New preprint 🚀
DPD for entangling gates, demonstrated in trapped-ion qubits.
📄 https://t.co/o8adPMwBPI
We suppress distortions (3–5 dB), ~2× usable power at 1e-3 error, and improve Bell-state fidelity.
Pleasure to work with @yotshap, @ozeri_roee, and the team. :)
After 20 years, 58 generations and more than 30,000 cloning attempts, a team of researchers has hit the limit on the number of times a single mouse can be serially re-cloned
https://t.co/XazvjyoCQa
BREAKING NEWS
The 2025 #NobelPrize in Physiology or Medicine has been awarded to Mary E. Brunkow, Fred Ramsdell and Shimon Sakaguchi “for their discoveries concerning peripheral immune tolerance.”
This episode features the latest work from Dr. @jacob_hanna's team!
Drs. @Alperen98Yilmaz, @GulbenGurhan, and collaborators generated transgene-free mouse stem cell-based embryo models from naive PSCs.
📎 https://t.co/FL9XdBOMOM
🎧 https://t.co/GLms49GzfK
Excited to share our work published in @CellStemCell! After determining a way to induce TE and PrE lineages from naive PSCs w/o transgenes to make complete embryo models, we also devised a new culture condition that can maintain Epi, PrE and TE that can generate SEMs on demand.
1/n Fun journey continues: Our new @CellStemCell paper out on how the Inherent & Dormant Plasticity of mouse naive PSCs can be "Exaggerated" to Directly form ~E8.5 Transgene-Free (TF) Mouse SEMs & WITHOUT inducing 8-16-Morula-like "Embryo Founder Cells". https://t.co/xpAKUaBdbp
We truly enjoyed summarizing this tour de force work in @Dev_Cell on understanding human cleavage stage ZGA arrest by using single-embryo single-cell allele-specific RNA-seq by Peng Yuan team, & catching up on other recent advancements in ZGA research
https://t.co/s9CnFL61Vx
“You dream of having a good career but this is over and on top of that. It’s a great surprise and honour.”
Daron Acemoglu (@DAcemogluMIT) reacting to the news of his prize in economic sciences today. Congratulations to our new laureate!
#NobelPrize
We greatly enjoyed reading and summarizing the important findings of these two new studies on LIN28 regulation of cell fate for @NatureSMB - mechanistic studies at their best!
Congrats Miha @paraspeckle and all other authors
https://t.co/ItPaCvLVhM
https://t.co/dsjNvKFcgC