The hottest Nanotechnology Substack posts right now

And their main takeaways
Category
Top Science Topics

1,000 CFETs, SK Hynix Next-Gen NAND, Interconnects Beyond Copper, 2D Materials, and More

SemiAnalysis • 9799 implied HN points • 13 Jan 26
🕹 Technology Nanotechnology
  1. 3D NAND makers are still squeezing more bits by adding layers and decks; SK Hynix’s 321-layer V9 boosts capacity a lot and its multi-site 5-bits-per-cell idea shows big logical-density potential, but these tricks add serious process complexity and cost.
  2. Metals are changing to beat copper limits: Samsung is using molybdenum to cut wordline resistance in NAND, and ruthenium is emerging for ultra-fine interconnects with textured ALD that can greatly lower line resistance at tiny pitches.
  3. Two-dimensional materials keep promise for sub‑10 nm logic because they reduce source‑to‑drain tunneling, but real-world barriers—wafer‑scale integration, low‑bias contacts (especially p‑type), variability, doping methods, and modeling—still need to be solved before they become manufacturable.

Why Are Viral Capsids Icosahedral?

Asimov Press • 444 implied HN points • 09 Mar 26
🔬 Science Nanotechnology
  1. Icosahedral symmetry lets viruses build a near-spherical shell by repeating the same protein subunits, which minimizes genetic coding needs while maximizing internal volume for genome storage.
  2. The Caspar–Klug idea of quasi-equivalence and its triangulation numbers explains how many subunits assemble into stable icosahedral shells, and newer tiling theories generalize this to account for more complex capsid geometries.
  3. Icosahedral capsids are energetically favorable and mechanically robust, making this shape a repeated evolutionary solution and a model for engineered protein cages, vaccines, and other biological compartments.

Reading List 07/05/2025

Construction Physics • 10021 implied HN points • 05 Jul 25
🕹 Technology Nanotechnology
  1. A tiny electric motor was created by William McLellan, inspired by Richard Feynman's ideas on miniaturization. It opened the door to the world of nanotechnology, despite having no practical use.
  2. California is easing environmental rules under the California Environmental Quality Act (CEQA), making it easier to build new housing. This change aims to address the state's housing crisis and high costs.
  3. Volvo is leading the electric truck market with nearly half the market share in Europe and North America. They delivered their 5,000th electric semi truck, showing strong growth in this sector.

BGI Nanopore Peptide Profiling

ASeq Newsletter • 21 implied HN points • 10 Mar 26
🔬 Science Nanotechnology
  1. BGI demonstrated a scaled-up method for classifying peptides with nanopores, showing the approach works beyond small proofs of concept.
  2. They attach DNA handles to peptide ends so peptides can be threaded and paced through a nanopore using existing DNA sequencing control.
  3. The study revealed more technical detail about BGI’s nanopore platform, indicating it could be adapted for larger-scale protein or peptide analysis.

NanoDx

ASeq Newsletter • 43 implied HN points • 26 Jan 26
🕹 Technology Nanotechnology
  1. Nano Diagnostics started around 2010 as Biodirection and originally pursued a nanowire-based approach aimed at point-of-care concussion detection.
  2. Improved biomarkers and competitors like Abbott now offer fast immunoassay TBI tests (cleared in 2023), making the concussion diagnostics market tougher for NanoDx.
  3. Recent patents and company signals suggest NanoDx has moved away from its original nanowire focus and is emphasizing SARS-CoV-2 diagnostics, reflecting a broader industry shift away from nanowire approaches.
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Daisy Genomics

ASeq Newsletter • 14 implied HN points • 08 Jan 26
🕹 Technology Nanotechnology
  1. They rebranded from Armonica to Daisy Genomics and recently raised about $2.5M.
  2. That amount is modest for single-molecule sensing work, but in the current funding climate any raise is a positive sign.
  3. Patents and company direction indicate a shift away from tortuous nanopore approaches toward nano-channel sequencing devices.

