OR
: PICO is one option, there are other frameworks you can use too! |
Use the interactive PICO worksheet to get started with your question, or you can download the worksheet document.
Here are some different frameworks you may want to use:
opulation ( atient), ntervention, omparison ( ontrol) and utcome. Add a imeframe if required. Used particularly for treatment type questions. | |
A variation of PICO where = xposure and = imeframe if required. | |
Developed in the context of practice guideline adaptation. Includes = rofessionals/ atients, = utcome and = ealthcare Setting. | |
= etting (where), = erspective (for whom), = ntervention (what), = omparison (compared with what), = valuation (Booth 2006). | |
= ample, = henomenon of interest, = esign, = valuation, = esearch type. Useful for qualitative or mixed method studies (Cooke, Smith and Booth 2012). | |
= Expectations, = lient group, = ocation, = Impact, = rofession, = ervice (Wildridge & Bell 2002). | |
= Political, = Economic, = ocial, = echnological, = nvironmental, = egal (CIPD 2010). |
There are a number of PICO variations which can be used for different types of questions, such as qualitative, and background and foreground questions. Visit the Evidence-Based Practice (EBP) Guide to learn more:
The text within this Guide is licensed CC BY 4.0 . Image licenses can be found within the image attributions document on the last page of the Guide. Ask the Library for information about reuse rights for other content within this Guide.
Confused about what a Research Question is? This guide will help you understand what they are and how to pick a good one.
The Internal Assessment (IA) is a mini-research project. It is an opportunity to show-off your chemistry skills and knowledge and investigate interesting ideas without the pressure and constraints of the written exams.
The IA requires you to design and carry out an original investigation into a topic of interest related to IB chemistry, then produce a 6 – 12 page report of your findings. Worth 20% (the same as paper 1), the project and report should be of a high standard – the very best ones are of university research standard.
Central to your IA is the research question , around which your entire project revolves.
Your research question states the aim and context of your investigation. It may be phrased as a statement or a question and it can be in more than one part, provided that each part is properly defined and focused on a common aim.
Importantly, it needs to be fully focused and clear , meaning someone reading it should understand what you investigated, the context, and what you did experimentally. The research question should not simply be a restatement of your project title.
The research question is a focused summary of your project aims, so the process of choosing one and refining it ensures you’ve thought properly about your project and is a good exercise to go through.
The flow diagram below is one I’ve used with my past students to help them identify their research question, variables and hypothesis:
To use this method:
Your research question should contain your independent and dependent variables (note this is a recommendation, not a rule).
You will also need to identify controlled variables, which are things that if not controlled and kept constant, will potentially affect the experimental outcome.
It’s vitally important that your independent variable is scientific and quantifiable ( i.e. you can measurably vary it).
Here are some examples of weak or uninteresting independent variables and how they could be improved:
Effect of cooking time… | Effect of cooking temperature or pH |
Effect of number of halogen atoms… | Effect of halogen electronegativity or atomic radius |
Time taken to digest a tablet… | Rate of hydrolysis at different pH |
You should be able to generate a hypothesis describing how your dependent variable will change for a given number of independent variable values (usually, a range of 3-5 values).
So, what’s a hypothesis? It’s your prediction about the outcome of your experiment. Your hypothesis predicts how your independent variable will affect the outcome (dependent variable). You then test the prediction by experiment and will either find your results support your research question hypothesis, or don’t support it.
Suppose a student wants to investigate whether “superfoods” contain more vitamin C than other foods (this sort of food chemistry project is popular).
Here are some of their potential research questions:
But wait, this is NOT a good project idea!
The independent variable here is type of vegetable. This is not a quantifiable variable ! The outcome of the project is not rooted in scientific principles that can be investigated and correlated, so this would be a weak IA.
You must choose a project where you will change something over a range of values and then measure an outcome.
Tablet brands or types of fruits are not independent variables. There is specific guidance on this in the Science IA Guidelines, which state: “ The straightforward comparison of two organisms or “brands” probably represents a weak RQ since the underlying cause of any difference does not arise from any scientific principle ”.
IAs sometimes seem to have a weak connection between the research question and what was actually done. This often occurs when a student wants to research a ‘big question’ that involves complex systems, many variables, and would realistically take a year to investigate. Because they can’t do that, they end up taking the ‘big question’ and reducing it down to a more mundane research question. Here are some examples:
‘Big idea’ | Actual project |
---|---|
Student wanted to investigate how increasing water acidity is damaging coral reefs | Student just measured order of reaction between CaCO3 and HCl |
Student wanted to investigate the relationship between alcohol chain length and fuel efficiency | Student just measured enthalpy of combustion for different alcohols |
Student wanted to investigate how different aspirin formulations (tablet vs. soluble) affected absorption | Student just measured rate of aspirin hydrolysis at different temperatures |
Don’t just copy an existing IA you found online, such as one from my list here !
You have to pick a project that enables you to show initiative and creativity, and that is demanding to investigate.
