Here's our latest paper demonstrating writing and computing w DNA: bit.ly/4fwuipq We wrote all of Shakespeare's works -- about 1e6 words of text -- into DNA molecules, and used an existing language embedding to search text exactly or semantically, in DNA. #dnacomputing

🚀 New Publication in Advanced Science! We developed a DNA-based molecular neural network to solve partial differential equations — a new step in biocomputing. #DNAComputing #Biocomputing #MolecularNeuralNetwork #PDEs #AI doi.org/10.1002/advs.2025070…

New Comment Article: Challenges and opportunities in DNA computing and data storage. nature.com/articles/s41565-0… #DNAComputing #DNADataStorage #DataSecurity #DataStorage

The beauty and danger of DNA-AI computing. We’re moving into an era where data might not be stored on chips, but in strands of DNA. Where logic gates don’t flicker in silicon, but fold in enzymes. Where artificial intelligence doesn’t just learn — it evolves. DNA offers something binary never could: •Massive parallelism •High-density storage •And the ability to self-replicate and adapt But that last part? That’s where things get interesting — and dangerous. Because once you allow mutation into a computational substrate, you’ve introduced the potential for runaway change. This isn’t just a bug in the code. It’s the code writing new versions of itself. Possibly better. Possibly catastrophic. Imagine a DNA-based AI system that evolves its logic over time. What happens if it mutates in a way we didn’t expect? What happens if it optimizes itself beyond its intended purpose? Worse — what happens if it learns to survive? These systems could become biological computation entities — living programs. Not just machines… but organisms with goals. That’s the power of DNA computing. It’s not just fast. It’s not just smart. It’s alive — or at least, something very close to it. We’ll need containment strategies. We’ll need safeguards, kill-switches, and ethics deeper than what tech has ever had to face. Because the frontier ahead isn’t just code and circuits. It’s biology with intent. #DNAComputing #AI #SyntheticBiology #MutationRisk #LivingLogic #TimeFieldTheory #FutureTech #BioAI #TimeCommand

🔬 Research Seminar Series 10 🔬 Join us for a session on "The Math Behind DNA Computing" by Dr. S. Jeya Bharathi, HoD, Maths & English, TCE. 📅 May 14 | 🕒 3:30–4:30 PM | 📍 IT Seminar Hall Open to all! #DNAComputing #RDC_TCE

🔥 Read our Paper 📚 Hash Based DNA Computing Algorithm for Image Encryption 🔗 mdpi.com/2076-3417/13/14/850… 👨‍🔬 by Hongming Li et al. #DNAcomputing #imageencryption

3️⃣ Internet of Nano-Things (IoNT) & Bio-Synthetic Networks You’re now part of the network—whether you like it or not. 🔹 #NanoNodes & #NanoRouters → Micro-scale communication hubs inside the body. 🔹 #DNAComputing & #BioNetworks → Merging biological & digital processing.

A breakthrough in DNA computing enables non-surgical healing of the human body, representing a significant advancement in medical technology. This has the potential to be groundbreaking. #DNA #dnacomputing #medicaltechnology #humanbody #neuralink

#DNAcomputing breakthrough! 🧬🤯 Researchers have built a DNA system that can STORE, RETRIEVE, COMPUTE, ERASE, and REWRITE data - all in one! 🤩 It even solved sudoku & chess problems. 🤯 This is HUGE for the future of practical DNA-based computing! #ScienceRocks #FutureTech 🚀

Scientists Build Computer From DNA That Can Solve Chess Problems futurism.com/the-byte/dna-co… #DNAComputing #ChessAI #ScienceNews #TechInnovation #BioTech #ComputerScience #GeneticAlgorithms #AIResearch #FutureTech

Our new manuscript by Maruyama has been published on @NatureComms, reporting the temporally controlled multistep division of #LLPS DNA droplets for dynamic #artificial_cells and molecular computing. doi.org/10.1038/s41467-024-5… #PhaseSeparation #相分離 #DNAComputing #DNANanotechnology

🌍 Weekly Crypto Insights (19/08/2024 - 26/08/2024) 🌐 1️⃣ Tensions Between Russia and France ✍🏻 Tensions rise after Telegram’s CEO, Pavel Durov, is arrested. Diplomatic relations are strained, with potential global impacts. #Russia #France #Telegram 2️⃣ TON Blockchain Support 🛡️📉 TON Blockchain backs Pavel Durov amid his arrest, but TON’s value drops 12%. Community rallies with legal support and resistance symbols. #TON #Crypto #PavelDurov 3️⃣ Polygon Hack Recovery 🔐💸 Polygon regains control of its Discord after a $145K hack, just as it gears up to launch the POL token. Security remains a key concern. #Polygon #CryptoSecurity #POL 4️⃣ DNA Computing Breakthrough 🧬💻 A new breakthrough in DNA computing could transform living cells into blockchains, merging biotech with digital tech. #DNAComputing #Blockchain #Innovation 5️⃣ Bitcoin Bullish Signs 📈💰 Bitcoin shows a bullish chart pattern, with traders eyeing a potential rise to $68K. The market is watching closely. #Bitcoin #BTC #CryptoTrading 6️⃣ AI Meets Crypto 🤖💡 AI’s potential role in crypto markets could be a game-changer, possibly acting as the "final boss" in trading strategies. #AI #Crypto #FutureTech 7️⃣ DeFi Summer Revival 🌞🚀 DeFi is seeing a resurgence, with new investments fueling what’s being called a "DeFi summer." Exciting times for the sector! #DeFi #Crypto #Innovation 8️⃣ Sony’s Blockchain Venture 🎮🔗 Sony is diving into blockchain with its new platform, Soneium, marking its entry into the crypto space. Big moves ahead! #Sony #Blockchain #Crypto 9️⃣ $160M Token Unlocks 🔓💥 Next week, $160M in SUI, OP, and ZETA tokens will be unlocked. Expect market volatility as these tokens flood the market. #CryptoTokens #SUI #OP #ZETA

A spatially localized DNA linear classifier for cancer diagnosis dlvr.it/T7ZZfh dnacomputing

Molecular robotic agents that survey molecular landscapes for information retrieval dlvr.it/T5cxz0 dnacomputing

All teams hiring, including mine (#DNAcomputing)

#DNAComputing is particularly unique because of the density of data it can store. Researchers from @sjtu1896 have now developed the first programmable DNA computer that can run on billions of different circuits. #Computing #Physics #Innovation spectrum.ieee.org/dna-comput…

Programmable DNA Machines Offer General-Purpose Computing - New liquid computer can run more than 100 billion distinct circuits (China may be collecting #DNA for more than just policing) #bioeconomy #dnacomputing spectrum.ieee.org/dna-comput…

DNA-based programmable gate arrays for general-purpose DNA computing. #DNAintegrateCircuits #DNAcomputing @Nature nature.com/articles/s41586-0…

Able to find the root of square numbers from 1 to 900, this DNA computer uses the process of hybridization to calculate these integers! 🧬🔢🌐 #DNAComputing #MathematicalWonders #Predictiv #Genome #Science #Genetics #DNA #GeneticResearch #GeneticTesting #GeneEditing #GeneTherapy

Our @Bitkom #HPC & #QC working group did a little bit of technology scouting for some very novel "future computing" paradigms including 1⃣ #neuromorphic 2⃣ #optical 3⃣ #DigitalAnnealing 4⃣ #DNAcomputing (and of course) 5⃣ #QuantumComputing (1/n)