Interview with Dr. Manoj Gupta, PHD, Editor-in-Chief

We caught up with Dr. Manoj Gupta, PHD, Editor-in-Chief to ask about his latest updates and activities!




Dr. Manoj Gupta, was a former Head of Materials Division of the Mechanical Engineering Department and Director designate of Materials Science and Engineering Initiative at NUS, Singapore. He earned his Ph.D. from University of California, Irvine, USA (1992), and completed his postdoctoral research at University of Alberta, Canada (1992). Some of his research findings include materials processing techniques: (i) Disintegrated Melt Deposition technique and (ii) Hybrid Microwave Sintering technique to synthesize alloys/micro/nano-composites. He has published over 525 peer reviewed journal papers and owns two US patents and one trade secret. His current h-index is 61, RG index is 47+ and citations are greater than 14000. He has also co-authored six books, published by John Wiley, Springer and MRF – USA and edited many others. He is Editor-in-chief/Editor of twelve international peer reviewed journals. having received multiple awards, he actively collaborates/visits as an invited researcher, visiting and chair professor in institutions in Japan, France, Saudi Arabia, Qatar, China, USA and India.

  1. What areas does your laboratory work in?

    Dr. Manoj Gupta: My primary research focus is to develop lightweight materials that can assist in reducing greenhouse gas emissions. To that effect, we develop new monolithic materials, nanocomposites and syntactic composites. Further, we are also developing magnesium-based biomaterials targeted for temporary implant applications in human body.

  2. Can you share your views on Bentham Science Publisher?

    Dr. Manoj Gupta: I am an academic staff member in NUS for more than 25 years. Except for me, my team members keep coming and going but a few of them have continued to work with me in this research area from different locations where they settled. Currently my samples are investigated in more than 10 labs all over the world.

  3. What are the key findings from your most recent research?

    Dr. Manoj Gupta: The key findings are twofold. They can be summarized as follows:

    1. Magnesium based materials are a greener option to replace aluminium based materials in automobile, sports, aerospace, defence, electronics and ground transportation sector. In some applications, they can even replace steels.
    2. Magnesium based materials can be successfully used as temporary implants in the human body without the need for revision surgery. This reduces the risk of additional trauma for patients, and also saves the doctor’s time and medical costs.
  4. What are the unique or intriguing implications of this discovery for research in the field?

    Dr. Manoj Gupta: Humans are currently facing the issues of global warming and toxicity in water bodies and land. The use of magnesium-based materials can greatly alleviate these issues putting less stress on our planet and future generations. It should be noted that magnesium is a nutritional element required for good health of humans, plants and animals. Adopting magnesium and magnesium technology can provide our future generation a healthier place to live in.

  5. Can you share your views on Bentham Science Publishers?

    Dr. Manoj Gupta: Bentham Science Publishers are one of the leading publishers in the world actively engaged in publishing both subscription based and open access journals. Many of their journals are indexed well and referred to by researchers and scientists world over. They definitely provide an excellent platform to the world community of researchers to share their views.

  6. Can you tell us something about Current Nanomaterials?

    Dr. Manoj Gupta: Current Nanomaterials is a rather new journal launched by Bentham Publishers. It addresses the fascinating aspects of nano-length scale So far it has published 77 articles and 8 thematic issues guest edited by researchers from six different countries. It is also a well indexed journal (For example, Google Scholar, Chemical Abstracts Service/SciFinder, J-Gate, CNKI Scholar, Ulrich’s Periodicals Directory, and Journal TOCs) and hence can be accessed easily by researchers worldwide.

  7. Have you published recently in any Bentham Journals?

    Dr. Manoj Gupta: Yes, I have recently published one article titled Using CaO Nanoparticles to Improve Mechanical and Ignition Response of Magnesium in the journal, Current Nanomaterials.

