--- description: Of all the investment fads and manias over the past few decades, none have been as big of a fizzle as the craze for nanotech stocks title: Here's Why Nobody's Talking About Nanotech Anymore image: https://static.time.com/v3/assets/bltea6093859af6183b/bltcb7074faab2c8dbc/698867a75f570f06ccb1dc81/gettyimages-150781072.jpg?branch=production&width=3840&quality=75&auto=webp&crop=16:9 ---  * [Business](/section/business/) ## Business Update your preferences in [Account Settings](/account/preferences/) Close * [stocks](/tag/stocks/) ## stocks Update your preferences in [Account Settings](/account/preferences/) Close # Here's Why Nobody's Talking About Nanotech Anymore ## Video: TIME Explains: The Deep Web [Watch (HLS stream): TIME Explains: The Deep Web](https://cdn.jwplayer.com/manifests/DQbujPQY.m3u8) (2:19)  _Published 2013-10-31. The FBI takedown of the online market Silk Road reveals the challenges of regulating the Deep Web. Here's what you need to know._ by [Kevin Kelleher](/author/kevin-kelleher/) ## Kevin Kelleher Update your preferences in [Account Settings](/account/preferences/) Close Oct 9, 2015 7:49 PM CUT  A micro reactor from glass of the iX-factory GmbH for cost-efficient and danger-reduced mixing of chemicals in the chemical industry. A micro reactor from glass of the iX-factory GmbH for cost-efficient and danger-reduced mixing of chemicals in the chemical industry.Ulrich Baumgarten—U. Baumgarten via Getty Images by [Kevin Kelleher](/author/kevin-kelleher/) ## Kevin Kelleher Update your preferences in [Account Settings](/account/preferences/) Close Oct 9, 2015 7:49 PM CUT Of all the investment fads and manias over the past few decades, none have been as big of a fizzle as the craze for nanotech stocks. Ten years ago, venture capitalists were scrambling for investments, startups with “nano” in their names flourished and even a few nanotech funds launched hoping to track a rising industry. And today? Nobody in the stock market gets excited about the phrase “nanotech” anymore. Which is strange, because nanotechnology itself – that is, the science and engineering conducted on a molecular scale, measuring [less than 100 nanometers](https://en.wikipedia.org/wiki/10%5Fnanometres "undefined") – is yielding applications and products in a number of industries, just as its more sensible supporters have long predicted. Back in 2005, the year when nanotech mania peaked, a gold rush mentality took hold. There were [1,200 nanotech startups](http://pubs.acs.org/cen/coverstory/83/8318nanotech.html "undefined") worldwide, half of them in the U.S. VCs invested more than $1 billion in nanotech in the first half of the decade. Draper Fisher Jurvetson had nearly a fifth of its portfolio in the nanotech sector, and Steve Jurvetson proclaimed it “the [next great technology wave](https://www.foresight.org/nano/SteveJurvetson.html "undefined").” With investors still feeling the hangover of the 2000 dot-com bust and a subsequent collapse of biotech stocks two years later, there was a strong appetite for a new wave of technology. In 2000, President Bill Clinton [doubled](https://www.whitehouse.gov/files/documents/ostp/NSTC%20Reports/NNI2000.pdf "undefined") U.S. investment in nanotechnology, and President George W. Bush [authorized](http://georgewbush-whitehouse.archives.gov/news/releases/2003/12/20031203-7.html "undefined") billions more in 2003. Speculators began flocking to [materials, chemical and pharmaceutical companies](http://www.edinformatics.com/nanotechnology/stocks%5Fcompanies.htm "undefined") that claimed to be doing work on the nanoscale, prompting other companies to rewrite their business descriptions to embrace nanotechnologies. Nanotech became, briefly, a magical buzzword. Companies that invested in nanotech, like Harris & Harris and Arrowhead Research, were publicly traded, offering stock investors access to a portfolio of nanotech plays. Stock indexes like the Lux Nanotech emerged, as did ETFs based on them, allowing another ground-floor entryway for small investors who wanted in on the next big thing. ### Top 10 Tech Product Designs of 2014  Nest Acquired by Google in Jan. 2014, Nest Labs wants to turn your home into a smart device. The home automation system includes Internet-connected smoke detectors and thermostats, which have screens and chic, round designs — a huge design boost for devices that haven't really changed in recent decades. Aya Brackett—Nest  DJI Inspire 1 The latest DJI quadcopter retains the simple style that's made their drones so popular, but adds 4K video capability — and the ability to transmit the HD video wirelessly to an on-the-ground devices. A new ground-facing camera also allows Inspire 1 to fly steadily to keep the video footage clean. DJI  iPhone 6 and 6 Plus Bigger is better, or so the critics cried, calling for Apple to make a supersized phone. That was before Apple quieted them with