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The Future of Nano Sensors: Revolutionizing Data Collection and Analysis

Nanosensors have emerged as powerful technologies that are transforming data collection and processing in this rapidly developing sector of technology. These tiny machines, which are frequently smaller than a grain of sand, are made to identify and quantify various physical, chemical, or biological properties. Nanosensors are positioned to revolutionize a variety of industries, from healthcare to environmental monitoring, thanks to their outstanding sensitivity, adaptability, and capacity to work in a variety of settings. In this blog, we examine the enormous potential of nanosensors and how they are changing the way that data gathering and analysis will be done in the future.

Enhanced Precision and Sensitivity:

Nanosensors have made it possible to capture data with new levels of precision and sensitivity. These sensors’ tiny size allows them to reach confined spaces and collect data with unmatched precision. For example, in the medical field, nanosensors built into medical equipment can continuously monitor vital signs, which enables non-invasive, real-time patient monitoring. In terms of early disease identification, tailored medication, and remote patient monitoring, this level of precision is quite advantageous.

Expanding Applications in Healthcare:

The development of nanosensor technology has significant advantages for the healthcare sector. Nanosensors are being extensively used in tissue engineering, medication delivery systems, and diagnostics. Medical practitioners can identify diseases at their early stages and develop more effective treatments by incorporating nanosensors into diagnostic instruments. Nanosensors can also help with targeted drug delivery, ensuring that medicines are given exactly where they are needed and reducing unwanted effects. Additionally, by incorporating nanosensors into tissue engineering, it is possible to track tissue function and growth in real-time, hastening the advancement of regenerative medicine.

Smart Cities and Infrastructure:

Infrastructure and Smart Cities: The use of nanosensors is making cities smarter and more environmentally friendly. To monitor structural health, pinpoint possible problems, and enhance maintenance procedures, these sensors can be integrated into structures such as buildings, bridges, and transportation systems. Nanosensors provide predictive maintenance by collecting real-time data on factors like temperature, humidity, and strain, improving safety and lowering expenses. Additionally, nanosensors can be utilized in the transportation sector to monitor traffic flow, optimize routes, and improve energy efficiency, reducing congestion and pollution.

Environmental Monitoring and Sustainability:

Nano sensors are essential for efforts to monitor the environment and promote sustainability. These sensors are able to identify contaminants, keep an eye on the quality of the air and water, and determine how human activity affects the ecosystem. Nano sensors can be widely used to build huge sensor networks for thorough data collecting because of their small size and wireless connectivity. With the use of these data, environmental researchers, resource managers, and policymakers can make better decisions that will improve conservation and mitigation efforts.

Challenges and Considerations:

Despite the enormous potential of nanosensors, there are a number of difficulties and factors to take into account. Making sure the data is reliable and accurate is one of the biggest challenges. Calibration, validation, and data interpretation become essential for maintaining data integrity as nanosensors become more complicated. As a result of the massive collection and transmission of sensitive information, worries about data privacy and security also surface. To increase public confidence in this technology, a balance between data collecting and privacy protection is necessary.


The technological revolution being led by nano sensors has given us unheard-of possibilities for data collecting and analysis. These tiny gadgets are revolutionizing industries, improving precision, and enabling real-time monitoring in a variety of sectors, from healthcare to smart cities. To fully realize the potential of nanosensor technology, it will be essential to address the accompanying challenges. Nanosensors have the potential to help shape a future in which data-driven decision-making results in improved human health, sustainable behaviours, and increased quality of life.

5 Benefits You Get Attending International Conferences of Technology and Management

Whether a person is a scholar, researcher, or student, international conferences play a crucial role in academics. Primarily when the conferences are related to technology and management, these two things are the backbone of modern working. The international conferences help you improve your capabilities and provide last-longing benefits. For example, if you attend an international conference […]

Advantages of Surface Plasmon Resonance/SPR Sensors in Brampton

Sensors are the modern-day requirement for various purposes such as biomedical diagnoses, forensic research, temperature and humidity measurement, and gas detection. Surface Plasmon resonance is also a major biosensor technology that can be used to observe bimolecular bindings, electricity magnetism, and optics in Brampton. These biosensors help in various applications such as life science, drug […]

