Saptarishi Chaudhuri (@wrishic) 's Twitter Profile
Saptarishi Chaudhuri

@wrishic

Researcher

ID: 74518821

calendar_today15-09-2009 18:37:32

20 Tweet

25 Takipçi

70 Takip Edilen

Saptarishi Chaudhuri (@wrishic) 's Twitter Profile Photo

Phys. Rev. Research 3, 043171 (2021) - Detection of spin coherence in cold atoms via Faraday rotation fluctuations journals.aps.org/prresearch/abs…

DSTIndia (@indiadst) 's Twitter Profile Photo

Correlations between waves in atomic systems or spin coherences are long-lived at ultralow temperatures, says a new study by Raman Research Institute #Scientists who have developed a new #technique to measure it. Dr Jitendra Singh chandra Srivari ➡️dst.gov.in/long-lived-cor…

Correlations between waves in atomic systems or spin coherences are long-lived at ultralow temperatures, says a new study by <a href="/RRI_Bangalore/">Raman Research Institute</a> #Scientists who have developed a new #technique to measure it.

<a href="/DrJitendraSingh/">Dr Jitendra Singh</a> <a href="/srivaric/">chandra Srivari</a> 
➡️dst.gov.in/long-lived-cor…
Umakant Rapol (@rapolumakant) 's Twitter Profile Photo

Happy to announce that our group has developed an Atomic Gravimeter (A Quantum Tech device) with 1ppm sensitivity using Bose-Einstein Condensate. Now we can measure 'g' to six decimals. Working for better sensitivity and transportability IISER Pune Pranab dutta S Sagar M

Happy to announce that our group has developed an  Atomic Gravimeter (A Quantum Tech device) with 1ppm sensitivity using Bose-Einstein Condensate.  Now we can measure 'g' to six decimals.  Working for better sensitivity and transportability <a href="/IISERPune/">IISER Pune</a>  <a href="/Pranabdutta16/">Pranab dutta</a> <a href="/SSagarM1/">S Sagar M</a>
DSTIndia (@indiadst) 's Twitter Profile Photo

#Scientists Raman Research Institute have performed precision measurements of transition #frequencies of highly excited #Rydberg states, providing a framework for preparing ideal candidates for #quantum information processing as well as for atomic #sensor #Technologies .

#Scientists <a href="/RRI_Bangalore/">Raman Research Institute</a> have performed precision measurements of transition #frequencies of highly excited #Rydberg states, providing a framework for preparing ideal candidates for #quantum information processing as well as for atomic #sensor #Technologies .
Raman Research Institute (@rri_bangalore) 's Twitter Profile Photo

Highly excited Rydberg atoms provide framework for preparing atomic qubits for quantum information processing ramanresearchinstitute.wordpress.com/2022/05/31/hig…

Raman Research Institute (@rri_bangalore) 's Twitter Profile Photo

Know more about #Quantum Sensing research using Rydberg atoms Raman Research Institute, in a detailed article by Sanjukta Roy. Also find special mention of RRI scientist Saptarishi Chaudhuri in Quantum Vibes, the latest C-DAC India Newsletter. quantumindia.net/wp-content/upl… DSTIndia Principal Scientific Adviser, Govt. of India

Know more about #Quantum Sensing research using Rydberg atoms <a href="/RRI_Bangalore/">Raman Research Institute</a>, in a detailed article by Sanjukta Roy.
Also find special mention of RRI scientist <a href="/wrishic/">Saptarishi Chaudhuri</a> in Quantum Vibes, the latest <a href="/cdacindia/">C-DAC India</a> Newsletter.

quantumindia.net/wp-content/upl…

<a href="/IndiaDST/">DSTIndia</a> <a href="/PrinSciAdvGoI/">Principal Scientific Adviser, Govt. of India</a>
Physics In History (@physinhistory) 's Twitter Profile Photo

A cat co-authored a scientific paper in 1975, when his owner, a physicist named Jack H. Hetherington, decided to add him as a second author to avoid changing the plural pronouns in his manuscript. The cat’s name was Chester, and he was given the pen name F.D.C. Willard, which

A cat co-authored a scientific paper in 1975, when his owner, a physicist named Jack H. Hetherington, decided to add him as a second author to avoid changing the plural pronouns in his manuscript. The cat’s name was Chester, and he was given the pen name F.D.C. Willard, which
TIFR Hyderabad (@tifrh_buzz) 's Twitter Profile Photo

(10/n) While pursuing her PhD Tata Institute of Fundamental Research, Sanjukta Roy (Raman Research Institute) created the first Bose-Einstein condensate (BEC) in India. She takes us through the essential steps in realising the BEC: laser-cooling and trapping of atoms & evaporatively cooling to 140 nK in less than 1s.

(10/n) While pursuing her PhD <a href="/TIFRScience/">Tata Institute of Fundamental Research</a>, <a href="/rsanjukta/">Sanjukta Roy</a> (<a href="/RRI_Bangalore/">Raman Research Institute</a>) created the first Bose-Einstein condensate (BEC) in India. She takes us through the essential steps in realising the BEC: laser-cooling and trapping of atoms &amp; evaporatively cooling to 140 nK in less than 1s.
I-Hub Quantum Technology Foundation (@ihubqtf) 's Twitter Profile Photo

Day 2 of the Conference on ‘Quantum Technologies using Ultracold Atoms’ ended with enriching sessions by Projjwal Kanjilal (IISER Pune), Gourab Pal (RRI Bangalore), Inderpreet Kaur (IISER Pune), Bharathi Kannan J (IISER Pune), Harshini T. (IISER Pune) Stay tuned for more.

Day 2 of the Conference on ‘Quantum Technologies using Ultracold Atoms’ ended with enriching sessions by Projjwal Kanjilal (IISER Pune), Gourab Pal (RRI Bangalore), Inderpreet Kaur (IISER Pune), Bharathi Kannan J (IISER Pune), Harshini T. (IISER Pune) 

Stay tuned for more.