the release of the iPhone 6 Plus in September, the company’s largest iPhone ever. With an alluring 5.5-inch display that makes it feel something like a portable iPad, the phone is is a challenge to Samsung’s larger models. Along with a powerful 8-megapixel camera and longer battery life, the phone is more a statement than an answer. Apple  Osmo Tangram Tired of seeing your kids staring at screens like zombies? This iPad game brings virtual play to life. A reflector equipped with artificial intelligence snaps over your iPad's camera and can sense when objects are moving (or being drawn) on a pad in front of it. Osmo comes with three games, all of which promote creativity and—because it’s best played in groups—social intelligence. The best way to understand how Osmo works is by watching the video of kids who have never played with the device before testing it out for the first time. Osmo  Tesla 2014 Model S Tesla 2014 Model S has been praised both for its luxury feel and high-tech interior. The electric car offers instantaneous acceleration from a stop, a function very few other cars on the market provide. Tesla  Jawbone's UP3 Wristband Depending on your view, Jawbone is on the road to making us all super fit athletes or brutally efficient cyborgs who operate by data alone. How many minutes of REM sleep did I get last night? What’s the difference between my heart rate while resting and during a workout? How hydrated am I? How many calories did I burn on my last run? Jawbone UP3 answers all those questions better than any other Jawbone did before. The $179 wearable fits on your wrist and comes in black and silver. Jawbone  Square Stand The iPad holder and credit card reader launched last year with the goal of transforming an iPad into a point-of-sale. The sleek, white stand also offers an enhanced credit card reader, and can be adapted to include a cash register. Square  Nerf Rebelle Rapid Red Blaster Last year, Nerf decided to even the battlefield and create a new line of guns, arrows and crossbows specifically for girls. The resulting Nerf Rebelle line takes a cue from the success of The Hunger Games: The box is covered with tweens styled like that series' hero, Katniss Everdeen. Hasbro  Oculus Rift Crescent Bay The latest Oculus Rift prototype, Crescent Bay, marks one step further before the commercial release of the virtual reality handset. Crescent Bay features upgrades like 360-degree head tracking, a lighter weight, and high-quality audio. Lucky participants in the demos recalled the mind-boggling immersion in the scenes they were watching. The consumer version, Oculus Rift, is expected to launch as early as April 2015. Oculus VR  Qualcomm WiPower Sick of tangled phone charging cables? Qualcomm WiPower allows you to power up your phone without plugging it in — a function that, to most people, is basically magic. The wireless charging pad eliminates the fuss of power chords, while also allowing you to turn everyday furniture like tables and chairs into charging surfaces. Qualcomm Ten years on, precious few of the nanotech stocks and venture-backed startups have delivered on their investment promise. Harris & Harris and Arrowhead are both trading at less than a tenth of their respective peaks of the last decade. Invesco [liquidated](https://www.invesco.com/static/us/investors/contentdetail?contentId=f4759b1374da4410VgnVCM100000c2f1bf0aRCRD&dnsName=us "undefined") its PowerShares Lux Nanotech ETF in 2014, after it [underperformed the S&P 500](http://www.invescopowershares.com/pdf/P-PXN-PC-1-E.pdf "undefined") for seven of the previous eight years. And many of the surviving companies that touted their nanotech credentials or put “nano” in their names now describe themselves as materials companies, or semiconductor companies, or – like Arrowhead – biopharma companies, if they haven’t changed their names entirely. That kind of corporate rebranding shows more than how severe the investor backlash to the nanotech hype was. It also illustrates what really happened to nanotechnology over the past ten years. Nanotechnology, as some voices [tried to explain years ago](http://www.cientifica.com/the-first-and-last-nanotech-conference/ "undefined"), wasn’t an industry. It was a broad field where engineering and science on a molecular level was begging to take root. It never became an industry itself because the technology behind it enhanced and improved many different industries. According to Google Trends, searches on “nanotechnology” have steadily trended downward to between 15% and 20% of the levels of a decade ago. Searches for “nanotech” – the catchy buzzword preferred by investors – have grown even quieter. And yet each year there are more interesting applications that wouldn’t be possible without nanotechnology. One better-known example is semiconductors, which began employing a 65-nanometer manufacturing process in 2007\. Intel this year