www.life2o.com Nano Teknoloji Nedir? Bir nanometre (nm), metrenin milyarda biridir. Bu hassasiyette bir ölçü birimi kullanılarak, küçük bir molekülün, atomların, tek bir virüsün... boyutları ifade edilebilir. Günlük hayattan bir örnek vermek gerekirse, bir toplu iğnenin başı yaklaşık 1.000.000 nanometre çapındadır! Nano teknoloji, molekül ve atomlar düzeyinde mühendislik uygulamalarına olanak sağlayan yeni bir tekolojidir. Bir devrim niteliğinde olan nano teknoloji yakın bir gelecekte daha küçük, daha hafif, daha hızlı ve daha ekonomik ürünlerle hayat standardınızı yükseltecek, sağlığınızı ve çevre temizliğini de koruyacaktır. Life2O Water Nedir? Life2O Water, mümkün olan en yüksek kalitedeki suyu yaratmak için; evinizde, ofisinizde veya imalathanenizde bulunan şebeke suyunu kullanan bir su arıtma sistemidir. Life2O Water suyunuzun içindeki mikroorganizmaları ve zararlı kimyasalları yok etmek için dünyadaki en son teknoloji olan nano teknolojiyi kullanır. Geriye, sağlıklı bir hayat sürmemiz için ihtiyaç duyduğumuz doğal mineraller, vitaminler ve mikroplardan arındırılmış güvenli içme suyu kalır. Life2O Water içme suyu ve endüstriel tip sistemleri içerdiği nano teknoloji sayesinde ters osmoz, ultra viole ve nano filtrasyon gibi diğer arıtma teknolojilerden çok farklıdır. Life2O Water sistemleri elektriğe ihtiyaç duymadığı ve atık su üretmediği için çevreyi korur. Servis ve bakim da gerektirmeyen sistemlerimiz, dünyada en uzun ömürlü ve en az yer kaplayan filtrasyon teknolojisine sahip. Pahalı yedek parçası ve yardımcı hiçbir ekipmanı bulunmayan Life2O Water sistemleri, en kaliteli suyu en az maliyetle üreten tek üründür. Life2O Water Nasıl Çalışır? Life2O Water sistemleri suyunuzu arıtmak için elektrik, veya özel kimyasallar kullanmaz. Patentli sistemlerimiz, nano teknoloji ile üretilen nano fiberler sayesinde şebeke suyunuzda istenmeyen maddeleri (partikül, tortu, nano tortu, mikrop ve çoğu zararlı kimyasallar) arıtır. İnsan saçından on binlerce defa daha ince olan bu nano fiberlerin milyarlarcası, bir ağ halinde içme suyunuzun akış yolu üzerine koyulmuştur. Suyunuzun içindeki istenmeyen maddelerin tamamı EKSİ (-) şarj taşımaktadır. 50 Milivolt elektro-statik POZİTİF (+) şarj taşıyan her bir Life2O Water nano fiberi; suyunuzun akış yolunda, tıpkı bir mıknatıs gibi, pozitif şarjlı bir manyetik alan yaratır. Suyunuz bu alandan geçerken istenmeyen maddelerin tümü arıtılır. NASA uzay uçuşlarında da kullanılan Life2O Water teknolojisi, su arıtmada dünyadaki en pratik, en güvenli, en tasarruflu ve en son teknolojidir. Neden Life2O Water İçmeliyim? Sağlıklı • Suyunuzdaki tüm mikroorganizmaları en güvenli şekilde yok eder • Şebeke suyunuzda bulunan doğal mineral ve vitaminleri korur, vücudun ihtiyacı olan Calcite mineralini (CaCO3) suyunuza katar • Doğal kaynak suyu lezzetinde ve kalitesinde su üretir • Suyunuzu yumuşatır ve kirecini alır Güvenli • Uluslararası su kalite kuruluşları (NSF, USEPA & CDHS) tarafından verilmiş mikrobiyolojik ve kimyasal sertifikalara sahiptir • Damacananız yeteri kadar temizlendi mi, daha önce kaç defa kullanıldı ya da hangi şartlarda depolandı gibi endişeleriniz ortadan kalkar Ekonomik ve Pratik • Damacanadan 20 kat daha ucuzdur (Filtre ömrü 1000 damacana) • Evinizde bir damacana suyu sadece 25 YKr'a kendiniz üretebilirsiniz • Dünyanın en az yer kaplayan su arıtma sistemlerinden birisidir • Artık damacana servisini beklemenize gerek yok • 7/24 sağlıklı ve lezzetli su üretir Çevreci • Elektrik gerektirmez • Atık su üretmez • Petrole olan ihtiyacımızı azaltır • Kişi başına düşen atık miktarını azaltır

www.intelciler.com Centrino Santarosa sınırsız mobil yaşam hafnium tabanlı 45 nanometre nm teknolojisi yeni nesil vireless-n daha uzun pil ömrü demo reklam video

