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World Quantum Dots (QD) Market

- Opportunities and Forecasts, 2020
 Report Code: MA 14141
 Pages: 112
 Format: PDF Exel CD_rom
pub_n Published: Apr 2014
tab_nTables: 70
aut_nAuthor(s):

Quantum dot is small semiconductor in crystal format that is used in business verticals that use display and monitor devices and many other types of equipment. Global Nano-optimized industry is expected to reach 3 trillion by 2015. Increasing demand for optimized devices with better performance and resolution quality is a major driving force to adopt this technology into various application areas. Brightness of quantum dots is 10-20 times higher than organic dyes. As the semiconductor material shrink to quantum-dot level, it helps in altering the light wavelength material and covert material from insulator to conductor. Thus, demand in Quantum Dots (QD) market has increased over the past five to six years.

Quantum dots are semiconductors that can be used for different devices instead of searching for new semiconductor with special chemical composition. Major application for quantum dots (QD) are display and monitor as quantum dots are used in LED. However, the process of manufacturing Blue quantum dots in size that is smaller than average is very difficult over other colors of quantum dots, this is acting as major limiting factor to adopt quantum dots in display and monitor products. Despite few disadvantages, quantum dots are going to capture attention by major players, but it is very difficult for manufacturers to analyze potential application of quantum dots. This report covers potential application segment and size of the revenue generated by each segment. The global Quantum Dotsmarket is expected to grow from $316 million in 2013 to $5,040 million in 2020 at a CAGR of 29.9% for the analysis period (2013-2020).

Quantum Dots(QD) MarketKey Benefits:

  • This report analyses the factors that are driving and limiting the development of the Quantum Dot market
  • Estimations of Quantum Dots market are done according to the current and emerging trends, and share for the forecast period 2013-2020
  • Analysis of key strategies adopted by industry players through their press releases would assist in providing in-depth understanding of the industry intelligence
  • Deep-dive analysis of Quantum Dots market in association with various geographies would give an understanding of the trends in various regions so that companies can make region specific plans
  • In-depth analysis of segments such as applications, end-users (devices), technologies and materials provide insights that would allow companies to gain competitive edge

quantum dot

By application

The QD industry is segmented into various applications such as biological imaging, optoelectronics, quantum optics, security & surveillance, and renewable energy. The biological imaging sector is the most mature segment in terms of revenue and it is expected to contribute to the growth of theQuantum Dots market. However, the optoelectronics application is expected to have the highest potential for the analysis period 2013 and 2020. The renewable energy application is the next fastest growing application in the QD market.

By Devices

The quantum dot based devices are the end-users of the technology as these particles are used to develop devices for various applications. The end-user segment consists of QD Medical Devices, QD LCD and LED Display Devices, QD Laser Devices, QD Photovoltaic Devices, QD Chip, QD Sensors, and QD LED Lighting Devices. The QD based medical devices currently have the highest share as medical scientists have been engaged in developing these devices for more than two decades. However, the display devices are expected to have the highest growth rate in the QD market, as the technology enhances the color quality of display devices and saves energy; this is followed by photovoltaic devices segment.

By Technology

QDs are produced by using various technologies such as colloidal synthesis, fabrication, viral assembly, electrochemical assembly, bulk manufacturing and cadmium free QD technology. Colloidal synthesis is the most popular technology in the sector currently, as it has the potential to produce QDs at a large scale. However, it is expected that bulk manufacturing would have the highest revenue share with the highest growth rate due to its ability of large scale QD production with better quality. The cadmium free QD technology is expected to have the second highest growth, as it would be used in consumer applications, since cadmium has restrictions for use in these applications.

By Material

QDs are produced by processing some materials such as Cadmium Selenide, Cadmium Sulphide, Cadmium Telluride, Indium Arsenide, and Silicon. Cadmium Selenide was the most commonly used material to produce QDs in 2013 followed by Cadmium Sulfide, as these were the first materials that were ever used in the process. However, Indium Arsenide would have the highest growth rate for the analysis period 2013-2020 along with the highest revenue by 2020. This is followed by the silicon material, since it is observed that the light emission capacity of silicon is in excess of 70% and can be used in electronic devices to increase efficiency.

