scientific theories, let's define "THE Mystery" as not being just any old mystery but rather THE Mystery of the universe, of life and death and afterlife, of the nature of our consciousness, of creation, and the existence of some greater life force. Some might call this universal life force God, others might say it is an interconnected field of energy to which we are all part of the greater sum. Regardless, I think we can all agree that this is the mother of all mysteries.
It's also noteworthy that the title says the science 'behind' The Mystery, not that science has "solved" it. In fact, it might be more relevant to this discussion to say that science today is "enhancing" or "expanding" The Mystery, giving it more colour and depth than ever.
It wasn't very long ago that many thought they knew the answers. The laws of Classical, or Newtonian, Physics explained how our physical world worked in deterministic, predictable ways. Our religious institutions turned a blind eye to science as they already had the meaning of life, death, and creation explained. Darwin's theories exploded onto this scene to mess with their creation stories but from a scientific perspective, the evolution of species did appear to connect the dots.
But in the dawn of the twentieth century, brilliant scientists revealed new depths to our understanding of science. They discovered Quantum Physics, which explained how the very smallest bits of matter behaved (of which everything, even our bodies, are comprised) and then General Relativity which explained how very large objects and spacetime behaved. And yet, neither of these new areas of science jived with the laws of Classical Physics, nor with one another.
So now the brilliant scientists are searching for a unified theory which will explain how these branches of physics inter-relate.
And meanwhile, the subatomic world of quantum mechanics has demonstrated some astounding properties. One established behaviour (Heisenberg uncertainty principle) identified that particles are constantly in motion, in a state of superposition (many places at once) which is seemingly affected by observation. If one attempts to measure the position of a particle, then it collapses down into one place but it becomes impossible to measure its speed, and vice versa.
As Dr. Stephen Hawking stated in his book "A Brief History of Time", "The uncertainty principle had profound implications for the way in which we view the world."... and it is "not fully appreciated by philosophers and still the subject of much controversy."
Even more bizarre are the properties of entanglement and nonlocality which state two particles can have interconnected states even if spatially separated by extreme distances. Once in contact, they remain in contact throughout spacetime.
The implications of this are summarized In "The Field" by Lynn McTaggart: "Nonlocality shattered the very foundations of physics. Matter could no longer be considered separate. Actions did not have to have an observable cause over an observable space. Einstein's most fundamental axiom wasn't correct: at a certain level of matter, things could travel faster than the speed of light. Subatomic particles had no meaning in isolation but could only be understood in their relationships... "
In the search for the "theory of everything", quantum field theory is a framework which relates laws of relativity and quantum mechanics. The zero point field, postulated as a future unlimited source of energy in science fiction and now by real scientists, is a field of energy that underlies and interconnects everything in the universe. When you try to wrap your brain around this, that our brains, our bodies, our thoughts, the room we're in, the trees, our planet, the sun and everything in the universe are all part of a quantum web of interconnected energy, you must be struck by the enormity of the possibilities.
In the words of Dr. Hal Puthoff, this means that "so called empty space is not really empty at all, it's actually full of energy." What we do know is that this sea of energy is electromagnetic in nature and vast beyond our imagination. If we could find a way to tap into this source, our energy troubles might be over.
While some 'nay-sayer' scientists or strict religious leaders, committed to their dogma, may scoff at how far imagination and speculation might be going with quantum theories of consciousness, these possibilities take concepts of human spirituality and our place in the universe to a new level.

Educational Trips to Explore the Art and Science of Paris

As the largest city and capital of France, Paris is just a short hop away from the United Kingdom and makes for an exceptional place to go on educational trips for a taste of the art and science that makes the city what it is today. With a history that dates back over two thousand years, exploring Paris and its surrounds can seem to be a monumental task for educational trips to the city, but it is easy to manage the wealth of information and culture if you focus on a few key sights or topics.
While in Paris, it is hard to ignore the arts. World famous museums, such as the Louvre, are around every corner, but if you have a little time and want to get a more in depth look into a museum, consider a visit to the Musée d'Orsay. Don't neglect the sciences, either, which have a background that can be explored when you visit the Cité des Sciences.
The Musée d'Orsay
Situated on the left bank of the Seine, the Musée d'Orsay literally cannot be missed. It is housed in the former Gare d'Orsay, which is a stunning Beaux-Arts train station that was built between 1989 and 1900. The building itself was completed just in time for the Universal Exposition of 1900 and the station remained one of the most important stations in France until 1939 when the short platforms became an issue for the longer trains. During the 1900s, the station was used as a film location, by auctioneers, and as a theatre company before the building was saved from destruction and opened as a museum in 1986. Educational trips here will reveal its history and heritage: it was designed to bridge a perceived gap between the collections of the Louvre and the National Museum of Modern Art. The resulting museum is light and airy and known for its extensive collection of impressionist and post-impressionist works of art with names that everyone will recognise - such as Monet, Degas, Manet, and Van Gogh, just to mention a few.
Cité des Sciences
Officially known as the Cité des Sciences et de l'Industrie, this museum is must-visit destination for science focused educational trips to Paris. Located in the outskirts, the Cité des Sciences is also the largest science museum in Europe. The museum opened in 1986, and is recognisable for its large bioclimatic façade of glass. Inside the museum features a planetarium, IMAX theatre, a submarine and a range of leisure activities that combine the history of science and modern scientific issues with entertainment and activities. Here students focused on maths, space, environmental issues and even the human body can enjoy the exhibits before heading out to explore the parklands around the building.
Angela Bowden works for EST (Equity School Travel), the UK's largest educational travel company, providing educational trips for secondary schools, primary schools and colleges. Educational trips with EST can encompass a wide range of learning and more in worldwide destinations.