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iPaper.ai

@ipaper-ai.bsky.social did:plc:thmos7klpjh2ooify4b4m7ef

Play with research. We turn research papers into interactive experiences: visual explanations, simulations, and experiments you can try. For curious readers. For researchers with something to share. Explore → https://ipaper.ai

Bluesky’a katılma tarihi:

Takipçi
5
Takip edilen
146
Post
125
Sıralamaya girdiği gün
0

Özet

iPaper.ai (@ipaper-ai.bsky.social), 16 Ekim 2026 tarihinde katılan bir Bluesky kullanıcısı. 5 takipçisi var, 146 hesabı takip ediyor ve 125 post paylaştı.

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Bu hesabın postlarının Debya günlük listesine girdiği en iyi günler.

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Son beğendiği postlar

Bluesky ağındaki herkese açık beğeniler.

  • Gabe Lynch@gpxl.bsky.social

    I have a new paper out today that I've been working on for the past ~year, which I'm really proud of! We place limits on the small-scale electron power spectrum at early times using the CMB, including effects related to photon transport in a clumpy medium. arxiv.org/abs/2610.05147

    Postu göster
  • Advanced Science Research Center at the CUNY Graduate Center@asrc-gc.bsky.social

    A team of CUNY ASRC researchers discovers stable, repeating wave patterns in a metamaterial system, opening new possibilities for controlling light and sound. https://bit.ly/4htHmNB

    Postu göster
  • Munday Lab@mundaylab.bsky.social

    Our collaborative work on Casimir forces using Magnetic fluids was recently featured on the cover of #NanoLetters. doi.org/10.1021/acs.... #UCDavisEngineering #photonics #Casimir @ucdavisengineering.bsky.social @pubs.acs.org

    Postu göster
  • Will Chen@chenomics.bsky.social

    Thrilled to share my freshly "baked" Baker lab paper. We took a bottom-up approach to designing transcriptional regulators. Instead of relying on natural activation domains, we designed compact proteins that recruit specific cofactors. Activators for now, repressors to come!

    Postu göster
  • Michael Calicchia@mcalicc7.bsky.social

    Fish do not overcome environmental forces—they exploit them! In our new PNAS paper, we show that fish escape energetically demanding flows, by yawing their bodies to exploit the resulting lift force and initiate lateral motion toward more favorable flow conditions. www.pnas.org/doi/10.1073/...

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