By Geography

The Quantum Dotsmarket is geographically segmented into North America, Europe, Asia-Pacific and Rest of the World (RoW). Currently, North America has the highest revenue share followed by Europe due to early adoption of the QD technology. However, for the analysis period of 2012-2020, it is expected that the Asia-Pacific region would have the highest growth rate followed by the RoW region.

Competitive Analysis

Key Companies profiles included in this report are Sony Corporation; Altair Nanotechnology,Inc; Evident Technologies, LG Display, Life Technologies Corporation, Microvision Inc; Quantum Material Corporation; Samsung Electronics Co. Ltd, Nexxus Lighting Microvision Inc. The companies have opted for partnerships and collaborations as a key strategy so that they can share the expertise to develop better QD based products and solutions, as it is an evolving technology.

High Level Analysis

The report analyses the potency of suppliers and buyers along with threats of new entrants and substitute products based on the Porters five force analysis. The report also analyses the impact of the drivers, restraints and opportunities as per the current trends and projected future scenario. The key investment pockets are analyzed in the report based on the estimations of the application segment.

Reason for doing the study

The commercial prospects of the sector are inclined towards growth due to the efficiency of QDs to produce energy efficient and flexible products and solutions. The industry is currently at a pre-commercialized stage and the report covers the research efforts undertaken to commercialize the market. Estimation of market share and size are made on the basis of some assumptions of the past years volume production and expected production in the future and projected price fluctuations. The report gives a deep dive-analysis on applications in various sectors of the sector to give prominent players an understanding of various lucrative segments. The report also studies the impact and penetration of the QD technology in various geographic regions so that companies can understand end-user preferences to gain competitive advantage.

Table Of Contents
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Title/ Chapter Name Chapter Price

Chapter: 1. INTRODUCTION

1.1 Report Overview
1.2 Reasons for doing this study
1.3 Keay benefits
1.4 Research methodology

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Chapter: 2. EXECUTIVE SUMMARY

2.1 CXO perspective
2.2 Market Beyond: what to expect by 2025

2.2.1 Base case scenario
2.2.2 Optimistic scenario
2.2.3 Critical scenario

3.4 Volume - Value Analysis

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Chapter: 3. MARKET OVERVIEW

3.1 Market definition
3.2 Demand for quantum dots
3.3 Future prospects for QD applications

3.3.1 Anti-counterfeit applications
3.3.2 Food traceability application

3.4 Key findings

3.4.1 Top factors impacting the global quantum dots market
3.4.2 Top investment pockets
3.4.3 Top winning strategies

3.5 Porters five force analysis

3.5.1 Evolving QD technology increases the suppliers bargaining power
3.5.2 Bargaining power of buyers is low due to slow R&D progress and less technology providers
3.5.3 Substitution threat low due to constant upgradable technological advances
3.5.4 Need for technological expertise is a major barrier for new entrants to enter the market
3.5.5 Slow adoption of the technology due to extended research increases the intensity of rivalry

3.6 Value chain analysis
3.7 Competitive Landscape
3.8 Market dynamics

3.8.1 Drivers

3.8.1.1 Efficiency in converting solar energy to power
3.8.1.2 Ability to emit brighter light increases energy efficiency
3.8.1.3 Applicability in multiple applications
3.8.1.4 Miniature size allows flexibility
3.8.1.5 Rise in the use in display devices

3.8.2 Restraints

3.8.2.1 Extended research leading to slow adoption
3.8.2.2 High Cost of the Technology
3.8.2.3 Low price of competing technologies

3.8.3 Opportunities

3.8.3.1 Penetration in futuristic QD applications
3.8.3.2 Expected use in VLSI designs

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Chapter: 4. MARKET BY APPLICATION

4.1 GLOBAL QUANTUM DOTS MARKET BY APPLICATION

4.2.1 QD application market volume by geography
4.2.2 QD application market revenue by geography

4.2 Healthcare applications in biological imaging

4.2.1 QD Biological imaging application market revenue by geography
4.2.2 QD Biological imaging application market volume by geography
4.2.3 Cellular labeling
4.2.4 DNA Labeling
4.2.5 QD-Based Cancer Diagnosis

4.3 Quantum Optics

4.3.1 QD quantum optics application market revenue by geography
4.3.2 QD quantum optics application market volume by geography
4.3.3 Quantum communication
4.3.4 Quantum Entanglement

