paper mills Research integrity

The One-Man Papermill

"No, none of my data is forged." - Ahmed Esmail Shalan

Meet Ahmed Esmail Shalan, a young materials science researcher from Egypt who convinced many he was a genius because he publishes so many papers in quite fancy journals. Shalan has two affiliations, in fact two full-time positions: as assistant professor back home, at the Central Metallurgical Research and Development Institute (CMRDI) in Cairo, and as postdoc at the Basque Center for Materials Applications & Nanostructures (BCMaterials) in Leioa, Spain.

It looks however that Mr Shalan is a one-man papermill. My sleuthing colleagues went through his papers and had a feast, almost every single one had serious issues with forged data. An investigation has now been opened at BCMaterials.

The early works by Shalan and his Cairo colleagues are quite kack-handed, straightforward recycling of figures, with just the sample labels changed. Here an example:

M. M. Rashad, A. E. Shalan Surfactant-assisted hydrothermal synthesis of titania nanoparticles for solar cell applications Journal of Materials Science: Materials in Electronics (2013) doi: 10.1007/s10854-013-1226-y 

Orchestes quercus: “Figure 5b: the pore volume-pore diameter figure featured already in two different publications on different materials. See also

In the same Springer Nature journal, visualised with animations, courtesy of Orchestes quercus (there will be many more of those):

E. M. Elsayed , A. E. Shalan , M. M. Rashad Preparation of ZnO nanoparticles using electrodeposition and co-precipitation techniques for dye-sensitized solar cells applications Journal of Materials Science: Materials in Electronics (2014) doi: 10.1007/s10854-014-2033-9

Orchestes quercus: “Fig. 2 shows XRD spectra for ZnO prepared using co-precipitation and electrodeposition. The two spectra are identical.”
Figure 7 shows current versus time for Zn-containing solution, with different curves measured at different temperatures.
Is it expected that curves (c) and (d), measured at 60oC and 75oC, respectively, are identical after a vertical shift?
Figure 4: the transmission spectra of the two ZnO compounds are identical after a vertical shift. Is this expected? Especially since their bandgaps differ by a significant amount (right panel of same figure).
Fig. 9 shows the quantum efficiency of the ZnO DSSCs. They look identical to those of WO3 presented in Fig. 7 of 10.1007/s00339-013-8148-7 (

Basically, those are same datasets, obtained from obscure origins and reused with some stretching and fudging to represent different experiments. Again, in the same Springer Nature journal, an early one by Shalan:

A. E. Shalan , I. Osama , M. M. Rashad , I. A. Ibrahim An investigation on the properties of SnO2 nanoparticles synthesized using two different methods Journal of Materials Science: Materials in Electronics (2014) doi: 10.1007/s10854-013-1586-3 

Orchestes quercus: “Fig. 5(a): particles created using different methods show an N2 adsorption–desorption isotherms with the same shape after vertical scaling and shift. Numerically the curves are not identical.”
Fig. 5b: the co-precitation 600 oC and 800 oC pore size distributions are identical after a vertical shift. The same was true for the N2 adsorption-desorption isotherm, so maybe this is expected (?). However, the ‘solvothermal SnO2 100 oC’ isotherm also had the same shape, but still features a very different pore size distribution.
An additional concern: many of the results in this paper were also published in, but with some inadvertent errors in curve labeling.

What we learned from my colleagues’ paper mill investigations, is that when papermillers find a soft target journal with a weak or even crooked editorial team, they will keep submitting there, ad nauseam. Materials and Electronics was founded by Arthur F. W. Willoughby, now emeritus of Southampton University in UK, and is currently led by Safa Kasap, professor at University of Saskatchewan, Canada. Congratulations to these gentlemen on another peer reviewed forgery:

M. F. Abdel Messih , Ahmed E. Shalan, Mohamed F. Sanad , M. A. Ahmed Facile approach to prepare ZnO@SiO2 nanomaterials for photocatalytic degradation of some organic pollutant models Journal of Materials Science: Materials in Electronics (2019) doi: 10.1007/s10854-019-01798-9

Orchestes quercus: “Fig. 1c: The 1%, 5%, and 10% curves show identical noise and identical stretches of signal. Surprisingly, parts of the spectrum seem shifted, noise and all
The 20% and 17% curves are identical (click to animate). Additionally, a part of the spectrum near 30 degrees seems to be removed

