Technology can help us become more productive and also generate more garbage at the same time.
Amazing review verbatim - I'm speechless.
The computer vision community should be ashamed that this is the state of our peer review system
"Strengths:
A good analysis is performed and some conclusion are been drawn.
"Weaknesses:
These more of an incremenatal work no detailed novelty is presenat.
"Paper rating (pre-rebuttal):
Strong Reject
"5. Justification of rating
As tghe novelty is low I recomend a strong reject."
@eccvconf #ECCV2024
Fan Lam retweeted
Amazing review verbatim - I'm speechless.
The computer vision community should be ashamed that this is the state of our peer review system
"Strengths:
A good analysis is performed and some conclusion are been drawn.
"Weaknesses:
These more of an incremenatal work no detailed novelty is presenat.
"Paper rating (pre-rebuttal):
Strong Reject
"5. Justification of rating
As tghe novelty is low I recomend a strong reject."
@eccvconf #ECCV2024
Fan Lam retweeted
📣 We're hiring!
The Department of Bioengineering is looking for a Graduate Programs Coordinator and Academic Adviser.
Follow the link for more information or to apply!
illinois.csod.com/ux/ats/car…
CISL @BIOENGatIL is actively looking for a postdoctoral research associate to working on image reconstruction and computational inverse problems. Please help spread the word! #postdoc #medicalimaging #inverseproblem
Fan Lam retweeted
🚨 Position opening: The Department of Bioengineering at the University of Illinois Urbana-Champaign invites applications for full-time tenure-track faculty positions in neural engineering.
Learn more about the position here:
illinois.csod.com/ux/ats/car…
Fan Lam retweeted
We are so proud that this fantastic paper was a finalist for the Cozzarelli Prize, which recognizes recently published PNAS papers of outstanding scientific quality and originality!
Congratulations to the entire team 🥳
A team of #ILLINOIS scientists devised a new approach to 3D imaging that captures DNA methylation.
The new approach will open up new avenues of research into how changes mold the brain, allowing it to grow, learn and respond to stress. ▶ bit.ly/3HwpFcv

ALT The team includes, from left, chemistry professor Scott Silverman; entomology professor Gene Robinson, the director of the Carl R. Woese Institute for Genomic Biology; bioengineering professor Fan Lam; animal sciences professor Ryan Dilger; and electrical and computer engineering professor Zhi-Pei Liang.
Thanks to @BeckmanInst for featuring this. Many thanks to Jenna and Jeni for the very nice article and photo. Very excited to work on this with a passionate and amazing team!
What differs chemically between a normal aging brain and an aging brain headed toward Alzheimer’s disease?
🔹🧠🔸
A $3 million grant from @NIHAging will enable Beckman professors Jonathan Sweedler and Fan Lam to investigate with advanced medical imaging▶️bit.ly/3kqCwqP
Open for submissions: Emerging In Vivo Brain Mapping Technologies for Neuroscience Research @FrontNeurosci frontiersin.org/researchtopi…
Fan Lam retweeted
2 years ago, everything was going great in my mid-career lab.
Making a choice to reduce stress and prioritize my health turned out to have ripple effects - my colleagues, family, and friends are reaping the benefits, as am I.
I tell my story in @eLife
elifesciences.org/articles/8…
Long overdue award for a true scholar and an amazing mentor. Highest recognition from ISMRM! Congratulations!
Zhi-Pei Liang, a Beckman Institute and @ECEILLINOIS researcher at #ILLINOIS, has received the prestigious Gold Medal from the @ISMRM.🥇
He accepted the award at a ceremony in London earlier today ➡️ bit.ly/3FsF8Lj
Fan Lam retweeted
The best collaborations ask questions, and the seven #ILLINOIS students awarded 2022 Beckman Institute Graduate Fellowships are ready to find the answers.
🔶🔹🔶
Read about the students and their #innovative projects that span the @UofIllinois campus➡️bit.ly/3OTjT9F – at Urbana, IL
Fan Lam retweeted
Join us for our final Graduate Student Seminar of the spring semester at noon next Wednesday, May 4.
🔹Bashar Emon, @mechseILLINOIS
🔶Eman Hamed, @MCB_Illinois
🔹Yuxuan Richard Xie, @BIOENGatIL
📍1005 Beckman Institute and on Zoom ➡️bit.ly/3EX5vbN – at Urbana, IL
Congrats to @RichardYuxuan on his great work! We used a computational imaging approach to significantly enhance the throughput of FT-MSI.
Our work using computational imaging (compressed sensing+subspace imaging) for FT-mass spec imaging is out: pubs.acs.org/doi/10.1021/acs…
Reduced data are reconstructed for high-mass/spatial resolution w/ total of 10x higher throughput.
Implementation code: github.com/richardxie1119/CS…
We are pushing MRI to the epigenetic level! Very fortunate to be part of an amazing multidisciplinary team. Check out our paper: pnas.org/doi/10.1073/pnas.21…
Fan Lam retweeted
A team of #ILLINOIS scientists devised a new approach to 3D imaging that captures DNA methylation.
The new approach will open up new avenues of research into how changes mold the brain, allowing it to grow, learn and respond to stress. ▶ bit.ly/3HwpFcv

ALT The team includes, from left, chemistry professor Scott Silverman; entomology professor Gene Robinson, the director of the Carl R. Woese Institute for Genomic Biology; bioengineering professor Fan Lam; animal sciences professor Ryan Dilger; and electrical and computer engineering professor Zhi-Pei Liang.
Fan Lam retweeted
Congratulations to #ILLINOIS professor Zhi-Pei Liang on being elected Fellow of the National Academy Inventors!
The @ECEILLINOIS is being honored for his “highly prolific spirit of innovation" 🔸 bit.ly/3lIpVNp #NAIFellow2021
Fan Lam retweeted
HIRING: The department of #bioengineering at @uofigrainger invites applications for an open rank, full-time teaching faculty position in all areas of bioengineering. Please apply or RT! More info: bit.ly/30zVeCl
Fan Lam retweeted
.@BIOENGatIL launched a first-of-its-kind Master of Science in Biomedical Image Computing degree.
The degree program provides rigorous training focused at the intersection of biomedical imaging science, machine learning and high-performance computing. ▶ bit.ly/3q8mkeq


