4.4 QD based security & surveillance

4.4.1 QD security & surveillance application by geography 2013-2020, $million
4.4.2 QD security & surveillance application by geography 2013-2020, volume Kg

4.5 Renewable Energy

4.5.1 QD renewable energy application by geography 2013-2020, $million
4.5.2 QD renewable energy application by geography 2013-2020, volume Kg

4.6 Optoelectronics

4.6.1 QD optoelectronics application by geography 2013-2020, $million
4.6.2 QD renewable energy application by geography 2013-2020, volume Kg

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Chapter: 5. MARKET BY END-USERS (DEVICES)

5.1 Global QD Market by end user, 2012- 2020, $ Million
5.2 Global QD Market by end user, 2012- 2020, Volume Kg
5.3 Medical devices

5.3.1 QD Medical Devices by geography 2013-2020, $ million
5.3.2 QD Medical Devices by geography 2013-2020, volume Kg

5.4 QD Display devices

5.4.1 QD Display Device by geography 2013-2020, $ million
5.4.2 QD Display Devices by geography 2013-2020, volume Kg
5.4.3 LCD Display
5.4.4 QD LED display

5.5 QD Laser Devices

5.5.1 QD Laser Devices by geography 2013-2020, $ million
5.5.2 QD Laser Devices by geography 2013-2020, volume Kg

5.6 QD Photovoltaic Devices

5.6.1 QD Photovoltaic Devices by geography 2013-2020, $ million
5.6.2 QD Photovoltaic Devices by geography 2013-2020, Kg

5.7 Quantum Dot Chip

5.7.1 QD Chips by gography 2013-2020, $ million
5.7.2 QD Chips by geography 2013-2020, volume kg

5.8 QD Sensors

5.8.1 QD Sensors by geography 2013-2020, $ million
5.8.2 QD Sensors by geography 2013-2020, volume kg

5.9 QD Light-emitting Devices (Solid State Lighting)

5.9.1 QD LED Devices (SSL) by geography 2013-2020, $ million
5.9.2 QD LED Devices (SSL) by geography 2013-2020, volume kg

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Chapter: 6. MARKET BY TECHNOLOGY

6.1 Global Quantum Dots market by technology, 2012- 2020, $ Million
6.2 Global QD market by technology, 2012- 2020, Volume Kg
6.3 Colloidal Synthesis

6.3.1 Colloidal Synthesis Technology by geography, 2013-2020, $ million
6.3.2 Colloidal Synthesis Technology by geography 2013-2020, volume kg

6.4 Fabrication

6.4.1 Fabrication Technology by geography, 2013-2020, $ million
6.4.2 Fabrication Technology by geography 2013-2020, volume kg

6.5 Viral Assembly

6.5.1 Viral Assembly Technology by geography, 2013-2020, $ million
6.5.2 Viral Assembly Technology by geography 2013-2020, volume kg

6.6 Electrochemical assembly

6.6.1 Electrochemical Assembly Technology by geography, 2013-2020, $ million
6.6.2 Electrochemical Assembly Technology by geography 2013-2020, volume kg

6.7 Bulk-manufacturing

6.7.1 Bulk-manufacturing Technology by geography, 2013-2020, $ million
6.7.2 Bulk-manufacturing Technology by geography 2013-2020, volume kg

6.8 Cadmium-free quantum dots (CFQD)

6.8.1 Cadmium-free quantum dots Technology by geography, 2013-2020, $ million
6.8.2 Cadmium-free quantum dots Technology by geography 2013-2020, volume kg

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Chapter: 7. MARKET BY MATERIAL

7.1 Global Quantum Dots market by material, 2013- 2020, $ Million
7.2 Global Quantum Dots market by material, 2013- 2020, Volume Kg
7.3 Cadmium Selenide (CdSe) Market

7.3.1 Cadmium Selenide based QD by geography, 2013-2020, $ million
7.3.2 Cadmium Selenide based QD by geography, volume kg

7.4 Cadmium Sulfide (CdS) Market

7.4.1 Cadmium sulfide based QD by geography, 2013-2020, $ million
7.4.2 Cadmium sulfide based QD by geography, 2013-2020, volume kg

7.5 Cadmium Telluride (CdTe) Market

7.5.1 Cadmium telluride based QD by geography, 2013-2020, $ million
7.5.2 Cadmium telluride based QD by geography, 2013-2020, volume kg

