quantum mechanics

quantum mechanics

best article about quantum mechanics



Science And Religion In Perspective

To help people better understand themselves as spiritual beings, 100 essays from diverse fields have been collected into a volume that shows what we have learned from studying ourselves, our planet and the universe. Critics say "Spiritual Information: 100 Perspectives on Science and Religion," edited by Charles L. Harper Jr. (Templeton Foundation Press, $39.95), conveys the excitement of discovery, the challenge of debate, the diversity of thinking and the excellence of multidisciplinary research.

The essays reflect the motto of Sir John Templeton: "How little we know, how eager to learn." Sir John's vision has inspired people throughout the world to open-mindedly seek new spiritual information that relates to such diverse fields as the physical world, unlimited love, laws of nature, quantum reality, the problem of evil in theology and the ways in which prayer and meditation affect daily lives, among many others. The book is a tribute to his mission.

Themes of the essays incorporate Sir John's principal domains of interest and expertise: spiritual capital and spiritual information.

• The History and Future of the Science-Religion Dialogue

• Cosmology, Physics and Astronomy

• Quantum Mechanics, Mathematics, and Symbolic Logic

• Evolution and Purpose

• Sociology and Ethics

• Religion and Health

• Contemplation and the Virtues

• Theology and Philosophy

• World Religions

In his preface to the book, Dr. Harper notes that Sir John's commitment to expanding the science-religion dialogue has enabled us to edge ever closer to the frontier where knowledge meets wisdom at the threshold of "ultimate reality." The hope, he adds, is that these essays "will inspire others to pursue his quest to discover 'over one hundredfold more spiritual information than humankind has ever possessed before.'"

Quantum Mechanics

www.myspace.com The Danish physicist Niels Bohr, who worked in Rutherford's lab, was the first to describe orbits of fixed size and energy in which electrons are free to travel without losing energy and falling toward the nucleus. According to this model, published in 1913, electrons can only occupy or jump between fixed energy levels and cannot reside in between these levels. In addition, once in their "ground state," electrons maintain the energy they contain. This energy keeps them in perpetual motion, allowing them to resist the attractive force of the nucleus.


String Theory Offshoot Describes Puzzling Superconductor Behavior - Scientific Computing


Scientific Computing

String Theory Offshoot Describes Puzzling Superconductor Behavior
Scientific Computing
Such systems are usually described using quantum mechanics. However, so far, physicists have found it difficult to describe cuprates, because their behavior ...

'Quantum entanglement' research published - Bates Magazine


Nanotechnology News (press release)

'Quantum entanglement' research published
Bates Magazine
An especially intriguing behavior in quantum mechanics, the concept of entanglement for years discomfited physicists all the way up to Albert Einstein, ...
Quantum networds advance with entanglement of photons, solid-state qubitsNanotechnology News (press release)

all 3 news articles »

Scientists provide a new angle on quantum cryptography - PhysOrg.com


Scientists provide a new angle on quantum cryptography
PhysOrg.com
In a paper published in the journal Science, quantum physicists have demonstrated the randomness of quantum mechanics also applies to the measurement of a ...

and more »

Quantum mechanics creates location-based cryptography - io9


Quantum mechanics creates location-based cryptography
io9
Quantum mechanics makes location-based cryptography possible - without any pesky codes or keys. The basic idea is simple - create an encrypted communication ...
Scientists Reveal Location Based CryptographyInformationWeek
Group Led By UCLA Engineering Devises New Method For Securing Location ...RedOrbit

all 15 news articles »

The End of Space-Time? - Big Think


The End of Space-Time?
Big Think
"Physicists struggling to reconcile gravity with quantum mechanics have hailed a theory—inspired by pencil lead—that could make it all very simple. ...

Quantum mechanics flummoxes physicists again - Nature.com


Nature.com

Quantum mechanics flummoxes physicists again
Nature.com
A fresh take on a classic experiment makes no progress in unifying quantum mechanics and relativity. If you ever want to get your head around the riddle ...
Ruling Out Multi-Order Interference in Quantum MechanicsSecurities Industry News (blog) (subscription)
Pairs Rule Quantum InterferenceSecurities Industry News (blog)
Quantum theory survives its latest ordealphysicsworld.com
One News Page
all 18 news articles »

Alex Horne - The List


Alex Horne
The List
There's some bamboozling clever maths, brief lessons in quantum mechanics and pleasingly lo-fi graphics as Horne outlines his bet with William Hill to ...

The faith that underpins science - New Scientist (blog)


New Scientist (blog)

The faith that underpins science
New Scientist (blog)
Such questions had been the preserve of philosophers, but with the discovery of quantum mechanics in the 1920s they became legitimate queries for physicists ...

String theory and black holes show a possible path to practical superconductors - io9


String theory and black holes show a possible path to practical superconductors
io9
Quantum mechanics can usually help with many-body systems, but cuprates behave so differently than other such systems that little headway has been made in ...

and more »

Location-based quantum crypto now possible, boffins say - Register


Location-based quantum crypto now possible, boffins say
Register
The researchers solved this problem by devising a way to use quantum mechanics to determine a party's location that can't be spoofed. ...

and more »