Shalan apparently knows what editors and reviewers expect, and his “research” shaped objects get accepted in rather respectable materials science and chemistry journals. Here, in Elsevier’s Applied Surface Science, with journal impact factor of 6.7 and edited by expert professors, including from Netherlands and Germany. Look what they happily waved through:

A.E. Shalan , M.M. Rashad Incorporation of Mn2+ and Co2+ to TiO2 nanoparticles and the performance of dye-sensitized solar cells Applied Surface Science (2013) doi: 10.1016/j.apsusc.2013.07.055

Orchestes quercus: “Fig. 4 of this publication contains 3 times the same curve, with an offset. The same figure is also published in 10.1016/j.jallcom.2013.07.041 (
Fig. 3a and 3b: The EDX spectra are essentially the same, down to the noise. In panel b one Cu peak is relabeled Si (Si sits at 1.87 keV), an ‘O’ peak appears (O sits at 0.5 keV), the O peak is re-labeled Mn. Despite all of this, the authors can make an elemental quantification.
“Fig. 1 of this paper is mostly copied as Fig. 1 in”

With time, the forgeries became less obvious, maybe Shalan’s team learned from journal rejections. The editors and reviewers of this Wiley journal can be forgiven for overlooking these details which reveal a falsified spectrum:

Ahmed Mourtada Elseman , Ahmed Esmail Shalan , Mohamed M. Rashad , Ali M. Hassan , Nabila M. Ibrahim , Amr M. Nassar Easily attainable new approach to mass yield ferrocenyl Schiff base and different metal complexes of ferrocenyl Schiff base through convenient ultrasonication-solvothermal method Journal of Physical Organic Chemistry (2017) doi: 10.1002/poc.3639

Thallarcha lechrioleuca: “Fig.2 b Unexpected repetitions

Less tolerance must be shown for editors and reviewers of the Springer Nature journal Applied Physics A, whose Editor-in-Chief is a Swiss professor, Thomas Lippert.

M. M. Rashad , A. E. Shalan Hydrothermal synthesis of hierarchical WO3 nanostructures for dye-sensitized solar cells Applied Physics A (2014) doi: 10.1007/s00339-013-8148-7

Orchestes quercus: “Fig. 5 shows WO3 transmission curves after different treatments. Apart from a vertical shift the curves are the same.”
Fig. 4 shows mislabeled EDX peaks: O has a single k-alpha peak at 0.5 keV, Si a single peak at 1.7 keV, etcetera.
It is more striking that the EDX spectrum is largely identical (including noise) to those in, Fig. 3, for a totally unrelated compound. The EDX spectra in that paper had their own issues (
This paper studies WO3 (Ru-)dye-sensitized solar cells. Fig. 7 plots the quantum efficiency versus wavelength of the material at different annealing times.
In a similar set of authors study the effect of Mn+ and Co+ doping of TiO2 particles on their performance as (Ru-)dye-sensitized solar cells. Fig. 6 of that paper plots the quantum efficiency of the undoped, Mn, and Co doped TiO2 compounds.

Shalan obtained his MSc degree in Spain, in the lab of Monica Lira-Cantu at the Catalan Institute of Nanoscience and Nanotechnology in Barcelona. Here is one example of her collaboration with the Cairo gang, in same journal:

A. E. Shalan , M. M. Rashad , Youhai Yu , Mónica Lira-Cantú , M. S. A. Abdel-Mottaleb A facile low temperature synthesis of TiO2 nanorods for high efficiency dye sensitized solar cells Applied Physics A (2013) doi: 10.1007/s00339-012-7368-6

Orchestes quercus: “The two spectra in Fig. 5 are simply shifted versions of the same curve. See for the same issue in a different paper.”

Here another one, in an Elsevier journal with impact factor of 6.9.

A.E. Shalan, M.M. Rashad , Youhai Yu , Mónica Lira-Cantú , M.S.A. Abdel-Mottaleb Controlling the microstructure and properties of titania nanopowders for high efficiency dye sensitized solar cells Electrochimica Acta (2013) doi: 10.1016/j.electacta.2012.11.091

Thallarcha lechrioleuca: “Figure 2, Two identical XRD patterns for different samples.
Orchestes quercus: “Fig. 5: curves a and b (TiO2 nanorods and TiO2 nanoparticles) are duplicates after a vertical shift.
Orchestes quercus: “Fig. 10: curve b and f are identical after a shift. Variations of this figure keep occurring in the oeuvre of the authors,”

The PubPeer user Thallarcha lechrioleuca is known to my readers as #FakeSpectraGoogling activist, here their guest post as Dayo Maor:

With the section of Shalan’s papers presented in this article, it is worth clicking on the PubPeer links, because I am not able to show you all of the fake stuff the sleuths Orchestes quercus, Thallarcha lechrioleuca and Aneurus inconstans found in each of these papers. There is really a lot.