7.6 Indium Arsenide (InAs) Market

7.6.1 Indium arsenide based QD by geography, 2013-2020, $ million
7.6.2 Indium arsenide based QD by geography, 2013-2020, volume kg

7.7 Silicon (Si)

7.7.1 Silicon based QD by geography, 2013-2020, $ million
7.7.2 Silicon based QD by geography, 2013-2020, volume kg

7.8 Others

7.8.1 Other material based QD by geography, 2013-2020, $ million
7.8.2 Other material based QD by geography, 2013-2020, volume kg

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Chapter: 8.  MARKET BY GEOGRAPHY

8.1 Global quantum dots market by geography, 2012-2020, $million
8.2 North America

8.2.1 North America QD devices market, 2012-2020, $ million

8.3 Europe

8.3.1 European QD devices market, 2012-2020, $ million

8.4 Asia-Pacific

8.4.1 Asia-pacific QD devices market, 2012-2020, $ million

8.5 Rest of the World (RoW)

8.5.1 RoW QD devices market, 2012-2020, $ million

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Chapter: 9. COMPANY PROFILES

9.1 Sony Corporation

9.1.1 Company Overview
9.1.2 Company snapshot
9.1.3 Business Performance
9.1.4 Strategic moves and developments

9.1.4.1 principal strategy: partnerships & collaborations

9.1.5 SWOT Analysis of Sony Corporation

9.2 Altair Nanotechnologies, Inc.

9.2.1 Company Overview
9.2.2 Company Snapshot
9.2.3 Business performance
9.2.4 Strategic moves and developments

9.2.4.1 Primary Strategy: Partnerships and Agreements

9.2.5 SWOT Analysis of Altair Nanotechnologies

9.3 LG Display Co. Ltd

9.3.1 Business overview
9.3.2 Company snapshot
9.3.3 Business Performance
9.3.4 Strategic moves and developments

9.3.4.1 Principal strategies: partnership

9.3.5 SWOT analysis of LG Display

9.4 Nexxus Lighting

9.4.1 Business Overview
9.4.2 Company snapshot
9.4.3 Business Performance
9.4.4 Strategic moves and developments

9.4.4.1 Principal strategies: Partnerships

9.4.5 Swot analysis of Nexxus Lighting

9.5 Quantum Material Corporation

9.5.1 Business Overview
9.5.2 Company snapshot
9.5.3 Business performance
9.5.4 Strategic moves and developments

9.5.4.1 Primary strategies: Partnerships
9.5.4.2 Secondary strategies: Product Launch

9.5.5 Swot analysis of Quantum Material Corporation

9.6 Samsung Electronics Co. Ltd

9.6.1 Business overview
9.6.2 Company snapshot: Samsung Electronics
9.6.3 Business performance
9.6.4 Key strategies of Samsung Electronics Co Ltd.

9.6.4.1 Primary Strategies: partnership

9.6.5 SWOT analysis of Samsung Electronics Co Ltd.

9.7 Nanoco Technologies

9.7.1 Business Overview
9.7.2 Company snapshot of Nanoco Technologies
9.7.3 Business performance
9.7.4 Strategic moves and developments

