Jaskaran Singh
@Jaxy_Quantum
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Post-doctoral research fellow at National Cheng Kung University, Taiwan. Working on Bell inequalities and quantum key distribution.
Joined October 2020
This year has already seen two of the open problems in #quantum theory been solved!! Are we in a new era of quantum??? https://t.co/rrnxPp2JnS
journals.aps.org
An answer to a decades-old question in the theory of quantum entanglement raises more questions about this quirky phenomenon.
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Two more pages for PRL!! Science has reached a point where the results cannot be explained in 5 pages to a 'broad' audience.
Today we announce a new initiative, called End Matter, to allow up to about two pages at the end of a Letter of appendixes or other content that specialists will want or need to read https://t.co/ZiOaHrWlc3
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Thrilled to share our new publication which enables #entanglement sharing over significantly long distances. This will have considerable effect on long distance #QuantumInformation processing tasks. Big thnx to my collaborators!! https://t.co/7nmNw53p6c
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Our work is gaining more traction every day!! Congrats Vikash!!
Thank you Yutaka, for being a great host. I will be looking forward to future collaborations with other quantum walkers and will visit Japan again very soon😊 #QSQW2023
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Thrilled to announce our latest preprint on arXiv. HE states are revolutionary in quant. info. process.. Our groundbreaking approach uses quantum walks to achieve 99.90% fidelity in just 20 steps, a major leap from prior methods. https://t.co/Lqn886f3WY
#QuantumComputing
arxiv.org
In recent times, hybrid-entanglement (HE) between a qubit and a coherent state has demonstrated superior performance in various quantum information processing tasks, particularly in quantum key...
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🔬 Our new research with Prof. Cabello is out on arXiv https://t.co/zOuZHSwbtD We tackle a quantum puzzle: loophole-free Bell nonlocality with random settings? Yes, it's doable, (with a trade-off) Exciting steps in quantum research! 🚀 #QuantumScience #BellNonlocality
arxiv.org
There are bipartite quantum nonlocal correlations requiring very low detection efficiency to reach the loophole-free regime but that need too many measurement settings to be practical for actual...
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Excited to announce our latest article is now online at arXiv! 📚 We demonstrate a remarkable achievement: extending entanglement sharing distance to 300 km enabling QKD like never before! 🚀 This unlocks new possibilities. https://t.co/oVGYedeju6
#Quantum #QuantumTheory #Crypto
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Being a theoretician, I am happy to share my 2nd paper with experimentalists which has been accepted in @epl_journal. Thanks a lot to @DileepS88718618 @arvind_iiserm @kavitadorai for this opportunity. https://t.co/pkMdO7JkaD
#quantum #quantumcomputing
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Really proud to have been a part of "one of the best" #quantum research places in India. https://t.co/QvvS8u07EF
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Punjab Government have reduced the budget allocation of @PbiUniPatiala from 200 to 164 crores. Vice Chancellor @arvind_iiserm responds to the budget: @BhagwantMann @HarpalCheemaMLA @harjotbains @AamAadmiParty @AAPbalbir @ArvindKejriwal @meet_hayer
https://t.co/JAUUeBXluY
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I am happy to announce our new publication which details new high dimensional Bell inequalities that require very low detection efficiencies for a loophole free violation. Really glad to be part of such a wonderful collaboration. https://t.co/Nnq21Ajnak
quantum-journal.org
Zhen-Peng Xu, Jonathan Steinberg, Jaskaran Singh, Antonio J. López-Tarrida, José R. Portillo, and Adán Cabello, Quantum 7, 922 (2023). Bell inequality tests where the detection efficiency is below a...
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Thor’s Mjölnir hammer has smashed into India, alongside a gigantic PS5 console 👀🔨 #LiveFromPS5 #PS5 #GodofWarRagnarok
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This referee report by Eddington is very short, but it has a paw print of his cat :) Should it be published? 'No?' https://t.co/Vzp8ltom6C
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2023 is already shaping up for a great year for #games. Find out which AAA games are releasing this year and which ones are the right recommendation for you. #gamer #Blogs
https://t.co/ynz7lieCw8
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