The fraudulent Figure 10 discussed above featured also in this paper, plus other forgeries:

M. M. Rashad, A. E. Shalan, Mónica Lira-Cantú, M. S. A. Abdel-Mottaleb Enhancement of TiO2 nanoparticle properties and efficiency of dye-sensitized solar cells using modifiers Applied Nanoscience (2013) doi: 10.1007/s13204-012-0117-5 

Orchestes quercus: “Fig. 7: transmission curves a, b, and d are identical after a vertical shift.

Shalan then briefly left Spain to do PhD in Japan. As he wrote on ResearchGate about himself, in third person:

“He had obtained his PhD (2017) from the Research Institute for Electronic Science, Hokkaido University, Japan, in the group of Prof. Dr. Hiroaki Misawa with the collaboration of Prof. Dr. Eric Diau -NCTU- Taiwan. It worth to mention that he got a prize during his Ph.D. as the best thesis at the graduate school of information science and technology, Hokkaido university and Ministry of Education Prize.”

And here is the fabricated trash Shalan, Eric Diau and Hiroaki Misawa produced, for the Royal Society of Chemistry (RSC) journal Nanoscale (impact factor 7.9):

Ahmed Esmail Shalan , Tomoya Oshikiri , Hiroki Sawayanagi , Keisuke Nakamura , Kosei Ueno , Quan Sun , Hui-Ping Wu , Eric Wei-Guang Diau , Hiroaki Misawa Versatile plasmonic-effects at the interface of inverted perovskite solar cells Nanoscale (2017) doi: 10.1039/c6nr06741g

Orchestes quercus: “Fig. S2: the two XRD spectra shown are identical.
Figure S7a: the curve represented here as ITO/PSK is identical to the curves in Fig. S2 that possibly represent PSK/NiO or PSK/NiO/Au NIs (these curves themselves are duplicates, see comment #1).

It passed peer review, nobody noticed anything. Here another RSC journal, Sustainable Energy and Fuels (impact factor 6.4). Orchestes quercus extracted graphical data to prove that some stretches of the spectra are repetitive, i.e. falsified.

Ahmed Esmail Shalan, Sudhakar Narra , Tomoya Oshikiri , Kosei Ueno , Xu Shi , Hui-Ping Wu , Mahmoud M. Elshanawany , Eric Wei-Guang Diau , Hiroaki Misawa Optimization of a compact layer of TiO2via atomic-layer deposition for high-performance perovskite solar cells Sustainable Energy & Fuels (2017) doi: 10.1039/c7se00220c

Orchestes quercus: “Figure S5: it seems that the red and blue curve in panel (d) and (e) are identical down to the noise.”
There appears to be at least one more duplicated stretch in Fig. S4.

Shalan published a number of fraudulent papers in RSC journals. Here another one, flagged by an anonymous PubPeer who is not a member of our team (pity to see such a great pseudonym Allium sativum going to waste!):

Ahmed E. Shalan, Ayat N. El-Shazly , Mohamed M. Rashad , Nageh K. Allam Tin–zinc-oxide nanocomposites (SZO) as promising electron transport layers for efficient and stable perovskite solar cells Nanoscale Advances (2019)
doi: 10.1039/c9na00182d

Allium sativum : “Fig 4a and 4c, two different curves have the same trend curves and signal noise.

And here another RSC journal targetted, apparently every kind of spectra can be falsified by this team:

Reza Taheri-Ledari , Jamal Rahimi , Ali Maleki , Ahmed Esmail Shalan Ultrasound-assisted diversion of nitrobenzene derivatives to their aniline equivalents through a heterogeneous magnetic Ag/Fe3O4-IT nanocomposite catalyst New Journal of Chemistry (2020) doi: 10.1039/d0nj05147k 

Orchestes quercus: “Fig. 2(a) and (b). The EDX spectra seem identical down to the noise level, except for certain energy ranges.