  8. You are an expert on Magnesium and its use in materials. What makes Magnesium great for materials?

    Dr. Manoj Gupta: Magnesium is the lightest element that can be used in structural applications. It is almost 33% lighter than neurotoxic aluminium and one quarter as heavy as iron. It is one of the most abundant elements on planet earth and the universe and is thus sustainable. Therefore, its use in greenhouse gas critical applications is crucial in order to stem the temperature increase to under 20C of that in pre-industrial times. It is to be noted that the researchers have indicated that an increase in temperature beyond 20C will be a tipping point when the climate change may become irreversible.
    Another important attribute of magnesium is its nutritional characteristics. This allows it to be used as a biomaterial. Currently magnesium-based stents and compression screws are already marketed and its potential use in mandibular reconstruction and as clips is being researched on.
    Hence, Magnesium is one of the unique elements which can have a profound influence on engineering and biomedical sectors and multi-billion dollar industries are already opening up and will continue to develop this technology for the next 7-8 years.

  9. You have collaborated with many universities. What are the challenges you have faced, if any, during such an experience?

    Dr. Manoj Gupta: As such, I have not faced any challenges. I keep the communication very clear with my collaborators and the respective roles each party has to play. Once we understand each other’s strength and the common goal, challenges remain at trivial levels.

  10. What methods are useful for testing your findings and validating the results?

    Dr. Manoj Gupta: My main focus is to develop new materials using innovative/new processing methods that we keep on trying in the hope of improving science and technology. Reasonable success is realized in both these areas. To justify the use of new materials they must perform better than existing materials. The validating properties are a function of end applications. For example, if the materials are targeted as structural materials for automobile applications, we characterize by density, strength, fatigue and dynamic properties. If the materials are targeted to shield against electromagnetic radiation, we characterize by their electromagnetic shielding properties.

  11. What do you look forward to in the near future?

    Dr. Manoj Gupta: really look forward to develop new materials and technologies that reduce the consumption of fossil fuels as that is the clear and present danger which human civilization is facing currently.

  12. How do you go about sharing your research with both the scientific community and the general public?

    Dr. Manoj Gupta: I have published more than 525 research publications in peer reviewed international journals (which I feel is above average). I am a big supporter of the Open Access model as that allows the work to be accessible to the less privileged academic community.
    I take all the opportunities I get to give keynote and plenary talks and pitch them at a level so that they are also understood by non-experts. This helps to make sure my message is well received.

  13. Any message for current and aspiring researchers interested in your specific research field?

    Dr. Manoj Gupta: I would like to encourage young scientists to think about developing science and technology that is not toxic to our planet and its inhabitants so that our future generations will have a wonderful place to live in.



Read full press release to find out more at:

New Issues of various Bentham Science Journals

1. Current Medicinal Chemistry, Vol: 25, Issue: 30

2. Current Nanomaterials, Vol: 3, Issue: 1

3. Adolescent Psychiatry, Vol: 8, Issue: 2

4. Current Proteomics, Vol: 15, Issue: 4

5. Current Signal Transduction Therapy, Vol: 13, Issue: 2

6. Current Pharmaceutical Design, Vol: 24, Issue: 19

7. Current Organic Chemistry, Vol: 22, Issue: 16

8. Current Drug Delivery, Vol: 15, Issue: 9

9. Letters in Drug Design & Discovery, Vol: 15, Issue: 11

10. Current Medicinal Chemistry, Vol: 25, Issue: 29



New Issue :: Current Nano-materials (Volume: 2, Issue: 3)


Current Nanomaterials, a peer reviewed journal publishes reviews, original research articles and thematic issues on experimental and applied research on nano-materials. The scope covers the synthesis, structure, properties, characterization and application of nano-materials. The journal will cover all areas of nano-material science, engineering and nanotechnology with emphasis on all aspects of research on a wide range of nano-materials including nano-composites, inorganic materials, polymeric and biological materials and hybrid materials.


Articles from the journal Current Nano-materials Volume 2, Issue 3:


For details on the articles, please visit this link ::

PRESS RELEASE – Zinc oxide-graphene solar cells could provide new opportunities

The article by Dr. Hieu P. T. Nguyen et al. is published in Current Nanomaterials, 2018

Researchers from NJIT (New Jersey Institute of Technology, New Jersey, USA) in collaboration with researchers from CSIR-CECRI (Central Scientific Industrial Research Institute – Central Electrochemical Research Institute, Tamil Nadu, India) have fabricated a new kind of dye sensitized solar cells (DSSC) based on zinc oxide-graphene (ZnO-G) composites, having a flake like morphology. The polyol approach used for synthesis of the composite material can be envisioned for future low-cost, transparent and flexible solar cells that will be installed on surfaces including windows, roofs in the near future.

