Indian scientists have designed a new image-correction technique capable of getting better images during the study of atoms at absolute zero temperature. The technique can get rid of 50% unwanted interference fringes in the images, which are important for understanding the intriguing quantum mechanics governed properties of atoms at cold temperatures better.
An Indian scientist from Himachal Ajay Sharma finds scope for modifying Newton’s third law of motion and seeks financial assistance to experimentally confirm his research.
India's national space agency has lost contact with a satellite days after it was launched into orbit with much fanfare, authorities say.
Indian scientists have designed a new image-correction technique capable of getting better images during the study of atoms at absolute zero temperature. The technique can get rid of 50% unwanted interference fringes in the images, which are important for understanding the intriguing quantum mechanics governed properties of atoms at cold temperatures better.
An Indian scientist from Himachal Ajay Sharma finds scope for modifying Newton’s third law of motion and seeks financial assistance to experimentally confirm his research.
India's national space agency has lost contact with a satellite days after it was launched into orbit with much fanfare, authorities say.
