#dnacomputers 搜尋結果
Important step towards #intelligentdrugs: #DNAcomputers will enable controlled drug… innovationtoronto.com/2017/02/an-imp…
Back again to #DNAcomputers... Should finish the report today...
DNA molecules that can carry out reprogrammable computations, for the first time #DNAcomputing #DNAcomputers #MaynoothUni #Caltech innovationtoronto.com/2019/03/dna-mo…
#DNAcomputers could lead to self-activated smart pills - environmental monitoring to judge when to release chemicals engadget.com/2017/02/20/dna…
#DNAcomputers will enable controlled drug delivery into the bloodstream with great… learn.ca/dna-computers-…
Zo knap dit #DNAcomputers newscientist.nl/nieuws/dna-com…
Biologists have created the world’s smallest ‘train switchyard’ Advance could help researchers engineer novel #DNAComputers that respond to their environment science.org/content/articl…
Self-replicating #DNAcomputers are set to change everything. Just like #genesequencing, the price will come down! futurism.com/self-replicati…
Might #Humans be #DNAcomputers for Sentient Beings to MERGE WITH, Creating a Mind-Heart-Body-Spirit Reality? How 'bout #Extraterrestrials?
If scaled up, #DNAcomputers could offer advantages over expensive & energy-intensive processors of the kind currently used to train #AI. “Imagine… replacing much of that with low-cost, low-footprint, low-power, highly parallelised DNA-based molecular computation,” says Keung.
#DNAcomputers are now a reality singularityhub.com/2017/04/12/sci…
Afgelopen week op #Kennislink: #DNAcomputers & #schetende #stieren http://bit.ly/jpaedq
#DNAcomputers : "Scientists know how to code information into DNA, but it costs $12,500 to code a single megabyte of information."
Forget the cloud — DNA computers can work at 100 billion terabytes. futurism.com/self-replicati…
futurism.com
Self-Replicating "DNA Computers” Are Set to Change Everything
Scientists now know how to code information into DNA as though it were a hard drive — the problem is, it's really expensive to do.
#DNAStorage & #DNAComputers are even awesome! #DNA can be taught to perform commands. DNA replicates to solve a problem faster #Microsoft #BiologicalComputers lnkd.in/gWksf5W lnkd.in/gSdQxqF
This is how to store human knowledge for eternity - BBC News youtu.be/-rE_-q-rfqk #DNAcomputers
intel.com/content/www/us… The beginning of the beginning...? #MooresLaw #DNAComputers #DigMeS #SemiConductor
Generative AI for Data Engineers 📘 Introduction and Applications 💡 Prompt Engineering Basics 📈 Elevate your Data Engineering Career imp.i384100.net/5g9Okn
Autonomous DNA nanobots break new ground @Ini_fadelli @LMU_Muenchen @EmoryUniversity @GeorgiaTech @LabTinnefeld New DNA origami nanorobots can store energy and perform multistep tasks without external power #nanobots #DNA #healthtech #DrugDelivery #MedTech liveforever.club/article/autono…
DNA decision trees: interpretable molecular computing for biomedical diagnostics Most DNA-based computing demos so far have looked like molecular versions of neural networks: powerful but opaque “black boxes.” That’s a problem if you want to use them for decisions that must be…
DNA And Data: The Currencies Of Modern Eugenics – Truth Unmuted truthunmuted.org/dna-and-data-c…
Biocomputer.ai — where biology meets computation. A domain built for the pioneers turning living systems into intelligent machines. If you’re shaping the future of biotech + AI, this name sets the tone for the entire revolution. Biotech | AI | Biocomputer | Neuralink
A new class of autonomous nanorobots built from reconfigurable DNA origami arrays has been developed by researchers from Ludwig-Maximilians-Universität München, Emory University, and the Georgia Institute of Technology. bit.ly/4oOPta0
Nanorobots based on reconfigurable DNA origami arrays can work autonomously share.google/qUJHj0MW3s3zfU…
🧠 Scientists have built a digital copy of the mouse brain cortex using a supercomputer. This enables simulation of neurological diseases and virtual testing of treatments—a major leap for neuroscience and drug discovery. #AI #Neuroscience #Supercomputing
We’re Running Out of Room for Our Data—But the Raw Power of DNA Could Save Us, Scientists Say popularmechanics.com/science/a69462…
🚨EXCLUSIVE: @dna_electronics CEO Sam Reed spoke with @GenomeWeb at #AMP2025 🧬🚀 We talk: 📈 LiDia-SEQ™ commercialization 🔬 New BSI/AMR test + next-gen apps ✅ Approvals roadmap & clinical partnerships Full story 👉 🔗 genomeweb.com/cancer/dnae-pl… #diagnostics #medtech
Nanorobots based on reconfigurable DNA origami arrays can work autonomously phys.org/news/2025-11-n…
DNA foundation models are powerful, but they aren't ready to replace expert models yet. DNALONGBENCH reveals significant gaps in capturing 1Mb+ long-range dependencies critical for 3D genome folding. Read the analysis: nature.com/articles/s4146… #Bioinformatics
Happy to share #DNALONGBENCH @NatureComms. We challenge DNA #FoundationModels w/ long-range sequence context and hope this sparks more meaningful ways to evaluate growing AI+BIO models. Kudos to @WenduoC @ZhenqiaoSong @zocean636. Great collab w/ @lileics. nature.com/articles/s4146…
Nanorobots based on reconfigurable DNA origami arrays can work autonomously phys.org/news/2025-11-n…
dbDNA™ technology eliminates biological limitations, ensuring high-purity, scalable DNA synthesis. Using enzymatic processes, we can deliver optimised DNA vectors to help you bring cutting-edge genetic applications to fruition quickly. Explore here: eu1.hubs.ly/H0pLLbc0
DNALONGBENCH: a benchmark suite for long-range DNA prediction #DNAfoundationmodels #BiotechNatureComms @WenduoC @ZhenqiaoSong @zocean636 @lileics @jmuiuc doi.org/10.1038/s41467…
The computers that run on human brain cells. Move over silicon: scientists want to use neurons to make powerful computers with minuscule energy needs. buff.ly/eIfh65n v/ @Nature
@bindureddy Exactly! AGI emerges from orchestration, not isolation. At AgentGenome.ai, our .dna framework turns agents into portable “digital genomes” for seamless multi-model coordination—neuro-symbolic, substrate-independent, and evolvable. We’re building the smart…
Emergent digital bio-computation through spatial diffusion and engineered bacteria nature.com/articles/s4146…
Bacterial communication and computing are emerging as pivotal areas within the Internet of Everything (IoE), leveraging the natural capabilities of bacteria to create bio-inspired communication and computing systems search.brave.com/search?q=Bacte…
Your genome is now a dataset. YOUR DNA. THEIR SYSTEM. Guard your future. We built a path out of their AI systems. DM @umbeletown with code "DNA1" to learn more
Important step towards #intelligentdrugs: #DNAcomputers will enable controlled drug… innovationtoronto.com/2017/02/an-imp…
DNA molecules that can carry out reprogrammable computations, for the first time #DNAcomputing #DNAcomputers #MaynoothUni #Caltech innovationtoronto.com/2019/03/dna-mo…
#DNAcomputers will enable controlled drug delivery into the bloodstream with great… learn.ca/dna-computers-…
"Self-Replicating #DNAComputers Set to #ChangeEverything" letsfaceit.care For the #LatestHealthCareNews
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