#QuantumLiquid - Twitter Hashtag

about 4 years ago

You can hear every event twice in a three-dimensional #QuantumGas, instead of a #QuantumLiquid. The researchers in their experiment have realized this remarkable property for the first time. Read more about the surprising phenomenon - https://t.co/ap0Nf2obr7

DeptofPhysics's tweet photo. You can hear every event twice in a three-dimensional #QuantumGas, instead of a #QuantumLiquid. The researchers in their experiment have realized this remarkable property for the first time. Read more about the surprising phenomenon - https://t.co/ap0Nf2obr7 https://t.co/23PAOq9hO3

0

4

1

0

Phys.org

@physorg_com

over 4 years ago

'Raindrops on the roof-technique' reveals new #quantumliquid @LeidenPhysics @sciencemagazine https://t.co/R34DQxnedh

0

14

6

1

0

Techfest, IIT Bombay @Techfest_IITB

over 7 years ago

The 22nd edition of Techfest’s ‘#LectureSeries’, is proud to present a live conferencing lecture and a QnA session by Sir Anthony James Leggett, a @NobelPrize winner in Physics, 2003. LA 101 | Oct 23 | 7pm | IIT Bombay Topic: What can be done with #QuantumLiquid? #Techfest2018

Techfest_IITB's tweet photo. The 22nd edition of Techfest’s ‘#LectureSeries’, is proud to present a live conferencing lecture and a QnA session by Sir Anthony James Leggett, a @NobelPrize winner in Physics, 2003.
LA 101 | Oct 23 | 7pm | IIT Bombay
Topic: What can be done with #QuantumLiquid?
#Techfest2018 https://t.co/CaHoziHCgl

0

20

13

0

Quantum Gravity Research @emergencetheory

over 8 years ago

Researchers create quantum liquid droplet 100 million times more dilute than water and 1 million times thinner than air. The experiments exploit a fascinating quantum effect to produce droplets of this exotic phase of matter @physorg_com #quantumliquid https://t.co/pbDIxqT9z6

0

1

0

Klee Irwin @Kleeirwin

over 8 years ago

Researchers create quantum liquid droplet 100 million times more dilute than water and 1 million times thinner than air. The experiments exploit a fascinating quantum effect to produce droplets of this exotic phase of matter @physorg_com #quantumliquid https://t.co/gZpRfisfwq

0

2

1

0