ANOTHER Nanopore Company! (Meilitech)

ASeq Newsletter • 21 implied HN points • 16 Dec 25
🕹 Technology Nanotechnology
  1. Meilitech has introduced the MerrySeq nanopore platform with modest claimed performance (around 95% accuracy) and small device pore counts (1–96), positioning it differently from bigger competitors.
  2. The platform emphasizes reusability and openness: chips are advertised as reusable 5–10 times with dry/wet separation, and the system offers multiple pore protein options plus raw-trace output for user tinkering.
  3. The product looks less mature than other offerings but could be attractive as a low‑cost, hackable research tool; it also sells patch‑clamp rigs and standard data outputs, though real-world availability and performance are unclear.

Secret linguistic, nanostructure, & biomaterial strategies

The Strategy Toolkit • 8 implied HN points • 15 Jan 26
🔬 Science Nanotechnology
  1. People have long used language as a tool for secrecy and coded communication, from wartime code talkers to private dialects.
  2. Specialized scripts like nushu were easy to learn and often sung rather than spoken, letting uneducated rural women share stories, support one another, and pass on traditions.
  3. Community-specific languages are fragile and can disappear over time, so they hold unique cultural value and are vulnerable if not preserved.

Carbon Nanotubes in the Datacentre

State of the Future • 17 implied HN points • 25 Nov 25
🕹 Technology Nanotechnology
  1. Carbon nanotubes are super strong, lightweight, and have great heat and electrical conductivity. They can help solve cooling issues in data centers by improving heat transfer.
  2. There are already products using carbon nanotubes, such as thermal interface materials and battery additives, which make data centers more efficient. New opportunities are emerging with liquid cooling systems for AI, expected to have a big impact soon.
  3. While some uses of carbon nanotubes are ready now, others require more time to develop. On-chip connections and advanced packaging could take 5 years or more to become mainstream, but they could change how we manage data center performance.

Solid State Nanopores - Shanghai BaiCe Technology Co., Ltd. (上海佰测科技有限公司)

ASeq Newsletter • 7 implied HN points • 09 Jan 26
🔬 Science Nanotechnology
  1. A little-known Chinese solid-state nanopore sequencing startup has been identified, but there is almost no public information or a company website.
  2. Their patent describes a nanopore with an embedded conductive layer or single measurement electrode that senses signals inside the pore while a separate bias voltage only drives DNA or other strands through.
  3. They claim sensing through the solid electrode reduces solution interference and that upper/lower nanopores produce useful current changes, but no experimental data or public results are available yet.

Genopore Update

ASeq Newsletter • 7 implied HN points • 07 Jan 26
🕹 Technology Nanotechnology
  1. A recent website update aligns with earlier patent-based speculation about their nanopore protein-detection design.
  2. They published a new patent that adds technical detail and indicates continued development.
  3. Detailed discussion is locked behind a paid subscription, so full information is not publicly available.

Weekly Dose of Optimism #120

Not Boring by Packy McCormick • 137 implied HN points • 15 Nov 24
🕹 Technology Nanotechnology
  1. The U.S. is planning to triple its nuclear power capacity by 2050, aiming for 200 gigawatts through new reactors and upgrades. This is a big move to meet rising energy demands in a safe and efficient way.
  2. Molecular nanotechnology could revolutionize production, possibly outpacing past technological shifts like the Industrial Revolution. It's an exciting frontier that stands to vastly increase our capabilities in various fields.
  3. Evo, a new AI model, shows promise in predicting and designing genomes, potentially creating new life forms. This technology could push the boundaries of biological science and genetic engineering significantly.

The CycloneSeq 40K Pores? 400Gb/Run?