It also shouldn’t be something you can find the answer to in you IB chemistry textbook or in the IB chemistry data booklet e.g. how surface area affects reaction rate or determining the enthalpy of combustion of butane
Projects that can often be reliably executed are physical chemistry projects involving data collection experiments. Often, you will be able to find very reproducible experimental procedures that you can adapt for your project idea For example:
However, just because physical chemistry projects tend to work well in the lab and produce good results, it does not mean you are guaranteed to get a top mark by picking one. You are marked on the quality of your research and report, not just how well the experiments worked and how good your results are.
To help choose a good IA, it’s a good idea to ask yourself the following questions about your project:
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[…] Secondly, some of the projects below are just plain bad for reasons I’ve outlined in my post about research questions. […]
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Top 75 chemistry research topics for your paper.
October 10, 2019
Are you looking for the best chemistry research topics on the Internet? We are happy to tell you that you have arrived at the right place. Even though our topics are public and anyone can use them, we are doing our best to keep this list as fresh as possible. However, if you are worried about the originality of your next chemistry research paper topics, we have a great tip on how to find 100% original topics.
In this post, we will be discussing why you need interesting chemistry topics for research projects. We will also show you how to find many more topics. Of course, because we are all about helping the student, we will give you 75 interesting chemistry topics to research. You are free to use these topics as you see fit. This means you are allowed to reword them in any way.
Let’s start with the beginning. Why would you want to find the most interesting chemistry research topics? You are probably well aware that professors are looking carefully at each topic they see. In most cases, students write about the same old topics. And truth be told, teachers are tired and bored of reading the same thing over and over again. This is why, when the professor sees a new topic, he instantly becomes interesting. And an interested academic is much more likely to award your hard work with a top grade. This is why we consider chemistry topics for research papers to be so important.
When you are looking for chemistry topics for research project, you may be tempted to turn to Google and to the myriad of websites on it. But this is not the best approach. In the beginning of the post, we promised you the best way to get 100% original topics, and we will keep our word. The best way to get research paper topics chemistry professors will be really interested in is to work with a professional. In other words, you should contact an academic writer and ask for a chemistry research topics list. Yes, it will cost you a couple bucks, but this money is well spent. You will get a list of topics that none of your peers has access to. The best way to find a reliable academic writer who will deliver on his promises is to contact an academic writing company. There are several reliable ones on the Internet, of course.
Looking for chemistry research topics high school teachers would love to read about? Are you a college student or an undergrad who is looking for fresh chemistry topics to research? Regardless what you need these topics for, we are here to help! We have asked our experienced chemistry writers to compile a list of the best chemistry topics; chemistry topics that they would recommend to their clients.
Of course, no list would be complete without organic chemistry research topics. Organic chemistry is a huge area of chemistry, so there are plenty of things to talk about. Also, new research is being done all the time, so you can easily find fresh ideas and information. Here are some of our best ideas:
We have some of the best chemistry research paper topics for high school students on the Internet. These topics are not very difficult and you can easily find plenty of information online. This means that you can write an essay on any of the following topics in as little as 2 hours:
Chemistry research topics for college students are a bit more difficult. After all, college professors expect you to put in a lot more work than a high school student. This doesn’t mean that you can’t write these papers quickly though. Here are some of the best topics we can think of:
Of course, we have to include inorganic chemistry research topics in our list. We can’t have organic topics in here without inorganic topics. There are plenty of topics about inorganic chemistry out there, but we have selected only the best for you:
Yes, chemistry research topics for undergraduates are more difficult than those aimed at college students. However, we’ve made sure to only select topics that you can find a lot of information about. In other words, it’s not impossible to write an essay on one of our topics in one day. Here is what we propose:
You are probably aware that professors really appreciate interesting chemistry research topics. This is precisely why we have compiled a list of interesting topics. These topics can be picked by both high school students and college students. Some of these topics can even be picked by undergrads:
At the very end of our list, you can find the easy chemistry topics. These are perfect for when you need to write an essay quickly (usually in less than an hour). You don’t want to do a lot of research and you want to find all the relevant information with a single Google search. These are the topics for you:
Many students have asked us if simply finding chemistry research topics is enough to get an A or an A+. Sadly, the answer is “No.” Your professor will award you some bonus points for an original, interesting topic. However, if you don’t write in the proper academic format, or if you make serious errors, you will get a low grade. This is why we always tell our readers to learn as much as possible about academic paper writing.
For a chemistry paper, the first thing you should do is read about the five paragraph essay structure. It will get you out of a lot of problems, guaranteed. After you know how to write the paper correctly, pick one of our topics and start writing. Good luck!
It’s time to nail your grades! Get your 20% discount on a chemistry writing assignment with promo “ ewriting20 ” – and enjoy your college life!
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Published on October 30, 2022 by Shona McCombes . Revised on October 19, 2023.
The research question is one of the most important parts of your research paper , thesis or dissertation . It’s important to spend some time assessing and refining your question before you get started.