International Conference on Advanced Plasmonics, Magnetics, and Magneto-optical Technologies (ICAPMOT)

The Seed NanoTech International Incorporated conference focuses on entrepreneurship and innovation. Basically, the conference is based on technology and magneto-optics themes such as Magnetics, Plasmonic, and Photonics as well as innovation and entrepreneurship. This conference strives to offer a stepping stone for scientists and researchers, students and postdocs, engineers, CEOs and people from various walks of life.The best part is that all the members come with 20% discounts on the registration fee. Also, they can get a free booklet, digest, or abstract.

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The International Conference on Advance Plasmonics, Magnetics, and Magneto-optical Technologies is now accepting registrations. Members who sign up before the event begins will receive a discount. A total of five scholarships are given to deserving students and postdocs (the registration fee is based on candidates’ preferences).

The candidate’s manager must complete and submit the form to the conference Secretariat with the candidate’s signature. Pre-registration is encouraged to take advantage of any savings opportunities, avoid late fees, and guarantee desired accommodations and schedule preferences.


Cancellation and Refund Policy:

The policy on cancellations and refunds states that neither option will be available once the payment has been processed. In extraordinary situations, the committee will deduct the $50 administrative charge from the total amount refunded, although this decision is subject to their approval.

Conference Code of Conduct:

Everyone is expected to treat everyone with the same level of respect and courtesy that they would like to be treated with. No prejudice or sexism exists toward any person because of age, handicap, national origin, race, religion, gender, sexual or affectionate orientation, gender identity or expression, physical appearance, political beliefs, or marital status. Anyone witnessing a policy violation is encouraged to notify the conference’s organizers. Everyone who doesn’t play by the rules will be kicked out of the session.

Payment Information:

Conference organizers accept payments in Canadian dollars by Visa, MasterCard, and PayPal. International speakers can pay the fee using the wire transfer. Please contact the conference secretariat for the wire transfer information. Locals can pay the registration cost through e-transfer, bank checks, or any other local online transfer method.

Why is the International Conference perfect for Students and Business Owners?

The Seed NanoTech International Incorporated conference covers wide topics in innovation, technology, and entrepreneurship. Researchers and scientists from a wide range of fields will benefit from this conference because it will help them better grasp the challenges and opportunities presented by these technologies. Students and postdocs will have the opportunity to present and network with local and international leaders and would allow them to enhance their skills and knowledge in many areas.

If you have any queries, please e-mail the conference secretariat at the following address: conference@seed-nanotech.com

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A Journey from Engineer to Entrepreneur

Here, I’ll share my experience and discuss the various challenges of starting and running a business. I hope this presentation will be beneficial to those who want to start their own business, are in the early stages of their venture, or are simply looking for advice.

Technology is continuously changing, as many know. It has become a massive part of our lives, so it’s hard to imagine a time when we lived without it. As a young student, I had a passion for science and always wondered how technology could impact the way research is done one day, but more importantly, how I could be a part of it. But, of course, science has always had and continues to impact my life significantly. My journey began when I was just a high school student and continues to be an aspiring entrepreneur.

What exactly is an entrepreneur? It is a person who organizes, runs, and operates a business or business, taking on greater than normal financial risks in the process. So what exactly is an engineer? Engineer designs, build, or maintains engines, machines, or public works.

As an engineer, I needed to solve specific problems. My first job involved developing an electronic prototype current cut-out device, modifying the design, and fabricating parts. One of the pitfalls of being an engineer is that becoming overly focused on product design is all too easy. As a business owner, you’ll be dealing with more minor technical issues and more with new challenges in finance, management, advertising and promotion, and so on. Being an entrepreneur necessitates knowledge of marketing, sales, production, and a financial plan, in addition to engineering excellence. Starting, running, and growing your own business, on the other hand, is fraught with unforeseen circumstances and problems that one must address. The better one understands these roles, the more equipped one will be to transition from engineer to entrepreneur.