Shalan honoured RSC even more by publishing in their trash bin journal RSC Advances, where authors pay a rather modest Open Access fee of £850 so nobody looks too closely or asks questions. No wonder that publisher recently had to retract many fake RSC Advances papers from Chinese paper mills. Here is one of Shalan’s contributions, hot off the press:

Mehdi Davoodi, Fatemeh Davar , Mohammad R. Rezayat , Mohammad T. Jafari , Ahmed Esmail Shalan Cobalt metal–organic framework-based ZIF-67 for the trace determination of herbicide molinate by ion mobility spectrometry: investigation of different morphologies RSC Advances (2021) doi: 10.1039/d0ra09298c 

Orchestes quercus: “Fig. 3 of this publication contains a duplication. The XRD spectra for HC2 and HC3 are identical.

And here another one:

Ayat Nasr El-Shazly , Ahmed Esmail Shalan, Mohamed Mohamed Rashad , Elsayed Ali Abdel-Aal , Ibrahim Ahmed Ibrahim , Mohamed F. El-Shahat Solid-state dye-sensitized solar cells based on Zn1−xSnxO nanocomposite photoanodes RSC Advances (2018) doi: 10.1039/c8ra02852d 

Orchestes quercus: “Fig. 6c. The nyquist diagram seems to show many copies of the same curve, just scaled. An example is shown below, overlapping the blue and the black curve. Even more puzzling, the figure seems largely identical to Fig. 7 in 10.1039/c5ra21822e. Its appearance there and in other papers was discussed in

The linked paper from Shalan’s MSc period in the lab of Lira-Cantu, also published in RSC Advances, is just as fake:

Ahmed Esmail Shalan, Ahmed Mourtada Elseman , Mahmoud Rasly , Marwa M. Moharam , Monica Lira-Cantu, Mohamed M. Rashad Concordantly fabricated heterojunction ZnO–TiO2 nanocomposite electrodes via a co-precipitation method for efficient stable quasi-solid-state dye-sensitized solar cells RSC Advances (2015) doi: 10.1039/c5ra21822e 

Orchestes quercus: “Fig. 6b. IPCE Curve (a) [ZnO2] also featured in as curves (e) and (d) [same after vertical shift] representing TiO2+some additions. It was also seen representing WO3, curves (c) and (d) in

Lira-Cantu commented on her common papers with the wizard from Cairo:

This person, Ahmed Shalan worked in my lab more than 10 years ago and I don’t have contact with him anymore. I know he also has several problems with other professors he has been working with lately. These issues, specially fraudulent data, are of high concern for me and Im (me and my team) currently under evaluation of this. As soon as I (we) finalize the analysis of the data in these articles we will take action. I certainly don’t support this type of behaviour in any way.

Shalan denies everything. When confronted with witness allegations that he is never seen actually doing research in BCMaterials labs, while constantly writing new research papers, he retorted:

False, I do lab research. Both by myself and by collaboration with colleagues.

If he says so.

When asked if he receives two full-time salaries in Spain and in Egypt, Shalan claims:

“NO, I am currently working in one affiliation (BCMaterials) and I am currently on leave from (CMRDI)”

Never mind that all his papers, including those from 2021, list his the CMRDI affiliation, while Shalan’s Publons profile declares him to be Assistant Professor there.

And when asked to comment on the evidence of massive data forgery in his papers, Shalan declared:

No, none of my data is forged.

Of course.

But now have a look at this masterpiece by Shalan with his PhD mentors Diau and Misawa:

Ahmed Esmail Shalan, Tomoya Oshikiri, Sudhakar Narra , Mahmoud M. Elshanawany , Kosei Ueno , Hui-Ping Wu , Keisuke Nakamura , Xu Shi , Eric Wei-Guang Diau, Hiroaki Misawa Cobalt Oxide (CoOx) as an Efficient Hole-Extracting Layer for High-Performance Inverted Planar Perovskite Solar Cells ACS Applied Materials & Interfaces (2016) doi: 10.1021/acsami.6b10803  

Thallarcha lechrioleuca: “Figure S1 in SI file. I marked the parts of 4 XRD patterns which are DIFFERENT. The rest of patterns is identical.
Orchestes quercus: “Fig. S4: The SEM images for respectively ITO/NiOx/PSK and ITO/CuOx/PSK appear to show an area of overlap.

Neither Hiroaki Misawa nor the leadership of the Hokkaido University ever replied to my emails. Even when I suggested that “I will have to inform my readers that Dr Misawa has been an active participant in this research fraud case, and the University of Hokkaido approves of the misconduct in order to defraud the Japanese public for research grants”. Silence even then. Maybe that’s the truth indeed?