The novel technique for the fabrication has been developed by a 3rd year Ph.D. student Moab Rajan Philip and Dr. Hieu P Nguyen, Assistant Professor in the Electrical and Computer Engineering Department of NJIT and is reported in Current Nanomaterials-Bentham Science Publishers. The paper is co-authored by Rupesh K Babu, V. Krishnakumar and T. Bui who are researchers in CSIR-CECRI and NJIT respectively.

Zinc Oxide (ZnO) is a multifunctional semiconductor material that can be fabricated at low temperatures. The wide energy bandgap, radiation resistance, high chemical stability, and high excitation binding energy leads to ZnO offering huge potential in applications involving sensors, light-emitting diodes (LEDs), piezoelectric devices, solar cells, short wavelength lasers and transistors. In addition, ZnO offers superior electrical and optical properties that include high electron mobility in the order of 1500 cm2V-1s-1 at room temperature, a wide band gap energy of 3.3 eV and a high exciton (electron-hole) binding energy of 60 meV. Graphene, which is one of the most exciting 2D materials known to man, exhibits superior properties such as ultrahigh electron mobility, large surface area, high chemical and thermal stability, excellent electrical and optical properties. The ZnO-G composites exhibited in the study significantly enhanced photoluminescence which was around 8 times stronger than that of ZnO samples, attributed to the contribution of plasmonic effect of graphene in ZnO-G. It has been reported that the drawback of poor catalytic activity in ZnO due to its photoelectron recombination is known can be overwhelmed by the incorporation of graphene into ZnO matrix thereby improving its photodegradation efficiency and reducing photoelectron recombination. The latter reasons along with the ZnO-G composite’s photosensitivity, electron transport capability, chemical stability and better light adsorption make it an interesting material for the future era electronic devices.

“We’ve demonstrated that devices based on ZnO-G have an excellent conversion efficiency compared to ZnO”- Moab and Prof. Nguyen (lead authors of the paper) says. The conversion efficiency of ZnO-G DSSCs is greatly increased compared to that of the bare ZnO devices which are 0.438% and 0.067%, respectively. Moreover the authors add that the low-cost polyol process, in addition to being simple and facile, do have the benefits of being environmentally friendly along with large scale production. The team studied the fabricated samples via characterization techniques such as X-ray diffraction (XRD), Fourier transform infrared spectroscopy (FT-IR), laser raman spectroscopy, scanning electron microscopy (SEM), energy dispersive X-ray analysis (EDX), photoluminescence spectroscopy (PL) and dye sensitized solar cell (DSSC) studies. Moab adds “The initial work is promising and excellent and might pave the way for future investigations into similar material oxide material systems will help us to reach potential long term real applications.” Prof. Hieu comments that “The high surface area hexagonal wurtzite ZnO particles thus fabricated by inexpensive and environmentally friendly polyol route can ultimately lead to being used as a suitable anode material in DSSCs as well as an excellent catalyst/adsorbent.”

For more information on this research study, please visit:


CN-THEMATIC FLYER-Current Nanomaterials




CN-THEMATIC FLYER-Current Nanomaterials


Prof. Manoj Gupta


EDITOR-IN-CHIEF: Current Nanomaterials

Department of Mechanical Engineering, National University of Singapore

Upcoming Thematic Issue – Nanomaterials for Optoelectronics Energy Storage Applications – Current Nanomaterials

CN- THEMATIC FLYER -Dr. Faheem K. Butt

New Issue :: Current Nanomaterials, 1 Issue 2

Current Nanomaterials, a peer reviewed journal publishes reviews, original research articles and thematic issues on experimental and applied research on nanomaterials. The scope covers the synthesis, structure, properties, characterization and application of nanomaterials. The journal will cover all areas of nanomaterial science, engineering and nanotechnology with emphasis on all aspects of research on a wide range of nanomaterials including nanocomposites, inorganic materials, polymeric and biological materials and hybrid materials.

This inter-disciplinary journal will be of interest to scientists in both the physical and biomedical /pharmaceutical related disciplines in nanoscience research.


Articles from the journal Current Nanomaterials, 1 Issue 2:

For details on the articles, please visit this link ::

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