Before I began my journey as an entrepreneur, I had a passion for science and technology from my school days in Nepal. My academic journey started from school in Myagdi district, west Nepal, and moved to Shri Ram Gorkha High School in Kapilvastu to complete my high school. I did my college studies at Amrit Science College in Kathmandu, Nepal, an undergraduate degree from Bangladesh through a Nepal-Bangladesh fellowship. Then, I got a fellowship from the Japanese government to conduct advanced research on nano-materials. When my fellowship was over, I migrated to Canada to complete my post-graduate degree in engineering at the University of British Columbia in Canada.

My professional career began when I got a job at the University of Victoria. I worked on magneto-plasmonics and developed a series of magnetic nano-particles, alloys, and periodic arrays of nano-holes. I continued my career at the University of California San Diego at the Centre for Magnetic Recording Research (CMRR), which allowed me to work with a fantastic team of researchers. It allowed me to work with state-of-the-art equipment. I also had a great experience working at the Baylor Research and Innovative Collaborative Centre (BRIC) in Waco, Texas as a visiting researcher with the nano-optics (plasmonics and metamaterials) group. In 2016, I returned to Canada after receiving a fellowship from MITACS. In addition, I worked on a joint industry-academia research project sponsored by York University in Toronto and GEM Systems Inc in Markham.

Over my 24 years of experience working, I have worked in big and small companies and have learned the differences in the work environment. You have many learning opportunities at small companies (1-50 employees) at you have many learning opportunities. You will get to know the owner or CEO & you can grow with the team that appreciates the employee taking the initiative in having a greater interest in the company beyond the job title. A good company will want to support your growth and allow you to try on different hats for size as you grow with them. In large companies (50 or more employees), companies treat you more like a number or statistic; they want less creative thinking, and getting ahead becomes difficult.

The strategic objective of my company is to grow, become profitable, create more job opportunities in Canada, and most importantly, develop new technologies so new generations can benefit from them. I can achieve my strategic objective if I form the right partnerships and collaborate with people with similar interests. These are driven by my genuine interest and ambition to make a difference in the community in the way things are done now and in the future. One common goal I always had from when I was just a high school student to now as an entrepreneur is to make a difference in people’s lives worldwide. Hopefully, with the right amount of dedication and effort, my company will positively impact many lives.

Read this post on Linkedin: A Journey from Engineer to Entrepreneur

Research, Innovations & Entrepreneurship

With blooming innovations in science and technology, many new opportunities are being created every day. Such benefits of technological innovations are not limited to only one field but open a gateway to many new possibilities. One such remarkable use of innovation is in entrepreneurship. As it is said, “Necessity is the mother of invention.” 
This applies to today’s fast-paced world where people are always seeking new ventures and prefer to take charge to start their business start-ups.
Such a link between innovation and business is called an entrepreneurial venture. An entrepreneurial venture is unique because its core values lie in innovation and opportunism. Innovations uplift the entrepreneur to take new challenges, adapt and act accordingly with the changing atmospheres.

Importance of Research:

Continuous research in the field of technology paves the way for innovations and new ideas to be implemented. Research holds paramount importance in identifying problems and presenting solutions. Through research, many intelligent minds gather and brainstorm about a particular topic which accounts for the progress done in that field. Extensive and fruitful researches result in notable findings and broadening the human imagination, all of which play a vital role in bringing innovation. Similarly, entrepreneurial ventures also proceed by innovation, creative thinking, and problem-solving skills where different minds gather and chalk out a strategy that leads to successful outcomes.

“Research is formalized curiosity. It is poking and prying with a purpose.” – Zora Neale Hurston

Innovation Leading to an Entrepreneurial Ventures:

Innovation leads to taking on new challenges and providing a prompt solution. Innovative thinking encourages problem-solving through creative and inventive solutions. Looking at things from a wider scope and planning out solutions is the way to go forward. Innovation fuels entrepreneurship and such innovative entrepreneurs are motivated to act ingeniously and provide effective solutions.

“Innovation is the unrelenting drive to break the status quo and develop anew where few have dared to go.“ – Steve Jeffes, Marketing & Business Expert

Economic Growth:

New ideas might seem risky to implement, let alone generate profit and wealth, but with great entrepreneurship skills, these innovations guarantee a robust economy by introducing problem-solving techniques, taking a calculated risk, and being proactive as to how the market is changing. Moreover, many small startups have taken this innovative route and turned into big entrepreneurial firms, bagging millions of profit.