Reminds me a bit of the materials science professor and Elsevier journal chief editor Anthony Turner in Linköping, Sweden, who welcomed and protected the mega-fraudster Ashutosh Tiwari, and then went down with him, forcefully retired and slapped with research misconduct findings. Good luck, Dr Misawa.

Another paper, same impact factor 9.2 journal by the American Chemical Society (ACS), again with Shalan. The corresponding authors are Shalan and his CMRDI colleague and regular co-author, Ahmed Mourtada.

Ahmed Mourtada Elseman, Ahmed Esmail Shalan, Sajid Sajid , Mohamed Mohamed Rashad , Ali Mostafa Hassan , Meicheng Li Copper-Substituted Lead Perovskite Materials Constructed with Different Halides for Working (CH3NH3)2CuX4-Based Perovskite Solar Cells from Experimental and Theoretical View ACS Applied Materials & Interfaces (2018) doi: 10.1021/acsami.8b00495 

Aneurus inconstans: “Figure 2c and 2e, images orverlap and have been flipped horizontally (red boxes). Cannot be SEM images of different materials as described.
Orchestes quercus: “Fig. 2a, b: The XRD spectra show a surprising ‘noise’ pattern that partially repeats between traces.”
Orchestes quercus: “Fig. 2a: very regular noise?

Now, you might wonder how this fraudulent shit-show passed peer review, at ACS no less. The articfically drawn Figure 2a alone takes the biscuit, a reviewer has to be a particular kind of incompetent idiot to let that one through. Unless of course, the authors themselves got appointed by a dimwitted editor as sock-puppet peer-reviewers of their own paper? A total editorial failure in any case.

ACS Applied Materials and Interfaces is allegedly an elite journal published by the elite chemistry society, with a big fat impact factor and a US chief editor, Kirk Schanze, professor at UT San Antonio. In reality, this ACS journal is a massive fraud factory. Schanze never replies to emails, and his fraudster customers usually get away with a correction where they declare conclusions to be unaffected. If there is even a correction, that is.

Shalan’s scientific career so far has been stellar. The young man who has no research lab of his own while claiming to be a principal investigator at BCMaterials in Spain now publishes as last author:

G. Nagaraj , Mustafa K.A. Mohammed, Masoud Shekargoftar , P. Sasikumar , P. Sakthivel , G. Ravi , M. Dehghanipour , Seckin Akin , Ahmed Esmail Shalan High-performance perovskite solar cells using the graphene quantum dot–modified SnO2/ZnO photoelectrode Materials Today Energy (2021) doi: 10.1016/j.mtener.2021.100853

Orchestes quercus: : “Figure 3 (d) and (e)respectively show XRD and absorption spectra of perovskite films deposited on pristine SnO2, an optimized SnO2/ZnO layer without doping (0% GQDs) and with doping (4% GQDs). The XRD spectra belonging to the 0% and 4% GQD films are very different, including the AFM images in (b) and (c) [not shown here]. The corresponding absorption spectra are near identical, apart from a modest vertical scaling.
Can the authors please explain? Fig 3(e) and (e). Red lines mark pairs

Amazing stuff, an Elsevier journal with impact factor of 7.3, so I guess this fabrication is now a science fact?

Shalan is also an active peer reviewer himself, maybe he even rejected your paper? Our young genius also made it to editorial board of several journals. Including one, Applied Nanoscience, presided upon by the Nobel Prize winner Fraser Stoddart. But then again, Stoddart will probably have understanding for Shalan’s “research” methods.

It is worth double checking Shalan’s claims of editorial memebrships though. Emergent Materials does not list him as editorial board member. Neither does Applied Surface Science, but never mind, at least as author Shalan placed a fake paper there (see above). So congrats to Sir Fraser, great choice.

The Cairo genius has currently 38 papers on PubPeer. I show you just a selection, not even all problems with a given paper. There is simply too much.

Shalan’s problem however might be that those fabrications were spotted before he established himself as full professor, before he acquired the necessary extensive networks into politics and academia with oodles of people who owe him. Basically, Shalan is in a less priveleged position than this Turkish nanofabricator Fatih Sen, whose lab produces forgeries on a conveyor belt.