announced a processor with transistors [measuring 14 nanometers](http://iq.intel.com/5th-generation-intel-core-processors-make-waves-ces-2015/ "undefined"), small enough to fit 1.3 billion transistors on a chip, and is pushing for a [10-nanometer](http://arstechnica.com/gadgets/2015/02/intel-forges-ahead-to-10nm-will-move-away-from-silicon-at-7nm/ "undefined") process. Meanwhile, research for new [drug therapies](http://phys.org/nanotech-news/bio-medicine/ "undefined") are increasingly relying on molecular-level science, while gold nanoparticles are being [developed](http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3473940/ "undefined") as way to diagnose and treat cancers. Touchscreens, LEDs, displays, batteries, water desalination, energy efficiency – all are areas that are benefiting from nanoscience, with products already in the market or approaching there. IBM, for example, is looking into [carbon nanotubes](http://time.com/4057432/ibm-carbon-nanotubes-processors-silicon/ "undefined") as a promising alternative to silicon, which isn’t useful in transistors below 10 nanometers. Nanotechnology never had its Facebook, its multibillion dollar blockbuster IPO that made clear how a new technology is changing the world. Instead, it’s enabling a lot of mostly incremental change in older industries. It may not be as visible as a social network, but it’s even more widespread. Most of the investments, however, have been coming not from VCs but from governments or deep-pocketed, diversified giants like IBM or GE. And while Facebook, like the most celebrated of Silicon Valley’s startups, went from idea to ubiquitous product in less than a decade, most nanotechnology applications taking much longer to find a market. That’s much longer than the five-to-seven year lifespan of many venture funds, let alone the quarter-to-quarter mentality of many publicly traded companies. But given that the field is only a couple of decades old, it’s not bad. And it’s in line with what nanotechnology’s more sober advocates have been predicting all along. Even if a lot of antsy, speculative investors wished it had been otherwise. ### See the Human Body Under a Microscope  Adrenaline crystals (polarized light micrographs) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Balancing stone from inner ear (colored scanning electron micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Blood clot (colored scanning electron micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Breast cancer (light micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Insulin crystals (polarized light micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Melatonin crystals (polarized light micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Penicillium fungus (colored scanning electron micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Serotonin crystals (polarized light micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Vaginal cancer cells (colored scanning electron micrograph) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited  Ventolin crystals (colred scanning electron micrographs) Reprinted with permission from Science is Beautiful © 2014 by Batsford, an imprint of Pavilion Books Company Limited ```json [{"@context":"https://schema.org","@type":"NewsArticle","@id":"https://time.com/4068125/nanotech-sector/","mainEntityOfPage":{"@type":"WebPage","@id":"https://time.com/4068125/nanotech-sector/"},"headline":"Here's Why Nobody's Talking About Nanotech Anymore","datePublished":"2015-10-09T19:49:47.000Z","dateModified":"2026-05-11T04:44:23.133Z","description":"It used to be the hottest sector around","url":"https://time.com/4068125/nanotech-sector/","keywords":["stocks","Tech","Investing","Connected Life"],"thumbnailUrl":"https://static.time.com/v3/assets/bltea6093859af6183b/bltcb7074faab2c8dbc/698867a75f570f06ccb1dc81/gettyimages-150781072.jpg?branch=production&width=1200&quality=75&auto=webp&crop=1200:675&height=675","author":[{"@type":"Person","name":"Kevin Kelleher","jobTitle":null,"url":"https://time.com/author/kevin-kelleher/"}],"articleSection":"Business","image":[{"@type":"ImageObject","url":"https://static.time.com/v3/assets/bltea6093859af6183b/bltcb7074faab2c8dbc/698867a75f570f06ccb1dc81/gettyimages-150781072.jpg?branch=production&width=1200&quality=75&auto=webp&crop=1200:675&height=675","width":1200,"height":675,"headline":"GERMANY, DORTMUND, iX-factory GmbH in the MST:factory Dortmund, Our picture shows a micro reactor from glass of the iX-factory GmbH for cost-efficient and danger-reduced mixing of chemicals in the chemical industry.","caption":"GERMANY, DORTMUND, iX-factory GmbH in the MST:factory Dortmund, Our picture shows a micro reactor from glass of the iX-factory GmbH for cost-efficient and danger-reduced mixing of chemicals in the chemical industry.","creditText":"Ulrich Baumgarten—U. 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