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Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

With AI (Artificial Intelligence) and LLMs (Large Language Models) now providing instant access to solutions in Physics and Mathematics, it raises the question: are human mentors still important?  The answer is resoundingly yes! And hopefully this article will convince the reader why this is the case.

Unlike AI language models, which often parrot information without truly grasping the nuances, human mentors can diagnose the specific reasons a student might struggle with complex topics. A human mentor can personally relate to the conceptual challenges a student might be facing, drawing upon his/her past experiences while learning the subject as a student themselves. This allows them to explain intricate details to the student, which a generic AI response would fail to reflect.

In addition, AI lacks any real-world context, whereas experienced mentors can draw from their own extensive academic and industry backgrounds to make abstract ideas come alive through practical examples. They can make the complex lessons fun and interactive. Also working with a mentor motivates a student to develop good study habits which can be applied to multiple subjects.

LLMs may solve problems, but they fall short in cultivating the critical thinking necessary for scientific inquiry; they cannot teach learners how to design experiments or debug a flawed hypothesis. AI also often provides incorrect answers or an incomplete methodology.

Thus, while preparing for hyper competitive exams and navigating intense college applications, the role of a human mentor in explaining conceptual details, clarifying doubts and counselling/motivating students is unmatched. AI and LLM can supplement the educational ecosystem, but can never replace human mentors, as we witness further evolution in pedagogy.

If you or someone you know would benefit from our services, do contact us https://vectorideas.com/contact-us/ with any questions in this regard for enrolment.

© Dr. Arijita Mukherjee Chakraborty, PhD. Physics, Co-founder, Faculty and Mentor at Vector Educational and Consultancy Services


Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Our primary objective is to bring out the best in every student through focused, customized mentoring with the perfect blend of expertise, experience, technology and empathy. Be it an Ivy league selection or cracking JEE Advanced by our students.

Cracking JEE Advanced is certainly a launchpad to a great career ahead! Congratulations Hrishik Bhattacharya for your excellent performance in JEE Advanced 2025!
We’ve witnessed firsthand the relentless effort, late-night problem-solving sessions, and unwavering determination you poured into this journey. Today, all that hard work has blossomed into this incredible achievement—and we couldn’t be happier for you!
This result isn’t just a number; it’s proof of your resilience, curiosity, and ability to rise above challenges. You’ve not only mastered complex concepts but also grown into a disciplined and passionate learner—qualities that will take you far beyond any exam.
All the very best for your future endeavors!

If you or someone you know would benefit from our services, do contact us https://vectorideas.com/contact-us/ with any questions in this regard for enrolment.

© Dr. Sagnik Chakraborty, PhD. Physics, Co-founder, Faculty and Mentor at Vector Educational and Consultancy Services


Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Read the article here

Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

The Covid-19 pandemic has wreaked havoc in every sector of lives and livelihoods and education is no exception. In-class sessions in schools, colleges and universities have been indefinitely suspended, exams have been canceled, postponed, rescheduled and postponed again with no end to this pandemic in sight. With schools and tutorial programs offering online services, students are overwhelmed with the plethora of online classes they are having to attend. Despite best efforts in some cases, there has been significant learning gaps in concept-rich subjects such as physics, that has left students and guardians really concerned about the effectiveness of online classes for the most part.

We at Vector Educational and Consultancy services understand these concerns, even more so, as our company started operations during this pandemic. As educators, we believe that now is the time to cater to the individual academic needs of students who feel lost and overwhelmed seeing 50+ odd faces in a video-conference call and hardly getting an opportunity to interact with faculty members to ask questions and clear doubts that are crucial to effective learning. Considering this critical feedback from students and guardians, our co-founders have decided to make all our online sessions restricted to a maximum of 5 students, so that an individual student gets undivided attention of a faculty member throughout the session, while ensuring optimal interaction with their peers. Also, let’s address the elephant in the room: we will not increase our rates for these customized classes compared to a full capacity class. With limited available slots, we would be able to cater to only a finite number of students. However, focused education with unparalleled quality is always our priority as is individual care and guidance to students.

If you or someone you know would benefit from this exclusive offer, do contact us https://vectorideas.com/contact-us/ with any questions in this regard for enrolment.

© Dr. Sagnik Chakraborty, PhD. Physics, Co-founder, Faculty and Mentor at Vector Educational and Consultancy Services


Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

The art of discussing one’s project in an interesting and thought-provoking way has become extremely important these days. Be it presenting in an international conference to a diverse audience, who may belong to the broad subject area of your work but may not be well versed with the details of your specific projects. It could be submitting an article for publication in prestigious, high impact journals, where the editor assigned to your paper may not be from the exact same area either (and often the editorial office makes the decision whether or not to send the paper out to review). Even while applying for grants/fellowships proposals, given that you may wish to change fields, or work in a related but different area, it is of utmost importance to effectively communicate your project results and their significance.

For starters, it would be wise to remember, when it comes to effective science communication, pictures do speak a thousand words. Be it theoretical, computational, or experimental work, clear images and illustrations do go a long way in capturing the audience’s attention. And, each image should be accompanied by captions which briefly describe the content, and possibly allude to the section in the paper where it is discussed in greater detail. It is also a good idea to capture the essence of the paper in a summary image (which can also be a schematic diagram), so that readers have an overview of what to expect from the study.

It is also crucial to present the background of your work in the introductory slides/first paragraphs of your conference presentation/paper. The purpose behind this is to give the audience an overview of the work already done in that field of work, and the existing challenges and opportunities. This will enable them to appreciate your work more, as they correlate it to the body of work that exists and understand your contribution towards the open questions. It is better to start from the basics. Something that feels simple to you just because you work/have been working in that field for quite some time, may not be obvious to your audience.

