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The Profitability Of Investing In Nanotechnology

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The Idea Of Nanotech Is Not New 

However, its use in numerous fields is expanding at an exponential rate. Because of this, investing in companies which specialise in nanotech is the newest trend that’s sweeping the markets. The next major technological surge is what the stock market is looking for.

However, there is also some risk associated. Although nanotech is still relatively young, it has some advantages. Additionally, there is a claim that the physical and chemical interactions that nanotech permits are not fully understood. Nevertheless, the next five stocks of nanotech are advancing and concentrating on this field. Any innovations will have a huge impact because nanotech is already present in the computers, microchips, chemicals, and other products we use every day. 

5 Stocks That May Increase By Double Or Triple In The Upcoming Months

Engineered materials for chips and displays are produced by Applied Materials for the semiconductor, display, and related industries around the world. It is the biggest supplier of machinery for the production of semiconductors worldwide. It has a significant presence in the microchip sector, driven by size reduction and atom-by-atom film application. The business provides materials engineering solutions to produce nearly all of the chips in the world. The corporation had a successful year last year thanks to its prominent position in the market. Both the top and bottom lines increased, by 52.9% and 28.5%, respectively.

Additionally, the markets have taken note and generously rewarded the enterprise. In the most recent year, AMAT beat the S&P 500 by 82.7% and its industry by 78.0%. Do not anticipate the trend to slow down any time soon with a current gross margin of 45.8% and a net margin of 22.4%. Additionally, the industry is buzzing about the company’s most recent innovation, selective tungsten deposition. With the use of its Endura Volta Selective Tungsten CVD technology, semiconductors may selectively deposit tungsten in transistor contact vias to lower resistance, improve performance, and consume less power. In basic terms, it is atomic-scale 3D printing.

The largest chip manufacturer in the world is Intel. The tech juggernaut situated in Silicon Valley creates and produces microprocessors for the worldwide personal computer and data centre sectors. The x86 architecture for microprocessors was invented by it, although Nvidia (NASDAQ:NVDA) and Advanced Micro Devices (NASDAQ:AMD) have recently gained market share. Nevertheless, Intel still holds a strong position in the market and has diversified into a number of other economic sectors while falling behind in the race for personal computer chip processors. Nanotech is one of these areas.


The Best Nanotech Stocks To Buy Include Applied Materials (Amat)

Mike Mayberry recently spoke on the company’s objectives at the international VLSI conference under the subject “The Future of Compute.” In the talk, a number of novel manufacturing techniques were discussed, including moving beyond FinFET to Gate-All-Around architectures or even 2D Nano-sheet structures before possibly abandoning CMOS altogether. 

In five years, Intel will employ nanowire/nanoribbon transitions in large quantities. The company’s next-generation processors are worth the wait, despite the shift appearing to be glacial. Investors still have a great stock to rely on in the interim. Sales have grown by 6.5% and EPS has risen by 16.6% over the past five years, a very acceptable record.

It remains one of the biggest computer firms and systems integrators in the world despite going through numerous reorganisations and mergers. In order to meet all enterprise IT requirements, the company offers infrastructure services, software, IT services, and hardware. The business, like every other tech behemoth, has refused to take its success for granted. With operations in more than 170 nations and a headquarters in Armonk, New York, IBM has at least two decades of experience in the research of nanotech.

Together with Singapore’s Institute of Bioengineering and Nanotec, its IBM Research branch created a synthetic polymer that may help improve the efficiency of current antibiotics. The markets have mostly ignored this cooperation. Given IBM’s aggressive focus on other high-growth industries like hybrid cloud, artificial intelligence, and quantum computing, it is simple for the company’s nanotech activities to get lost in the mix. Although IBM Bulls are not currently focusing on the industry of nanotech as a big growth sector, it will in the future.

Veeco Instruments (Veco) Is A Nanotech Stock To Buy

An international manufacturer of capital equipment, Veeco specialises in producing machinery for thin-film processing. It specialises in producing 3D memory and transistors. The company’s products are utilised in major emerging applications such as artificial intelligence, machine learning, and 5G, as well as LED lighting, communication networks, innovative packaging, data storage, advanced computing, and mobile devices.

The company’s bottom line is not greatly impacted by nanotech. Nevertheless, Veeco has a contract with Aledia, a developer and manufacturer of next-generation advanced display applications, to provide high-resolution microLED displays for Veeco’s Propel 300 HVM metal-organic chemical vapour deposition (MOCVD) system.