9.7.4.1 Primary strategy: product launch

9.7.5 SWOT analysis of Nanoco Technologies

9.8 QD Vision

9.8.1 Company snapshot: QD Vision
9.8.2 Key strategic moves and developments

9.8.2.1 Primary Strategy:partnership and product launch

9.8.3 Swot analysis of QD Vision

LIST OF TABLES

TABLE 1 GLOBAL QD MARKET BY GEOGRAPHY, 2013-2020, VOLUME (KG)
TABLE 2 GLOBAL QUANTUM DOTS MARKET BY APPLICATION, 2013- 2020 ($ MILLION)
TABLE 3 GLOBAL QUANTUM DOTS MARKET BY APPLICATION, 2012- 2020 (VOLUME KG)
TABLE 4 QD BIOLOGICAL IMAGING APPLICATION BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 5 QD BIOLOGICAL IMAGING APPLICATION BY GEOGRAPHY 2013-2020 ( VOLUME KG)
TABLE 6 QD QUANTUM OPTICS APPLICATION BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 7 QD QUANTUM OPTICS APPLICATION BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 8 QD SECURITY & SURVEILLANCE APPLICATION BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 9 QD SECURITY & SURVEILLANCE APPLICATION BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 10 QD RENEWABLE ENERGY APPLICATION BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 11 QD RENEWABLE ENERGY APPLICATION BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 12 QD OPTOELECTRONICS APPLICATION BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 13 QD RENEWABLE ENERGY APPLICATION BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 14 GLOBAL QD MARKET BY END USER, 2012- 2020 ($ MILLION)
TABLE 15 GLOBAL QD MARKET BY END USER, 2012- 2020 (VOLUME KG)
TABLE 16 QD MEDICAL DEVICES BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 17 QD MEDICAL DEVICES BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 18 QD DISPLAY DEVICE BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 19 QD DISPLAY DEVICES BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 20 QD LASER DEVICES BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 21 QD LASER DEVICES BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 22 QD PHOTOVOLTAIC DEVICES BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 23 QD PHOTOVOLTAIC DEVICES BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 24 QD CHIPS BY GEOGRAPHY 2013-2020( $ MILLION)
TABLE 25 QD CHIPS BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 26 QD SENSORS BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 27 QD SENSORS BY GEOGRAPHY 2013-2020, VOLUME KG
TABLE 28 QD LED DEVICES (SSL) BY GEOGRAPHY 2013-2020 ($ MILLION)
TABLE 29 QD LED DEVICES (SSL) BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 30 GLOBAL QUANTUM DOTS MARKET BY TECHNOLOGY, 2012- 2020 ($ MILLION)
TABLE 31 GLOBAL QD MARKET BY TECHNOLOGY, 2012- 2020 (VOLUME KG)
TABLE 32 COLLOIDAL SYNTHESIS TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 33 COLLOIDAL SYNTHESIS TECHNOLOGY BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 34 FABRICATION TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 35 FABRICATION TECHNOLOGY BY GEOGRAPHY 2013-2020, (VOLUME KG)
TABLE 36 VIRAL ASSEMBLY TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 37 VIRAL ASSEMBLY TECHNOLOGY BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 38 ELECTROCHEMICAL ASSEMBLY TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 39 ELECTROCHEMICAL ASSEMBLY TECHNOLOGY BY GEOGRAPHY 2013-2020, VOLUME KG
TABLE 40 BULK-MANUFACTURING TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 41 BULK-MANUFACTURING TECHNOLOGY BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 42 CADMIUM-FREE QUANTUM DOTS TECHNOLOGY BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 43 CADMIUM-FREE QUANTUM DOTS TECHNOLOGY BY GEOGRAPHY 2013-2020 (VOLUME KG)
TABLE 44 GLOBAL QUANTUM DOTS MARKET BY MATERIAL, 2013- 2020 ($ MILLION)
TABLE 45 GLOBAL QUANTUM DOTS MARKET BY MATERIAL, 2013- 2020 (VOLUME KG)
TABLE 46 CADMIUM SELENIDE BASED QD BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 47 CADMIUM SELENIDE BASED QD BY GEOGRAPHY, VOLUME KG
TABLE 48 CADMIUM SULFIDE BASED QD BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 49 CADMIUM SULFIDE BASED QD BY GEOGRAPHY, 2013-2020, (VOLUME KG)
TABLE 50 CADMIUM TELLURIDE BASED QD BY GEOGRAPHY, 2013-2020, $ MILLION
TABLE 51 CADMIUM TELLURIDE BASED QD BY GEOGRAPHY, 2013-2020 (VOLUME KG)
TABLE 52 INDIUM ARSENIDE BASED QD BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 53 INDIUM ARSENIDE BASED QD BY GEOGRAPHY, 2013-2020 (VOLUME KG)
TABLE 54 SILICON BASED QD BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 55 SILICON BASED QD BY GEOGRAPHY, 2013-2020 (VOLUME KG)
TABLE 56 OTHER MATERIAL BASEDQD BY GEOGRAPHY, 2013-2020 ($ MILLION)
TABLE 57 OTHER MATERIAL BASED QD BY GEOGRAPHY, 2013-2020 (VOLUME KG)
TABLE 58 GLOBAL QUANTUM DOTS MARKET BY GEOGRAPHY, 2012-2020 ($MILLION)
TABLE 59 NORTH AMERICA QD DEVICES MARKET, 2012-2020, ($ MILLION)
TABLE 60 EUROPEAN QD DEVICES MARKET, 2012-2020, ($ MILLION)
TABLE 61 ASIA-PACIFIC QD DEVICES MARKET, 2012-2020, ($MILLION)
TABLE 62 ROW QD DEVICES MARKET, 2012-2020, ($MILLION)
TABLE 63 SONY CORPORATION, COMPANY SNAPSHOT
TABLE 64 COMPANY SNAPSHOT, ALTAIR NANOTECHNOLOGIES, INC.
TABLE 65 LG DISPLAY, COMPANY SNAPSHOT
TABLE 66 NEXXUS LIGHTING, COMPANY SNAPSHOT
TABLE 67 QUANTUM MATERIAL CORPORATION, COMPANY SNAPSHOT
TABLE 68 SAMSUNG ELECTRONICS CO LTD COMPANY SNAPSHOT
TABLE 69 COMPANY SNAPSHOT: NANOCO TECHNOLOGIES
TABLE 70 COMPANY SNAPSHOT OF QD VISION