Be sure to articulate your challenges, and how you overcame them. Nobody starts to get results from Day 1, and your learning as you navigated the challenges, may prove to be valuable to your audience as well. It is also worth remembering if you did not accomplish everything that you set out to do in the project, it’s okay to explain the unexpected detours, and emphasize your key learning from each of those.

Lastly, make sure the Conclusion ties up all the pieces of the puzzle perfectly, just like the ending to a gripping novel, you should also aim to excite the audience. Do include future work that in your opinion, needs to be done either by you, or by your peers/colleagues, to carry the beacon forward.

Have fun with scientific storytelling!

© Dr. Arijita Mukherjee Chakraborty, PhD. Physics, Co-founder, Faculty and Mentor at Vector Educational and Consultancy Services

www.vectorideas.com

For more ideas on science communication/research presentation, please Contact Us at admin@vectorideas.com


Dr. Arijita Mukherjee Chakraborty presenting her research poster in the Microscopy and Microanalysis Meeting (M&M meeting) in Portland, USA.

Dr. Sagnik Chakraborty’s research presentation at the Annual meeting of the Biophysical Society, Los Angeles, USA.

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Dr. Arijita Mukherjee Chakraborty pictured during her Ph.D. thesis defense, presenting her research results investigating ion intercalation in Vanadium pentoxide polymorphs using Analytical Transmission Electron Microscopy techniques (Chicago, USA).

Most people alive today are witnesses to the greatest crisis of their lifetime. With millions dead and several others infected, multiple layoffs, threats to job security, rescinded offers for graduating students and adverse effect in every sector and in every household, we have not been hit harder in recent times. As economies scramble to balance lives versus livelihood, emerging reports of mental health issues and associated consequences shatter the prospects for a better and brighter future, beyond any doubt. In these uncertain times, it is more important than ever to leverage our unique potential to define or reinforce a career trajectory with a focused pursuit to achieve our goals. Here are a few insights that can come in handy to navigate through this unprecedented catastrophe:

Prioritize your response to the myriads of problems:

Multitasking is essential in our lives and times. However, multitasking is often overrated when it comes to solving problems in professional as well as personal front. It would be prudent to list your problems and tackle them one by one instead of going after all of them at once and feeling overwhelmed. Next, comes the question of prioritizing the problems, and, more importantly, your response to those problems. Some problems can be tackled quick and easy, others need time and effort, some of them need immediate attention, others can wait. Many people have found it useful to use their best judgement to balance the sugar and the peas. If you start your day feeling strong and positive, get a difficult problem that needs immediate attention off your chest and the momentum you gain would cruise you through the easier ones. If you need a confidence boost in the beginning take the reverse route. Now, we will all encounter problems that we cannot solve, even with our best efforts. We will have to innovate to bypass those and still survive.

Master an act of balance between staying focused at the problem at hand and not losing sight of the big picture:

It goes without saying that focus and determination are the keys to solve a challenging problem. However, a myopic view of the problem at hand can often lead to bigger problems. It is always insightful to have a clear view of how the problem at hand fits in the grand scheme of things or align with one’s life goals. One can derive ample motivation to tackle the problem at hand and celebrate a successful solution with this mindset.

Be an efficient problem solver relying on strong foundations of knowledge and wisdom:

Knowledge and wisdom go hand in hand in empowering individuals. They often embolden us to take on the most difficult of problems. All of knowledge is acquired, wisdom is believed to be partly innate and mostly gained through experience. A perfect blend of the two is rare in an individual but can surely be cultivated. I would opine that this cultivation is multi-sourced and is certainly not limited to one’s academic or industrial training. A good book or a movie, insightful discussions with friends, family or an expert in any discipline, interesting and often life changing events can make a person wiser. If we assume that knowledge and wisdom of a person are constants at the time of attempting a problem, I will count on the instantaneous variables of wit and ingenuity that can immensely influence the outcome. Wit and ingenuity, like wisdom does not have conventional sources to gobble up, yet I bet all of us have come across several witty people in our lives, based on our judgement. We can certainly learn from them.

Stay curious with an open mind and appetite for learning to foster innovation:

It is easy to take things as they appear for granted. However, the inquisitive nature of individuals prompts them to question things as they appear. Rather than being blind-sighted or overwhelmed by problems, use your best judgement as you approach any problem, or you are presented with information. With information overload at this digital age, it is hard to tell facts from information. However, there are resources (thanks to the digital age!) for one to verify the authenticity of any information that is presented to them. Flexibility of mind to accept change and to learn, un-learn and relearn will go miles in helping us cope with this predicament and innovate our way around it.

Nail it with rigor and perfection:

More often than ever, now is the time to be rigorous in our pursuits. Short-cuts to transient glory will come and get us sooner than later in these trying times. I believe all of us are good at something that need not be the same thing. We need to concentrate on those faculties, get proper training, grooming and guidance from the right person (use our judgement) and take our best shots at the problems looming large. I would not advocate for the pursuit of perfection to be the enemy of the good. However, the satisfaction of taking your best shot with the resources you have is too good to let go.

Be an optimist for life, it is not that long!

We claim to be the smartest species on earth to the best of our knowledge. Yet, unless a radical scientific progress extends our life span by years, our terms are limited, even more so, with the current situation. People often confuse between optimism and happiness. I would not debate that they do overlap at times. Often one of those two triggers the other. It is impossible and irrational to stay happy all the time. However, with conscious and subconscious optimism, we will wake up from this nightmare.

© Dr. Sagnik Chakraborty, PhD. Physics, Co-founder, Faculty and Mentor at Vector Educational and Consultancy Services

www.vectorideas.com

To learn more, please Contact Us at admin@vectorideas.com

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