A video by Industrial Research Limited regarding the use of mathematical modelling for nanotechnology. Source- http://www.eequalsmcsquared.auckland.ac.nz/sites/emc2/videos/cool-kiwi-science.cfm 'At IRL, our research group uses mathematical modelling and computer simulation to design materials and devices for nanotechnology. Nanotechnology is a new technology based on the manipulation of individual atoms to form structures and devices that have new and unusual different properties. The "nano" in nanotechnology comes from the nanometre, which is one billionth of a metre or roughly the distance between atoms in a solid or liquid. Nanotechnology is all about building devices that are about this size. We have worked for several years with a Christchurch-based company, Nanocluster Devices Ltd, which is New Zealand's first company exclusively based on nanotechnology. This company builds devices such as wires from nanoparticles (you guessed it - these are very small particles that contain only a few atoms). We have been simulating the process by which the wires and particles are formed. Nanotechnology is an exciting area to work in at the moment with scientists from many countries racing to make new discoveries. It is also a subject where physics, chemistry and biology all become important so there is never any shortage of interesting science to learn.'

http://www.uberpulse.com/us/2008/02/moores_law_ends_in_2010_cadence_cto_predicts.php So what's going on with Moore's Law, which states that transistor density on integrated circuits doubles every 18 months? For Gordon Moore, as in... Moore's law... we have another 10 to 20 years before we reach a fundamental limit. But today at a panel on the "Future of the Electronics Industry" hosted during the DesignCon conference, Cadence CTO Ted Vucurevich's prediction, although in Moore's range, was less optimistic. According to the Cadence exec, "traditional scaling" as we know it will hit a wall in 12 years. Beyond that, "vertical scaling" which is the action of stacking up chips could be the way to go, although those chips will be much more complex to design and build. "From a purely technological point of view we figure that you will not be able to use any known form of removal heat being able to go beyond about 1 nanometre in terms of devices [...] But the interconnects do not scale anywhere close to that same level and that's going to cause us some interesting challenges [...] I don't know if we're going to see practical scaling much beyond the 6 nanometres node [...] So i put kind of the end of traditional silicon based probably around 2020", Vucurevich said. I also liked Vucurevich comments about the iPhone, not being that technologically advanced as some would think. "The iPhone doesn't represent leading edge technology in almost any dimension when you look at that phone!" http://www.uberpulse.com/us/2008/02/moores_law_ends_in_2010_cadence_cto_predicts.php

Part 1: Science at the ESRF 1.1 Science at the nanometre scale 1.2 Structural and functional biology, soft matter 1.3 Structural properties and chemistry of materials 1.4 Dynamical properties and electronic structure of matter 1.5 Emerging scientific applications of synchrotron radiation

