Deleted tweet detection is currently running at reduced
capacity due to changes to the Twitter API. Some tweets that have been
deleted by the tweet author may not be labeled as deleted in the PolitiTweet
interface.
Showing page 399 of 2734.
MIT Technology Review @techreview
“But there is a physical limit on how many genetic parts can be used in a single cell,” Karen Polizzi, a chemical engineer at @ImperialCollege, says. “This limits the sophistication of the computing concepts that can be developed.” — PolitiTweet.org
MIT Technology Review @techreview
In the broadest, aspirational terms, synthetic biology aims to engineer biological systems for any imaginable user-defined function—with applications ranging from energy and environment to food and agriculture, to manufacturing and medicine and space travel. — PolitiTweet.org
MIT Technology Review @techreview
The study with E. coli as maze solvers was just a simple toy problem, but it also serves as a proof of principle for distributed computing among cells, demonstrating how more complex and practical computational problems might be solved in a similar way. https://t.co/FUJTs41dMq — PolitiTweet.org
MIT Technology Review @techreview
“Such complex functions are created and tuned by evolution,” says Sangram Bagh, who led the bacterial maze solvers experiment at the Saha Institute of Nuclear Physics in Kolkata. “We do not know exactly how so many complex functions are working together in a robust manner.” — PolitiTweet.org
MIT Technology Review @techreview
“Nature can do this (think about a brain), but we don’t yet know how to design at that overwhelming level of complexity using biology,” says Pamela Silver, a synthetic biologist at @Harvard. — PolitiTweet.org
MIT Technology Review @techreview
Working in concert, these engineered microbes might be able to “compute” and solve problems more like multicellular networks in the wild. So far, for better or worse, fully harnessing biology’s design power has eluded, and frustrated, synthetic biologists. — PolitiTweet.org
MIT Technology Review @techreview
The maze experiment is part of what some researchers consider a promising direction in the field: rather than engineering a single type of cell to do all the work, they design multiple types of cells, each with different functions, to get the job done. https://t.co/687sJyC5lF — PolitiTweet.org
MIT Technology Review @techreview
This neat feat is a credit to synthetic biology, which aims to rig up biological circuitry much like electronic circuitry and to program cells as easily as computers. https://t.co/zxgSG2jGqg — PolitiTweet.org
MIT Technology Review @techreview
We already know E. coli to be multitalented. Now it's added to its bag of tricks the ability to solve a classic computational maze problem using distributed computing—dividing up the calculations among different types of genetically engineered cells. https://t.co/687sJyC5lF — PolitiTweet.org
MIT Technology Review @techreview
Genetically engineered E. Coli might help realize some of synthetic biology’s loftier goals. This is a thread about how the bacterium solved a simple maze problem—and how other more complex and practical problems might be solved in a similar way. https://t.co/FUJTs41dMq https://t.co/EtUOZMm0Lb — PolitiTweet.org
MIT Technology Review @techreview
New data offers one of the most thorough accounts of how companies like NSO group are selling cyberweapons and surveillance technology to NATO enemies. https://t.co/95MuZvRAJc — PolitiTweet.org
MIT Technology Review @techreview
[SPONSORED] As AI executes more routine tasks, businesses will need to explore ways to augment skills and redesign functions so that teams can take full advantage of the enhanced capabilities. Read the report: https://t.co/qlfNtv2PCS. (With @CornerstoneInc) https://t.co/nMF9Fbk9ju — PolitiTweet.org
MIT Technology Review @techreview
[SPONSORED] Two thought-leadership voices. One unmissable tech conversation. Join us live on @Clubhouse: https://t.co/pxqYVDfqFz. (With @Intelbusiness) https://t.co/mkjyfA7i6k — PolitiTweet.org
MIT Technology Review @techreview
Meet MIT Technology Review’s covid inequality fellows https://t.co/hyykt6mSjg — PolitiTweet.org
MIT Technology Review @techreview
Genetically engineered bacteria, rigged up as a distributed computing system, might help realize synthetic biology’s loftier goals. https://t.co/I90dzMHZIo — PolitiTweet.org
MIT Technology Review @techreview
Don't miss out on learning how to strengthen your company's cybersecurity playbook! This virtual conference starts next week! 🎟️ REGISTER now: https://t.co/aMWTgn6gDC https://t.co/C28Z9zUVcQ — PolitiTweet.org
MIT Technology Review @techreview
Every year, millions of Americans fall into poverty, some into homelessness. Lori Teresa Yearwood was one of them. We asked her to write about her experience and share what she’s learned about how hard it is to fight back into the middle class. https://t.co/1b1aI41Ay4 — PolitiTweet.org
MIT Technology Review @techreview
[SPONSORED] “We need to get to the point where we actually do something that will make a difference,” says Nobel Prize winning economist Paul Romer on introducing a progressive tax model to break up and regulate tech. Listen now. (With @OmidyarNetwork) https://t.co/die8ZOgsBU — PolitiTweet.org
MIT Technology Review @techreview
Collective data rights can stop big tech from obliterating privacy. Protecting individual data is not enough when the harms are collective. https://t.co/sYvBWxzRDN — PolitiTweet.org
MIT Technology Review @techreview
[SPONSORED] The speed of #5G can help integrate transport and communication #networks, like telematics, smart city analytics, and traffic management solutions, leading to efficiencies that reduce #emissions. Read the white paper: https://t.co/lsN0f8vQzr. (With @ericsson) https://t.co/W8jlmV8ddL — PolitiTweet.org
MIT Technology Review @techreview
This is a small step towards artificial general intelligence. https://t.co/SKKV7pIK7N — PolitiTweet.org
MIT Technology Review @techreview
If you're interviewing for a new job, you should read this. https://t.co/dx88ygoL9s — PolitiTweet.org
MIT Technology Review @techreview
This is the $9 billion machine that saved Moore’s Law. “This is accelerating faster than a fighter jet,” says an engineer on the team that built it, “so you have one of the fastest things on earth settling at pretty much the smallest spot of anything.” https://t.co/ZBHYPwxXCr — PolitiTweet.org
MIT Technology Review @techreview
This list represents a glimpse into our collective future. https://t.co/hrFGOLuODG — PolitiTweet.org
MIT Technology Review @techreview
India has officially joined the net-zero pledge club, and its 2070 target is ambitious and meaningful. Now it’s time for wealthier countries to step up their support for efforts by developing countries to hit their climate goals. #COP26Glasgow https://t.co/YeK5UQzo2B — PolitiTweet.org
MIT Technology Review @techreview
Just-in-time shipping is dead. Long live supply chains stress-tested with AI digital twins. https://t.co/mR4mS8AWSP — PolitiTweet.org
MIT Technology Review @techreview
A few lonely academics have been warning for years that solar power faces a fundamental challenge that could undermine the economic case to build more solar farms and put climate goals at risk. Now, a report finds California is already experiencing this. https://t.co/syBuhbqDfG — PolitiTweet.org
MIT Technology Review @techreview
Deploying autonomous mini-rovers could help us explore places where conventional ones can’t go. https://t.co/d4Navy4YvS — PolitiTweet.org
MIT Technology Review @techreview
Fed up with apps, people looking for romance are finding inspiration on Twitter, TikTok—and even email newsletters. https://t.co/6BY5eaEggl — PolitiTweet.org
MIT Technology Review @techreview
Three key ways artificial intelligence is changing what it means to compute. https://t.co/F41slu0JjB — PolitiTweet.org