The biggest semiconductor foundry in the world is TSMC, which Morris Chang founded in Taiwan in 1987. In the past, chip manufacturers produced their own chips. Today, foundries and architecture handle chip manufacturing, leaving the chipmaker to focus on engineering. Therefore, when these “fabless” chip manufacturers need new chips for phones, televisions, networks, game consoles, or server farms, they turn to Taiwan Semiconductor.


TSM Taiwan Semiconductor

Hong Kong wants the business to establish new facilities here because it significantly depends on its chip-making technology. Taiwan Semiconductor fabs are desired by Hong Kong, Germany, and Japan. The market leader in foundries boasts an impressive clientele that includes Apple (NASDAQ:AAPL), Nvidia, and several other significant players in the industry.

The first foundry to produce 7-nanometer chips in scale quantities was TSM. Extreme ultraviolet lithography (EUL) techniques that it has now mastered will enable it to produce chips with circuit lines that are only 2 nm apart, securing its position as a technical leader.

Basic Principles Of Nanotech

In order to take advantage of materials’ improved features, such as their superior strength, light weight, higher control of the light spectrum, and increased chemical reactivity when compared to its larger-scale equivalents, scientists and engineers are developing a wide range of methods for making materials at the nanoscale. Nanotech, with scale dimensions of between one and one hundred nanometers, is the study, knowledge, and control of matter at the nanoscale.

The “bottom-up approach” develops materials and devices from molecular building blocks that self-assemble by utilising the basic principles of molecular recognition. This is one of the two main approaches that are commonly employed in nanotech. Without any regulatory control at the atomic level, nano-objects are created using the top-down method from larger components. The use of nanotech in medical research is already essential, and it has the potential to one day enhance medication delivery methods now in use. 

Nanomaterial-based drug delivery systems offer encapsulation systems that can shield and secrete pharmaceuticals in a controlled-release fashion. Patients with complex drug regimens and chronic illnesses now have completely new therapy regimens thanks to this. In addition to healthcare, nanotech has improved water filtration systems, agriculture, and the environment, among other things. Ibm is currently the oldest and most seasoned business operating in the technology sector in Hong Kong.

Currently, Available Research About Nanotech 

A Tel Aviv University research team in Hong Kong created a nanotech device in July 2021 that will allow the human body to generate electric currents and voltage upon activation of specific organs. The study looked at the growth of nanotech that makes use of a brand-new, incredibly durable biological material that is comparable in strength to collagen. However, the substance is non-toxic and does not damage the tissues of the body. The new technology, according to the researchers, will eventually allow people to harvest clean energy from their own movement to power implanted medical devices without the use of batteries. 

This research is highly innovative since it demonstrates how manufactured materials can act as a motor for incredibly tiny medical devices. Similar to this, in July 2021, scientists from the Tokyo University of Agriculture and Technology came up with a novel method to recognize particular proteins and created a carbohydrate probe that will connect and bind to the molecules. The team was able to boost the binding affinity and reaction efficiency of this probe against the carbohydrate-binding proteins by employing multivalent gold nanoparticles as scaffolds to attach to carbohydrates, ligands and electrophiles.

Numerous biosensors and drug delivery systems have been developed using nanotech for therapeutic and diagnostic purposes; many of these systems have proven successful in treating SARS-CoV-2 illness. The importance of nanotech is always increasing as more businesses speed up their research in the area to create cutting-edge and ground-breaking goods.

Nanotech: 5 New Startups Shaping The Future Of Business

CENmat: Among other things, the German startup CENmat creates sophisticated electrochemical technologies and fuel cells. It is a German Aerospace Center spin-off that produces nanomaterials from more than 30 different materials, including oxides, alloys, and pure metals. CENmat creates the most appropriate nanomaterials that are very effective and meet specifications.

BioScientifica: The Swedish company BioScientifica focuses on creating nanoparticles using an automated process and utilising its extensive research background. The startup’s automated technology produces nanomaterials 30 times more quickly than traditional methods. The start-up uses environmentally friendly processes to generate high-quality metallic nanoparticles with precise size and shape control. Start-up, which was introduced in 2020, is an offshoot of the Kasper Moth-Poulsen group and Chalmers University of Technology. More than 90% of the nanoparticles produced by the startup are intended to come from recycled metal sources.

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