Kiran Das

Postdoctoral Fellow at University of California, Los Angeles, USA

[Kiran Das @KaranDa52694233]

I am very happy to share my recent publication in @FASEBorg a big congratulations to our super talented mentor @Biswana57742997 and the whole MaityLab team, thanks for all the support @cbmrofficial
https://t.co/qu2D924G9m

[Kiran Das @KaranDa52694233]

@Flipkart @flipkartsupport @rajneeeshkumar @_Kalyan_K
@jeevesindia
#Flipkart #PoorService #WorstExperience
Even after multiple complaints, no response. They just sell, don't care about service.

[Julio Frenk @UCLAchancellor]

A team led by @UCLAHealth Dr. Arjun Deb has discovered that AD-NP1 – a @UCLA-developed therapy engineered by Dr. Deb’s team and recently approved for Phase 1 clinical trials for heart repair – may also help damaged kidneys heal and regenerate. https://t.co/YE4DLMcsHM

[Kiran Das @KaranDa52694233]

Today I successfully defended my PhD thesis..now you can call me Dr. Kiran Das.
Thankyou everyone for making the day memorable and successful.
@cbmrofficial @AcSIR_India

[AcSIR @AcSIR_India]

Kiran Das (Registration No. 10BB22J71006) Ph.D. student of AcSIR will defend thesis entitled “Elucidating the role of G-protein modulator RGS11 protein in chemotherapeutic induced multiorgan complications” on April 03, 2025 at Centre of BioMedical Research, Lucknow Ph.D work was completed under the supervision of  Dr. Biswanath Maity,  , AcSIR/CBMR, Lucknow @CSIR_IND @cbmrofficial

[AcSIR @AcSIR_India]

Kiran Das (Registration No. 10BB22J71006) Ph.D. student of AcSIR will defend thesis entitled “Elucidating the role of G-protein modulator RGS11 protein in chemotherapeutic induced multiorgan complications” on April 03, 2025 at Centre of BioMedical Research, Lucknow Ph.D work was completed under the supervision of  Dr. Biswanath Maity,  , AcSIR/CBMR, Lucknow @CSIR_IND @cbmrofficial

[Kiran Das @KaranDa52694233]

@aliceyting Great work..👍

[Kiran Das @KaranDa52694233]

@Dr_Akito @ice2024kyoto_jp He has more data and vision than many of the PhDs😊
@PhD_Genie

[Kiran Das @KaranDa52694233]

Thrilled to share our recent publication with collaborative work of Dr Biswanath Maity @Biswana57742997 @cbmrofficial and Dr Priyadeep Das @SRMUNIVERSITY2 in esteemed journal @iScience_CP kudos to all the authors https://t.co/rs5By5YZM1

[Kiran Das @KaranDa52694233]

@abhinav_512 @mahipal_ganji @mickylp7 @___SiManta Congratulations for the selection in the finalists..best wishes for the winning👍

[Madhuri Basak @MadhuriBasak9]

My poster presentation......very happy to be here @BITSPilaniGoa
@FGE2023

[Kiran Das @KaranDa52694233]

Very excited to hear from the pioneers of genome editing around the globe. Poster session is going on, if you are around, you can visit my poster (P03).
@FGE2023
@Debojyoti_C
@IGIBSocial
@BITSPilaniGoa

[Kiran Das @KaranDa52694233]

@PhysInHistory Nikola Tesla

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The 2023 #NobelPrize in Physiology or Medicine has been awarded to Katalin Karikó and Drew Weissman for their discoveries concerning nucleoside base modifications that enabled the development of effective mRNA vaccines against COVID-19.

[Kiran Das @KaranDa52694233]

@mike_feigin 1. No gloves
2. Centrifuge tube is empty
3. Pipette is not having tip (from view)
4. Pipetting above vortex

[Kiran Das @KaranDa52694233]

Now human embryo can be made without egg and sperm... science again proved nothing is impossible just you have to think beyond.
https://t.co/ZH8rV0CYfK

[Michela Di Virgilio @DiVirgilio_lab]

Dear all #DNAdamage aficionados, I present to you... THE EVENT of 2024 🔥

The #EMBOdnaDamage workshop in beautiful Lonavala, India!

https://t.co/b77JkUJVUT

So, we got YOUR 😎 #research topic, a paradise location, absolutely 🔝 speakers...

You know what to do... APPLY!!! 👇

[Kiran Das @KaranDa52694233]

Celebrating the very auspicious Teacher's Day with full @MaityLab...had great fun and loads of delicious cuisine @piratesofgrilllko

[Kiran Das @KaranDa52694233]

Glad to share our new publication from MaityLab @cbmrofficial at CMLS journal @SpringerNature Congratulations all👍👍
https://t.co/XwuhRCIz6M

[Tansu Yegen @TansuYegen]

Sometimes it takes only one act of kindness and caring to change a person’s life…

[Anindya Datta @anidchemiitb]

3 faculty members in the author list, but the lone student is the corresponding author and deservedly so. Binit, a talented Ph D student of Electrical Engineering , built the SSHG microscope in our lab to study semiconductor-dielectric interfaces.

https://t.co/38xLRS3ZOR

[Andrew Akbashev @Andrew_Akbashev]

This week, scientists have been STUNNED by the possible discovery of room-temperature superconductivity.

IF it is true, humanity might have passed a HUGE milestone.

The impact will be WAY bigger than the combined impact by ChatGPT, artificial AI and anything else you’ve heard of.

In #science, this discovery is much bigger than any graphene, Li-ion batteries, observation of black holes, and even Higgs boson.

▫️

In a long run, the consequences can be bigger than the outcome of industrial revolution and discovery of nuclear reactions and energy. It will deeply transform the humanity.

▫️

I’m putting a list of things that come to my mind. However, there are many more points in reality. Some changes will be so "core" that we can't even foresee them today.

1⃣ Electric vehicles and levitating high-speed trains will benefit immensely. We will see a drastic increase in energy efficiency. Putting it together with high-efficiency superconducting motors, I wonder - "Gas stations will become obsolete?".

2⃣ Energy Storage and Transmission. First, we will see the emergence of LOSSLESS electrical grids with extremely long distance of electricity transmission. Second, a RT superconducting coil is a “perfect battery”. It can store and release a lot of energy with 100% cycling stability and ulta-slow “self-discharge”. It will change everything, from power grids to space shuttles.

3⃣ Computers!!! We will see the emergence of ultrafast, low-energy-consuming computing devices. Stable quantum computing at RT may become a perfectly feasible thing. Overall, this will revolutionize the ways we build computers and devices.

4⃣ Extraordinary sensors in everyday life. Currently, regular superconducting sensors (e.g. near-IR single-photon detectors, or magnetic field sensors) need very low temperatures and are used in very specific/expensive domains. RT superconductors will bring them to our houses, changing the technologies around us forever.

5⃣ Super-cheap MRI machines for medical diagnostics. MRI relies on superconductors, but they can operate at very low temperatures, making the instruments super-expensive. With RT superconductors, they will become compact and cheap. New era for accessible medical diagnostics!

6⃣ High-efficiency and powerful motors. When conventional electric motors incorporate superconducting materials, it will make them a LOT more efficient. Reduced energy consumption + smaller size will revolutionize the industrial machinery and appliances. I am sure that airplanes with electric propulsion will finally become possible.

7⃣ Nuclear fusion may become viable (and controllable) because superconductors are one of the key ingredient.

As you see, such a discovery will change the world as we know it.

▫️

Now, the key question is - can someone reproduce these results?

As far as I see, many groups have jumped into this topic.

Let’s wait for the outcome!

#AcademicTwitter #Engineering