ภาพบรรยากาศ group meeting วันจันทร์ที่ 16 มกราคม 2555

January 17, 2012

                                           
อาทิตย์นี้ ดร.วัชระ อธิบายแนวคิดต่อเนื่องเกี่ยวกับ Graphene และได้นำเสนอแนวคิดหลายอย่างที่น่าสนใจเกี่ยวกับการ Graphene ไปใช้ในการแยกสปิน
 

ภาพบรรยากาศ group meeting วันจันทร์ที่ 9 มกราคม 2555

January 10, 2012

ดร.วัชระ กำลังอธิบายหลักการทำงานของ Graphene แบบพื้นฐานให้ฟัง

หากใครมีความสนใจจะมารวมฟัง ก็ยินดีนะครับ เราเจอกันทุกวันจันทร์ เวลา 10.30-11.20 ห้องเรียนชั้นสามตึกฟิสิกส์

Continue reading...
 

String-theory calculations describe 'birth of the universe'

December 17, 2011

"Researchers in Japan have developed what may be the first string-theory model with a natural mechanism for explaining why our universe would seem to exist in three spatial dimensions if it actually has six more. According to their model, only three of the nine dimensions started to grow at the beginning of the universe, accounting both for the universe's continuing expansion and for its apparently three-dimensional nature"

read more from PhysicsWorld 

Continue reading...
 

Physics World reveals its top 10 breakthroughs for 2011

December 16, 2011
 

"The two physics stories that dominated the news in 2011 were questions rather than solid scientific results, namely "Do neutrinos travel faster than light?" and "Has the Higgs boson been found?". However, there have also been some fantastic bona fide research discoveries over the last 12 months, which made it difficult to decide on the Physics World 2011 Breakthrough of the Year"

read more from PhysicsWorld


 


 


 

Continue reading...
 

Higgs boson seminar: have physicists found the 'god particle'? – live

December 13, 2011
               "Physicists are announcing the latest results from the proton-colliding experiments at the Large Hadron Collider (LHC) and are widely expected to declare that they have evidence for the existence of the Higgs boson"

read more from the guardian
Continue reading...
 

Coherent Schrödinger's cat still confounds

December 7, 2011

 The famous paradox of Schrödinger's cat starts from principles of quantum physics and ends with the bizarre conclusion that a cat can be simultaneously in two physical states – one in which the cat is alive and the other in which it is dead. In real life, however, large objects such as cats clearly don't exist in a superposition of two or more states and this paradox is usually resolved in terms of quantum decoherence. But now physicists in Canada and Switzerland argue that even if decohe...
Continue reading...
 

Recent Posts