Flexibility in Workplace:

Innovations have also redefined the workplace environment and experience with the younger generations who are more inclined towards quick and easy solutions with flexible working hours. Companies are also adapting to seek out innovative approaches and are getting equipped with better solutions to provide a smooth and swift working experience to their staff. Freelancing job opportunities and work from home are the offsprings of technological innovations.

Catering to Customer Needs:

With a remarkable increase in technological innovations, the demands of customers are ever-increasing. This leads to a rise in entrepreneurial ventures, inculcating innovations and developing such products that fulfill the customers’ needs and are up to date with the latest technology.
Amazon Go is a unique convenience store with no crew or staff, providing a special and convenient retail experience where there is no concept of cashier and paying money, and everything is automated. When you enter the store, you have to log in to an app that will automatically know what you have picked up and purchased and the amount will be deducted from your account. This is a perfect example of innovations catering to customers’ needs and leading to entrepreneurial ventures.

“Innovation is taking two things that exist and putting them together in a new way.“ – Tom Freston, Co-founder of MTV

Examples of Innovative Entrepreneurial Ventures:

Some notable examples of innovations leading to entrepreneurial ventures are,

●    Google which was previously just a search engine has now redefined advertisement through GoogleAds. 

●    Nike which is a leading shoe brand, collaborating with Apple launched a Nike + iPod sports kit measuring the distance and speed of a run or walk.

Technology Oriented Conference

International conferences anywhere around the world play a significant role in a country’s progress and development in the field of research. They not only contribute towards a country’s progression towards education but also deem a country peaceful, tolerant, and welcoming to all sorts of people around the world. Unfortunately, due to Covid’19, our initially planned conference on 15th September 2020 had to be postponed, which is now rescheduled to 24th – 28th May 2021 (virtual).

Plasmonics, magnetics, and biophotonics are all emerging and recent advancements in the field of science. Dispersal of crucial information on the mentioned technologies is our primary focus. We aim to educate, explain, and equip all the participants with the benefits and practical applications of these technologies so that by the end of this conference, all the science enthusiasts will see remarkable addition in their knowledge and experience a sense of fulfillment and accomplishment. We aim to introduce our participants to entrepreneurship as well.

“I believe in innovation and the way you get innovation is you fund research, and you learn the basic facts.”- Bill Gates.

This conference is focused on five core topics:


This section would cover topics like mаgneto-optics / magneto-photonics, magnetism in biology and medicine, soft and hard magnetic materials and applications, magnetic sensors, high frequency & power devices, spin electronics & applications, magnetic recording, magnetic thin films & multilayers, magnetization dynamics, modelling and computational magnetism, microscopy, imaging & characterization, shape-memory alloys and magnetocaloric effect, diluted magnetic semiconductors and oxides, and so on.


Theory and principle of plasmonics, theory and principle of surface plasmon resonance, synthesis of plasmonic core-shell nanostructured materials, characterization of plasmonic materials, and SERS. The plenary talk by Prof. Dr. Alexandre Brolo, a renowned Chemist and University Professor at the University of Victoria, Canada will also focus on this topic on May 25th. Plenary talks are unique in the sense that only the most accomplished and renowned people in the field are invited.

Biophotonics /Optical technology:

This section includes topics like Si-based and photonic materials and magneto-plasmonics, green photonics, energy, and related technologies, ultrafast optics and applications, sensing, communications, and information processing, nonlinear optics, nanophotonics and plasmonics, optical telecommunications, photonics technology entrepreneurship and innovation, photonic theory design, and simulations. It would also include many latest innovations on nanoscale photonics that combines magnetics and plasmonics.

Education and Innovation:

Channelizing young minds through research and development, addressing skill gaps through specialized global technologies, effective upskilling through awareness and cognitive mapping, Encompassing technical, leadership, and domain-based learning, focus on “Human Engineering” through connections, training in digital and incremental skills are some of the topics covered in this area.