DIGITAL TECHNOLOGIES USHERED IN A NEW ERA IN HUMAN HISTORY. NANOTECHNOLOGY, THE SCIENCE OF THE INFINITESIMAL, PROMISES TO HAVE AN EVEN GREATER IMPACT. THE NANOTECH REVOLUTION MAKE IT POSSIBLE FOR HUMANS TO MANIPULATE MOLECULAR STRUCTURES AND INDIVIDUAL ATOMS ON A NANOMETRIC SCALE — THAT IS, TO WITHIN A MILLIONTH OF A MILLIMETRE. INSPIRED BY SUCH TECHNOLOGICAL ADVANCES, EPIDERM EXPLORES THAT WHICH IS NORMALLY IMPERCEPTIBLE. IT IS A NANO-OPTICAL SIMULATION THAT BRIDGES THE GAP BETWEEN THE VISIBLE AND INVISIBLE WORLD. THE PERFORMANCE EXPLORES A UNIVERSE THAT EXPANDS INWARD, APPROACHING EXTREMES OF REDUCTION AND COMPLEXITY THAT ARE DIFFICULT TO FATHOM. SKOLTZ_KOLGEN CHOSE TO INTERPRET THE DYNAMIC OF AN INFINITELY SMALL WORLD IN AN IDIOSYNCRATIC WAY. THEIR PIECE PROPOSES AN ARTISTIC APPROACH THAT IS BOTH MACROVISUAL AND SENSORIAL IN NATURE. ITS STARTING POINT IS A VIRTUAL WORLD-FICTION THAT GENTLY DRAWS THE SPECTATOR IN. STARTING AT THE SURFACE OF THE SKIN, EPIDERM DELVES INWARD TO TAKE THE AUDIENCE ON A JOURNEY TOWARDS THE INFINITELY SMALL: FAMILIAR THINGS SUCH AS HAIR AND PORES GIVE WAY TO CELLS, WHICH IN TURN FADE TO REVEAL A FOREIGN LANDSCAPE OF ATOMS. THE NANOWORLD IS A SYSTEM COMPOSED OF MICROPARTICLES THAT INTERACT WITH EACH ANOTHER ON A SCALE WHERE ALL KNOWN REFERENCE POINTS CEASE TO BE RELEVANT. EPIDERM'S VISUAL NANOPARTICLES ARE INTIMATELY LINKED TO A SOUNDSCAPE OF AUDIO SAMPLES THAT STIMULATE THEIR MOVEMENT AND ORIENT THEIR TRAJECTORIES, ESTABLISHING A SORT OF NARRATIVE. THE GENERATION OF SOUNDS WAS ALSO DIRECTLY INSPIRED BY NANOTECHNOLOGY. THE  EPIDERM  DIGITAL SOUNDSCAPE WAS CREATED THROUGH A PROCESS KNOWN AS GRANULAR SYNTHESIS, WHICH ENTAILS USING THE SMALLEST POSSIBLE UNIT OF SOUND, KNOWN AS A GRAIN — THE EQUIVALENT OF ONE SECOND DIVIDED BY 44,100. THE ORDER OF THE GRAINS WAS THEN REDISTRIBUTED AND REORGANIZED IN ORDER TO LINK SOUND UNITS TO THE VISUAL NANOPARTICLES. THE EPIDERM  PERFORMANCE CREATES AN IMMERSIVE ENVIRONMENT AND IS A VEHICLE FOR SKOLTZ_KOLGEN'S EXPERIMENTATIONS IN THE CORRELATION BETWEEN IMAGE AND SOUND. THE PIECE ALSO QUESTIONS THE WAY AUDIENCES HAVE TRADITIONAL RELATED TO THIS SORT OF PERFORMANCE: SPECTATORS ARE INVITED TO LIE ON THEIR BACKS, HEADS RESTING ON CUSHIONS, FROM WHERE THEY CAN CONTEMPLATE THE GIANT CIRCULAR SCREEN HANGING FROM THE CEILING. SPECTATORS' HORIZONTAL POSITION AND THE 5.1 SURROUND SOUND PROVIDE OPTIMAL CONDITIONS FOR THE PERCEPTION OF BOTH SOUND AND IMAGE, ACCENTUATING THE FORCE OF ATTRACTION AND REPULSION AMONG ATOMS AND IMMERSING USERS DEEP WITHIN THE NANOWORLD. IN THIS WORLD OF THE INFINITELY SMALL, IF A HUMAN STOOD ONE NANOMETRE TALL, A RED BLOOD CELL WOULD APPEAR TO BE 1,759 STORIES HIGH.

WONG: An now, today's Market Report: STORY: Fujitsu, a Japanese chips-to-computers conglomerate, expects nearly $1 billion in net profit this year, as it expands its IT consulting and outsourcing business. But weak hard drive demand and falling chip prices have sparked talk of tie-ups or acquisitions for incoming president Kuniaki Nozoe. [Kuniaki Nozoe, President-Designate, Fujitsu]: "There's no need for an immediate decision, as market conditions are bad and we have to think about competition, but I think we will come to a decision soon." Japanese newspapers reported in May that Toshiba wanted a majority stake in a Fujitsu's microchip unit, which supplies flat TVs, digital cameras and supercomputers. Such ties, which Fujitsu denies, would likely expedite joint use of 32-nanometre technology, allowing more processing power on a smaller system chip. Nozoe previously led Fujitsu's overseas software services, a lucrative sector expected to offset any impact from a stronger yen.

This driver uses pretty much every nanometre available...sucks to be a pedestrian, or anyone else on the road for that matter.

This video shows activity on the Sun over an entire solar cycle. It is composed of images from the Extreme ultraviolet Imaging Telescope (EIT) on board the SOHO satellite, taken at a wavelength of 19.5 nanometres, shown in green. It shows plasma at a temperature of about 1.5 million kelvin.

any of a group of colours that vary in saturation but have the same hue. They lie in the approximate wavelength range 585--575 nanometres. Yellow is the complementary colour of blue and with cyan and magenta forms a set of primary colours. Related adj xanthous

any of a group of colours, such as that of fresh grass, that lie between yellow and blue in the visible spectrum in the wavelength range 575--500 nanometres. Green is the complementary colour of magenta and with red and blue forms a set of primary colours. Related adj verdant