Rajiv Krishnakumar
rajivkrishnakumar.bsky.social
Rajiv Krishnakumar
@rajivkrishnakumar.bsky.social
120 followers 50 following 47 posts
I like quantum algorithms ⚛ Any/all 🚹 Quantum scientist @ QuantumBasel and QC2, Univeristät Basel 🇮🇳🇨🇭 Opinions are my own
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Really excited to share this chat with Awanish Pandey, an optics and photonics professor at IIT Delhi. Very insightful and fun conversations with a great sense of humour all along :) And of course a shout out to my co-host Priya! Stay tuned for more episodes!

youtu.be/vwoY9OELZco?...
A Day in the Life of an Optics and Photonics Professor with Awanish Pandey
YouTube video by A Day in the Life
youtu.be
Does this mean the coin flipping guys get to publish a paper too?

(Sidenote: I am unironically a big fan of trickshot videos. The joy in their faces when they finally get it is fantastic!)
I think a way to fight blog posts is to preach to non-experts to

1. Find the link to the scientific paper in the blog post
2. Upload just the paper (not blog post or any other media) into NotebookLM
3. Ask NotebookLM your questions

It's not perfect but (so far) it's pretty decent!
Very nice interview with Prof. Prabha Mandayam where she shares with us some fascinating life experiences and insights, like how she got into quantum, what she enjoys most about her job, recent QEC breakthroughs, and more! Very fun, informal and a relaxing listen :)

www.youtube.com/watch?v=nejx...
A Day in the Life of a Quantum Information Science Professor with Prabha Mandayam | Ep. 5
YouTube video by A Day in the Life
www.youtube.com
Super interesting! Are there/will there be any talks on this available on youtube?
Nice one 🤣🤣 alternatively you need to search through 3 items
Thanks Nick, appreciate the shout 🙂 we're hoping it can entice more people into digging deeper into how to move forward in understanding which (parts of) problems in healthcare/lifesciences quantum algorithms could be have a potential to help out in!
Glad to see our work on potential applications of quantum computing to biomarker discovery out in the @cellpress.bsky.social Patterns journal :)

www.cell.com/patterns/ful...
Looking forward to it coming out!
So your conclusion is that "this suggests that the firewall paradox may be a symptom of the same fundamental issue that leads to the extended Wigner's friend paradox" is bullshit? Or am I misunderstanding?
Oh I didn't know this was an additional feed I could add, this is really neat!
It's similar on my timeline (not with Tesla specifically but a lot of Trump related posts). My solution is to just stick to the "Following" tab and ignore the "Discover" tab. Unfortunately I only discover new accounts when people I know repost them, so exploration is slow but I'm OK with it for now
Genuine question: what makes this paper bullshit? You often times point to a quote or give like a two-word context so happy to get that from you this time as well (I have no opinion or stake in this paper, just curious)
(7/8) 2.     We apply parameter freezing, inspired by extreme learning machines, to improve generalization and reduce model complexity.

📊 Essential Outcomes:

AUC increased by over 10%, demonstrating superior detection accuracy.
(6/8) each labeled as containing no CRCs (0) or at least one CRC (1).

How have we improve deep MIL models?

1.     Instead of using raw feature vectors, we aggregate high-dimensional hidden layer outputs—enhancing representation quality.
(5/8) Our work looked at detecting a specific CRC type (erythroblasts), which is linked to inflammation, hypoxia, cancer infiltration, and increased mortality risk.
We used individual blood cell images from different patients to create whole slide images (WSIs) of blood —
(4/8) 🔍 Understanding Our Approach

What is the challenge?

In multiple instance learning (MIL), individual data points (e.g., single cells) often lack labels, but “bag-level” labels (e.g., entire blood samples) are more accessible.
(3/8) - More efficiency: We reduced the number of trained parameters by a factor of 5.

- Future potential: We outline a possible pathway for leveraging quantum algorithms to further enhance MIL-based AI models.
(2/8) for the early detection of circulating rare cells (CRCs) in blood—key indicators of various biological and pathological conditions, including various cancer diseases.

Key results:

- Performance boost: Across multiple metrics - including AUC by over 10%.