LIST OF FIGRES

FIG. 1 TOP INVESTMENT POCKETS IN THE GLOBAL QUANTUM DOT APPLICATION MARKET
FIG. 2 TOP WINNING STRATEGIES IN THE GLOBAL QUANTUM DOTS MARKET
FIG. 3 APPLICATIONS OF QUANTUM OPTICS
FIG. 4 FINANCIAL REVENUE BY GEOGRAPHY (2013)
FIG. 5 SWOT ANALYSIS OF SONY CORPORATION
FIG. 6 SWOT ANALYSIS OF ALTAIR NANOTECHNOLOGIES
FIG. 7 FINANCIAL REVENUE BY GEOGRAPHY (2012)
FIG. 8 SWOT ANALYSIS OF LG DISPLAY
FIG. 9 FINANCIAL REVENUE BY GEOGRAPHY (2013)
FIG. 10 SWOT ANALYSIS OF NEXXUS LIGHTING
FIG. 11 SWOT ANALYSIS OF QUANTUM MATERIAL CORPORATION
FIG. 12 SWOT ANALYSIS OF SAMSUNG ELECTRONICS CO LTD.
FIG. 13 GEOGRAPHIC REVENUE OF NANOCO TECHNOLOGIES, 2013
FIG. 14 SWOT ANALYSIS OF NANOCO TECHNOLOGIES
FIG. 15 SWOT ANALYSIS OF QD VISION

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The commercial prospects of the market are inclined towards growth due to the efficiency of QDs to produce energy efficient and flexible products and solutions. The market is currently at a pre-commercialized stage and the report covers the research efforts undertaken to commercialize the market. The market estimation are made on the basis of some assumptions of the past years volume production and expected production in the future and projected price fluctuations. The report gives a deep dive-analysis on applications in various sectors of the market to give market players an understanding about the important growth potential to maximize profits. The report also studies the impact and penetration of the QD technology in various geographic regions so that companies can understand end-user preferences to gain competitive advantage.

The report analyses the potency of suppliers and buyers along with threats of new entrants and substitute products based on the Porter’s five force analysis. The report also analyses the impact of the drivers, restraints and opportunities of the market as per the current market trends and projected future scenario. The key investment pockets are analyzed in the report based on the growth estimations of the application segment.

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    In Biotechnology, living systems and organisms are used to develop or modified specific product or processes. The major types of biotechnology are red, green, white, and blue biotechnology. Red biotechnology involves medical processes, white biotechnology which is also known as grey biotechnology is mainly used in industrial processes, green biotechnology involves agricultural biotech processes and blue biotechnology comprises of marine and aquatic processes.
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    The oil and gas market is a highly complex market rife with risks and uncertainties. Risk management therefore plays an important role in the oil and gas industry. Producers need to adequatelyassess potential riskswhile simultaneously assessing the commercial viability of each oil and gas project.
    Jun 2016 | View Details >>
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    Emulsion polymer is a type of polymer that is obtained through emulsion of surfactants, monomer and water. The most common type of emulsion polymers are oil-in-water emulsion. Emulsion polymers have a high molecular weight that results in fast polymerization. Emulsion polymers are green products that lead to eco-friendly techniques of painting, coating, etc.
    Jun 2016 | View Details >>