ASeq Newsletter • 7 implied HN points • 17 Dec 25
🔬 Science Nanotechnology
  1. BGI’s CycloneSeq claims to use novel motor and pore proteins found in extreme ocean environments as the core components for its nanopore sequencing chemistry.
  2. The device reportedly uses a spider-web-inspired, nano-imprinted micro-well chip design to achieve ultra-low electrical noise and stable membrane embedding, enabling very long sequencing runs (up to about 107 hours).
  3. Slides and coverage suggest high throughput — on the order of tens of thousands of pores and around hundreds of gigabases per run (e.g., ~40K pores and ~400 Gb/run) — implying significant per-run data yield if accurate.

A Primer: Carbon Nanotubes

State of the Future • 24 implied HN points • 01 Jul 25
🕹 Technology Nanotechnology
  1. Carbon nanotubes (CNTs) are now being used in various real-world products, especially in batteries and composites. They help make these products stronger, lighter, and more efficient.
  2. The production of CNTs has improved significantly over the years, making them more affordable and consistent. This means they can be used in more industries beyond just research.
  3. CNTs have unique properties that allow them to enhance many materials without needing much of them. This makes them particularly valuable in applications like construction, electronics, and aerospace.

PumpkinSeed Protein Sequencing

ASeq Newsletter • 21 implied HN points • 17 Jun 25
🕹 Technology Nanotechnology
  1. PumpkinSeed is a startup focused on new protein sequencing technology. They use a method that analyzes light patterns to determine protein sequences without needing labels.
  2. The technology involves measuring the Raman spectra of peptides and using AI to interpret the data. This helps to figure out the order of amino acids in a protein.
  3. There's potential for the method, but questions remain about how easily it can be scaled for larger samples. The benefit and size of the market for this technology are still being evaluated.

Acorn Genetics

ASeq Newsletter • 14 implied HN points • 13 Feb 25
🔬 Science Nanotechnology
  1. Acorn Genetics is working on a new type of DNA sequencing technology. This technology promises to be fast, giving results in just minutes.
  2. The platform aims to be affordable, costing less than $10,000, which could make it accessible to more users.
  3. One of the cool features is that it won’t require any training to use, meaning anyone could operate it easily.

NobleGen

ASeq Newsletter • 7 implied HN points • 10 Feb 25
🔬 Science Nanotechnology
  1. Noblegen focused on an optical nanopore DNA sequencing method, but they are no longer active. This approach has been attempted multiple times with limited success.
  2. They incorporated a technique where each DNA base is replaced with multiple bases to simplify detection, but there's not much strong evidence that this method works well.
  3. The Noblegen Optipore method showed promise in development, but it was ultimately not adopted, reflecting the challenges in the field of DNA sequencing technology.

SemiConBio - Roswell Reboot

ASeq Newsletter • 0 implied HN points • 28 Nov 25
🕹 Technology Nanotechnology
  1. The old Roswell company appears to be rebooting as SemiConBio with a new CEO (Mike Aicher) and a small team still active, which is surprising given expectations they were out of cash.
  2. Recent successful demonstrations of DNA expansion by companies like Roche could lower the technical bar for solid‑state readout technologies, making such sensors more attractive as alternatives to bilayer nanopores.
  3. SemiConBio’s specific sequencing approach probably isn’t a direct fit for reading expanded DNA, but some of its components or techniques might be repurposed to build a high‑speed, solid‑state readout.

Questions

ExpandAI Newsletter • 0 implied HN points • 02 Jul 23
🔬 Science Nanotechnology
  1. Questions raised about the big bang and gene editing
  2. Exploration of nanotech medicine and human-machine merger
  3. Curiosity about time travel, superintelligence, and communication with other species

Modular Peptide Nanotechnology

Splitting Infinity • 0 implied HN points • 25 Aug 23
🔬 Science Nanotechnology
  1. Proteins can be used in nanotechnology for various functions like constructing structures and manipulating light.
  2. Designing peptides separately for specific roles can speed up the protein design process by reducing costs and enhancing iteration capabilities.
  3. Combining specialized peptides into modular proteins offers new functionalities like staining cancer cells or filtering specific molecules from wastewater.