This section would include topics like competence in expanding new skills by searching alternatives, financial literacy and capabilities for expansion and diversification, building emotional quotient with peers, organizations, and associations, reduction of tax and regulatory barriers for new entrepreneurs, expansion, and promotion of mentorship programs, providing room for internships, volunteering for a solid foundation and Expanding technical viability and resources. Both local and international tech-turned entrepreneur will share their knowledge and experience through this conference platform.

As the famous American sociologist, Daniel Bell said,
 “Technology like art is a soaring exercise of the human imagination.”

The tech-based ICAPMOT 2021 virtual conference is expected to offer many insights on new research, innovation, and technologies, and promises to be a very rewarding conference, despite the COVID19 restrictions. If you are not a regular attendee of online/digital conferences, or if you’ve never attended one before, we’d like to suggest you consider the benefits of attending so:

  • You will meet world-class scientists, university professors, and industry leaders.
  • You will gain knowledge that will have an immediate benefit for your academy or business.
  • You will be inspired by individuals who share your passions.
  • You will meet potential investors or buyers.
  • You can generate leads and engage with prospective clients.
  • You can connect with local industry dignitaries and innovators.

Whether you are presenting your work, attending to share ideas with like-minded peers in your industry, learn about new developments in your niche, or searching for some fresh air to breathe new life into your business, ICAPMOT will be a conference with your name on it. Hope you join early to secure a spot.

Scientists from All Over The World

We, at Seed NanoTech, feel immense pride to announce that globally acknowledged and acclaimed scientists having numerous accolades and vast experience will be joining us for the upcoming ICAPMOT conference to share their valuable knowledge and experiences in the field to inspire and educate the participants of the conference. Their constant efforts have made it possible for this emerging technology to find its way in different aspects of life. In this conference, all the inspiring and dedicated protagonists of plasmonics, magnetics, biophotonics, and biomagnetics will be delineating the latest technology and presenting their research. The magnitude of exposure is expected to go limitless with the presence of scientists from all over the world, so the conference is one not to miss.

The conference comprises scientific board members from Japan, France, Canada, Spain, Russia, the USA and Nepal and many more from other countries who will be honoring us with their presence.

Their core expertise and experience lie in the field of magneto-plasmonics, biophotonics, magnetism and magnetic materials, entrepreneurship, education, and innovations but their work is not limited to that only. They are highly recognized and established in the field of entrepreneurship, science, engineering education and social sciences, to name a few. Their vast experience and extensive knowledge will be a beacon to all the aspirants of science, engineering, technology, and entrepreneurship. The precedent they have set in this field is unmatchable but not attainable and this conference is a bridge to that.

Our board members are also affiliated with the leading research groups from around the world and their excellence and brilliance have made them among the top scientists and researchers in the field.

“The important thing is not to stop questioning. Curiosity has its reason for existence. One cannot help but be in awe when he contemplates the mysteries of eternity, of life, of the marvelous structure of reality. It is enough if one tries merely to comprehend a little of this mystery each day.”- Albert Einstein

The ICAPMOT conference sets the platform for sharing new ideas, innovations and new research components and aspects of this technology to people from all walks of life. In addition to the plenary speakers and invited speakers, our board members will be showcasing their work to encourage and inspire the enthusiasts to show their potential and start their journey. As stated earlier, this conference guarantees a perfect blend of science, engineering, and technology with a prime focus on entrepreneurship. Peculiar in its multitude of knowledge and exposure with the presence of globally acknowledged scientists, this conference will certainly benefit all the participants.

“Nothing in life is to be feared, it is only to be understood. Now is the time to understand more, so that we may fear less.” ― Marie Curie

With the resourceful guidance of our panel, science enthusiasts and blooming researchers, and industrials from around the world, participants can benefit immensely from this conference. It is an experience not only loaded with tremendous insights on magneto-plasmonics, biophotonics, magnetism and magnetic Materials, but also entrepreneurship, education and innovations. Our plenary members are highly renowned in the field including innovation and entrepreneurship. For example, Prof. Alexandre Brolo of the University of Victoria current research is geared towards the development of metallic nanostructures for applications in plasmonics and Surface-Enhanced Raman Scattering, also widely known as SERS.
To learn more: