nano 100 synopsis - psma.com | power sources …jan 31, 2006 · nanomix is an exciting...
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Copyright © 2007 by Anthony F. Laviano
10-9
•The First Nano Step•Where It Is Happening•Finding What You Can Not See•Nano Power Possibilities
a brisk nanotechnology tutorial in four packets
10-9
PSMA Nano 100
A SynopsisA Synopsis
To ViewTo ViewTo ReadTo Read
Copyright © 2007 by Anthony F. Laviano
10-9
Physical ScienceLife Science
Nanotechnology
Think of nanotechnology having two areas of concentration,
Life Science and Physical Science.
Copyright © 2007 by Anthony F. Laviano
10-9Prefix Symbol Multiplier Exponential
yotta Y 1,000,000,000,000,000,000,000,000 1024
zetta Z 1,000,000,000,000,000,000,000 1021
exa E 1,000,000,000,000,000,000 1018
peta P 1,000,000,000,000,000 1015
tera T 1,000,000,000,000 1012
giga G 1,000,000,000 109
mega M 1,000,000 106
kilo k 1,000 103
hecto h 100 102
deca da 10 101
1 100
deci d 0.1 10‾1
centi c 0.01 10‾2
milli m 0.001 10‾3
micro µ 0.000001 10‾6
nano n 0.000000001 10‾9
pico p 0.000000000001 10‾12
femto f 0.000000000000001 10‾15
atto a 0.000000000000000001 10‾18
zepto z 0.000000000000000000001 10‾21
yocto y 0.000000000000000000000001 10‾24
Metric Prefix Table
Nanotechnology is sometimes referred to as “nanoscale” and “ten to the minus ninth”.
Nanostructures have at least one dimension between 1 and 100 nanometers
Copyright © 2007 by Anthony F. Laviano
10-9 Nano-Scale
Source: 1999 NSTC
Less than a nanometerIndividual atoms are a few tenths of a nanometer in diameter.
NanometerTen shoulder-to shoulder hydrogen atoms (blue balls) span 1 nanometer. DNA molecules are about 2.5 nanometers wide.
Thousands of nanometers
Biological cells, like these blood cells, have diameters in the range of thousands ofnanometers.
A million nanometersThe pinhead sized patch of this thumb (circled inblack) is a million
nanometers across.
Billions ofNanometersA two meter tallMale is two billionnanometers tall.
Natural nanotechnologyMuch of the photosysthesis that powers forests unfoldsinside tiny cellular power houses Chloroplasts. These contain nanoscale molecular machinery (including pigment molecules like chlorophyll) arranged inside stacked structures, called Thylakoid disks, that convert light and carbon dioxide into biochemical energy.
Chloroplast
Copyright © 2007 by Anthony F. Laviano
10-9
You may ask me, “What is Nanotechnology?”
My answer is this.
“Nanotechnology is the collaboration of chemistry, biology,
physics, computer, and material sciences integrated with
Engineering, Application, Education and Business entering the
Nanoscale Universe. This means science, engineering and
management focused on creating materials, devices, and systems
at the atomic and molecular level.”
Dialogues for The Cookie Jar by Dr. Anthony F. Laviano
Definition
Copyright © 2007 by Anthony F. Laviano
10-9
Nanotechnology
Chemistry
Physics
Biology
Management
and
Engineering
Molecules
Polymer Proteins
Cells
DevicesSolid, Surfaces
Nanotechnology is Multi-discipline
Disciplines
Copyright © 2007 by Anthony F. Laviano
10-9
Senate Bill 2515 dated 27 June 2002Established Nanotechnology
House Bill 766 dated 7 May 2003Nanotechnology Research and Development Act
Approved by Congress Signed by PresidentS. 189 Dec 2003 $3.7Billion
“First, I propose to double the federal commitment to the most critical basic
research programs in the physical sciences over the next 10 years. This
funding will support the work of America's most creative minds as they
explore promising areas such as nanotechnology…”
President George W. Bush delivers his State of the Union Address at the Capitol, Tuesday, Jan. 31, 2006.
The United States Government is now investing in the Physical Sciences.
U.S. Government Commitment
Copyright © 2007 by Anthony F. Laviano
10-9
The National Nanotechnology Initiative (NNI) is a federal R&D program
established to coordinate the multiagency efforts in nanoscale science,
engineering, and technology.
Eighteen federal agencies participate in the Initiative, 10 of which have
an R&D budget for nanotechnology. Other Federal organizations
contribute with studies, applications of the results from those agencies
performing R&D, and other collaborations.
The goals of the NNI are to:
1. conduct R&D to realize the full potential of this revolutionary technology;2. develop the skilled workforce and supporting infrastructure needed to advance R&D; 3. better understand the social, ethical, health, and environmental implications of the technology; and, 4. facilitate transfer of the new technologies into commercial products.
Copyright © 2007 by Anthony F. Laviano
10-9
State Governments are funding nanotechnology by establishing
Nanotechnology Centers and working with the University and
Business communities to develop their State economy and work force.
State Government Funding
Copyright © 2007 by Anthony F. Laviano
10-9
Universities throughout the U.S. are involved in nanotechnology science,
engineering, business and education augmenting nanotechnology development.
University Funding
Copyright © 2007 by Anthony F. Laviano
10-9
There are over 300 companies in the United States that are nanotechnology
companies that are involved in material, electronics, computers, optics, energy,
biotechnology, and other fields. Start-up nanotechnology companies are increasing.
Capital Investment
Copyright © 2007 by Anthony F. Laviano
10-9
Argentina, Australia, Austria, Belgium, Czech Republic. European Union, France, Germany, IndiaIreland, Israel, Italy, Japan, Mexico, The Netherlands, New Zealand, China, Romania, Russia,South Africa, South Korea, Switzerland, United Kingdom, United States of America, and others.
World Wide Activity
The U.S. Government, States, U.S. Universities, and U.S. Industries
are not alone forging ahead to advance nanotechnology; each of their
counterparts throughout the world are also involved in nanotechnology.
Copyright © 2007 by Anthony F. Laviano
10-9
Electronics January 22, 1960 -The button-like object by the model with a pair of tweezers is actually an
amplifier, which performs the same function as the conventional amplifier on the table. The tiny unit was
developed and built by scientists of Westinghouse Electric Corporation in cooperation with the Air Force to
demonstrate the feasibility of molecular electronics -- a new electrical engineering concept that could
revolutionize the electronics industry and extend man's reach into space.
Copyright © 2007 by Anthony F. Laviano
10-9
Robotics
Technology Today and beyond…
Advanced Computing
Biotechnology
Directed Energy
Micro Air Vehicles
Space
Yesterday Today’s technology is at the nanoscale!
Copyright © 2007 by Anthony F. Laviano
10-9
QuantumSphere, Inc. is a leading manufacturer of nanoscale metals and
alloys for applications in renewable energy, electronics, aerospace,
defense and other markets demanding advanced materials.
QSI-Nano™ metals and alloys were developed in response to the need
for disruptive, cost-efficient renewable energy solutions with proven
durability in a wide range of commercial applications. The company is
leveraging its leading market position to manufacture and ship high
performance catalyst materials and electrode devices for batteries, micro
fuel cells for portable power, photovoltaics (solar cells) and hydrogen
generation, among others.
Advanced Material Leaders, Leveraging Nonmetals and alloysfor Clean Energy Applications
Copyright © 2007 by Anthony F. Laviano
10-9
Nantero NRAM™ Device
Nantero is a nanotechnology company using carbon nanotubes for the development of
next-generation semiconductor devices. These devices include memory, logic, and other semiconductor products. In the field of memory, Nantero is developing NRAM™,
a high-density nonvolatile Random Access Memory. The company's objective is to
deliver a product that will replace all existing forms of memory, such as DRAM, SRAM
and flash memory, with NRAM™ serving as universal memory.
Copyright © 2007 by Anthony F. Laviano
10-9
INEX is a microsystems and nanotechnology R&D, commercialization and manufacturing organization
Lab on a chip technology encompasses actuators and sensors for sample preparation and analyte
detection. Research spans all sample processing functions needed for final multiplexed molecular recognition using optical or electrochemical methods. Cellular and molecular manipulations are
driven by microfluidics, and microparticles are used for enhanced functionality.
Lab on a chipResearch activities
Copyright © 2007 by Anthony F. Laviano
10-9
Inframat® Corporation ("IMC") is an emerging technology
company founded in 1996 to develop nanostructured materials to improve performance and extend the life of
coated components used throughout the global
infrastructure.
Hydraulic rod with thermal sprayed
alumina/titania nanocoating
Copyright © 2007 by Anthony F. Laviano
10-9
Biomolecule Products The Sensation™ detection platform will simplify and expand the use of
biomolecule analysis through easy-
to-use, point-of-care products. A
disposable cartridge is interrogated
using a small handheld electronic reader, providing diagnostic
information in minutes instead of
days.
Nanomix is an exciting nanotechnology company
currently launching a menu of nanoelectronic detection devices combining carbon nanotube electronics with
silicon microstructures. These sensors will add value
across a broad range of industrial and medical
applications where the attributes of nanotechnology -
low power consumption, small size, and high sensitivity offer significant performance advantages.
Copyright © 2007 by Anthony F. Laviano
10-9
Buck ConverterBuck Converter
We have come a long way since our earlier power device, the horse.
We have transitioned to power electronic sources smoothly through technology .
We learned to power horseless platforms. Size and weight, while important, were not insurmountable issues.
Power Sources
Copyright © 2007 by Anthony F. Laviano
10-9
Electronic platforms have changed. They are getting smaller and smarter.
Size, weight and power are now critical issues. Horse/buggy and horseless
designed power sources will not fulfill electronic platform future needs.
Electronic Platforms
Copyright © 2007 by Anthony F. Laviano
10-9
“We are now in the millennium of nano power sources. In this millennium,
not only do we need to keep our eye the donut but, more importantly, the hole.
Our design strategy must now harmonize things seen and not seen,
micro technology and nanotechnology.” - S.A.G.
Nano
Micro
Nano Millenium
Copyright © 2007 by Anthony F. Laviano
10-9
Batteries, fuel cells and solar cells are macro-size.
Their architectures need to be reconstructed into the nanoscale.
Batteries, Fuel and Solar Cells
Copyright © 2007 by Anthony F. Laviano
10-9
Nanospyder is a futuristic project concept created by three designers based at the Volkswagen Design Center in Santa Monica for the Los Angeles Auto Show Design Challenge. The main highlight is the vehicle structure made of billions of tiny programmable nano devices supported by hydrogen fuel cells, solar power, wheel-mounted electric motors and inflatable organic body panels combine to form the unusual shape of the two-seater concept.
The Nanospyder’s billions of nano devices are waiting for nano power devices.
Nanospyder
Copyright © 2007 by Anthony F. Laviano
10-9
The development team at mPhase
Technologies has
engineered a smart
nanobattery, which is
being evaluated by staff at Picatinny
Arsenal, N.J.AlwaysReady, Inc. will bring to market the breakthrough products Smart Nanobattery and Ultra-sensitive Magnetometers
Companies are beginning to see the hole in the donut.
Nano
Micro
Copyright © 2007 by Anthony F. Laviano
10-9
The prototype direct-current nanogenerator was developed by Georgia Tech researchers using an array of zinc oxide nanowires.
Researchers at Georgia Tech have demonstrated a prototype nanometer-scale generator that
produces continuous direct-current electricity by harvesting mechanical energy from such
environmental sources as ultrasonic waves, mechanical vibration or blood flow.
Researchers are beginning to see the hole in the donut.
Nano
Micro
Copyright © 2007 by Anthony F. Laviano
10-9
Autonomous Systems at the Nanoscale
Yesterday
Today and beyond…
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