Oh look, another Shalan last-author paper in an ACS journal, with another US chemistry professor, Phillip E. Savage, as Editor-in-Chief:

Mehdi Davoodi , Fatemeh Davar, Sudabe Mandani , Behzad Rezaei , Ahmed Esmail Shalan CdSe Quantum Dot Nanoparticles: Synthesis and Application in the Development of Molecularly Imprinted Polymer-Based Dual Optical Sensors Industrial & Engineering Chemistry Research (2021) doi: 10.1021/acs.iecr.1c02124

Orchestes quercus: “Fig. S1 supporting information: curves S1, S2, and S3 are exactly identical. So are S4 and S5.”
Fig. 1a: XRD spectra S4 and S5 are identical down to the noise level. So are S2 and S3.

And here is something for biologists like myself, a brief respite from all those fake spectra. Fake flow cytometry, hurray, Dr Shalan has cured cancer! The victim is yet another RSC journal:

Mohamed Fathi Sanad, Esraa Samy Abu Serea , Shereen Magdy Bazid , Shimaa Nabih , Md Ariful Ahsan , Ahmed Esmail Shalan High cytotoxic activity of ZnO@leucovorin nanocomposite based materials against an MCF-7 cell model Analytical Methods (2020) doi: 10.1039/d0ay00498g 

Orchestes quercus: “The FACS plots in Fig. 7 show unusual features. For example, Fig. 7E shows a number of sharp edges cutting even through data-points. In panels c and d some quadrants contain points in a different color that also seem stretched. Finally, panels c and d share all data-points in the lower-right quadrant.
“Panels c and d share all data-points in the lower-right qudrant

I have alerted Shalan’s boss and scientific director of BCMaterials, Senentxu Lanceros-Méndez, who immediately announced to open a research misconduct investigation:

This is a serious issue and I cannot provide any statement until the assessment is properly performed and concluded. In any case, this is an internal procedure and will take the necessary time to guarantee a serious and correct process. The conclusions and the eventual actions will be communicated to the researcher.

Lanceros-Mendez published several reviews with Shalan and a Springer book. There is also this “research” paper, published in ACS’s Open Access trash bin equivalent of RSC Advances, called ACS Omega (because this is the final stop for papers rejected elsewhere?). The publication fee is $ 1,250.

Mohamed K. Ahmed , Ahmed Esmail Shalan , Mohamed Afifi, Mohamed M. El-Desoky, Senentxu Lanceros-Méndez Silver-Doped Cadmium Selenide/Graphene Oxide-Filled Cellulose Acetate Nanocomposites for Photocatalytic Degradation of Malachite Green toward Wastewater Treatment ACS Omega (2021) doi: 10.1021/acsomega.1c02667

Orchestes quercus: “Fig. 1: is it expected that the XRD spectra of CdSe and Ag-CdSe mostly differ by a vertical scaling factor? Even the noise seems the same.
Fig. S1: the stress-strain curve of CdSe/GO@CA is, after vertical scaling by 65%, in every detail identical to that of CdSe@CA.

Lanceros-Mendez assured me however:

Do not worry, all procedures assure there is not conflict of interest.

Shalan announced to me that he won’t answer my questions anymore:

The only persons who I will answer those kinds of questions are my actual and former superiors, as now an investigation against me has been open, based on the false statements of the emails.

Original photo: BCMaterials

I really wonder how Shalan will defend his “research” now. Maybe his raw data was stolen with a laptop, like the fake nanotechnology of Tiwari and Turner? Maybe an Egyptian technician did it?

I think pretty soon Shalan will be back to CMRDI in Cairo. If they will still want him there.


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8 comments on “The One-Man Papermill

  1. Sabine Weissmüller

    oh how bad, he is a handsome guy. (provided his portrait image is real)


  2. It is disappointing that he has got so many honors and awards. Side note: DAAD in Germany would be interesting to ask, how do they oversee their fellows. Side note 2: it seems for me that when he was asked about his data in Japan he answered that the work was done in Egypt/Spain. When he was asked about his data in Germany, his reply might have been “it was done in Japan/Egypt/Spain”. And so on.


  3. Great reading, but quite demotivating for sincere young researchers, how easily some one can fool the system. Look at his publications profile and he has cured cancer, CoVid, and also solved other important issues such as nanoparticles, water purification, solar cells and etc. Such a broad research line in all the three area of natural science, and it counts over 30 articles in 2021, many well established professor can’t do that. Looks like an institutional failure, or can be the case of Nobel prize in each category (Three Nobel prizes). Side note, what these papers (garbage) are good for?


  4. Pingback: Longwei Yin corrections, or what’s the point anyway – For Better Science

  5. Pingback: The Apprentice of the One-Man Papermill – For Better Science

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