The exact form of your question will depend on a few things, such as the length of your project, the type of research you’re conducting, the topic , and the research problem . However, all research questions should be focused, specific, and relevant to a timely social or scholarly issue.
Once you’ve read our guide on how to write a research question , you can use these examples to craft your own.
Research question | Explanation |
---|---|
The first question is not enough. The second question is more , using . | |
Starting with “why” often means that your question is not enough: there are too many possible answers. By targeting just one aspect of the problem, the second question offers a clear path for research. | |
The first question is too broad and subjective: there’s no clear criteria for what counts as “better.” The second question is much more . It uses clearly defined terms and narrows its focus to a specific population. | |
It is generally not for academic research to answer broad normative questions. The second question is more specific, aiming to gain an understanding of possible solutions in order to make informed recommendations. | |
The first question is too simple: it can be answered with a simple yes or no. The second question is , requiring in-depth investigation and the development of an original argument. | |
The first question is too broad and not very . The second question identifies an underexplored aspect of the topic that requires investigation of various to answer. | |
The first question is not enough: it tries to address two different (the quality of sexual health services and LGBT support services). Even though the two issues are related, it’s not clear how the research will bring them together. The second integrates the two problems into one focused, specific question. | |
The first question is too simple, asking for a straightforward fact that can be easily found online. The second is a more question that requires and detailed discussion to answer. | |
? dealt with the theme of racism through casting, staging, and allusion to contemporary events? | The first question is not — it would be very difficult to contribute anything new. The second question takes a specific angle to make an original argument, and has more relevance to current social concerns and debates. |
The first question asks for a ready-made solution, and is not . The second question is a clearer comparative question, but note that it may not be practically . For a smaller research project or thesis, it could be narrowed down further to focus on the effectiveness of drunk driving laws in just one or two countries. |
Note that the design of your research question can depend on what method you are pursuing. Here are a few options for qualitative, quantitative, and statistical research questions.
Type of research | Example question |
---|---|
Qualitative research question | |
Quantitative research question | |
Statistical research question |
If you want to know more about the research process , methodology , research bias , or statistics , make sure to check out some of our other articles with explanations and examples.
Methodology
Statistics
Research bias
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Here, we bring you a selection of hot topics published in ACS journals so far this year, spanning a wide range of subject areas from authors around the world. From algae to wearable devices, this collection features fascinating innovations for everyone to enjoy.
50 years ago, scientists first identified N ′-nitrosonornicotine, the tobacco-specific carcinogen found in both cigarette smoke and smokeless tobacco products. The tobacco industry has evolved tremendously since then, but there is still much to be understood about the root causes of certain cancers associated with prolonged tobacco use. Additionally, the rise of e-cigarettes and other tobacco-free products presents a need for further investigations into the potential toxicity of and damage from various vaping mechanisms. This collection of papers from Chemical Research in Toxicology highlights key advances across a broad array of topics on tobacco products, e-cigarettes, disease prevention, and more.
All about algae.
Chemists Celebrate Earth Week (CCEW) is a community-based program of ACS. This year, CCEW’s theme was “The Curious Chemistry of Amazing Algae.” These amazing organisms are emerging as a potential sustainable source of food and biofuels, as well as bioplastics and other co-products. Part of the attraction is that they exist in large numbers, and they have a variety of characteristics depending on where and how they grow. Critically, algae have evolved to produce and store energy—a skill which they perform more efficiently than any other known natural or engineered process. This Virtual Issue brings together articles from 20 different journals, covering a variety of topics such as algal uses in hydrogels, wastewater treatment, bioplastics, fuel production, and batteries—as well as ways to control harmful algal blooms in the wild.
Gaining insight into parkinson’s disease.
World Parkinson’s Day is held each year on April 11 to raise awareness of this progressive neurological disease, which affects approximately 1% of people aged 65 and older and 4–5% of those over the age of 85. But due to its complex etiology, the underlying pathogenesis of Parkinson’s is not fully understood. As such, there remains a desperate need for research into both causes and possible cures. A recent collection of articles highlights significant contributions reported in ACS journals. In addition to various pharmaceutical options being explored, research is also underway to improve the performance of sensors and develop new protocols for detecting neurotransmitters, which could help speed diagnosis and support monitoring.
A second skin: the world of wearables.
The idea of sensors for health detecting naturally takes us to wearables. Wearables go far beyond fitness trackers, with devices now including patches, tattoos, fabrics, and contact lenses. The embedded technology spans multiple disciplines, which together are redefining what can be done with wearable sensors. ACS Sensors brings together 29 publications that showcase the interdisciplinary nature of this exciting field, bringing together engineering, materials, spectroscopy, data science, physics, medicine, and more—which could pave the way for dramatic advances in both health diagnosis and monitoring.
In 2020, the Journal of Chemical Education published a Special Issue around educational insights gained during the COVID-19 pandemic. Now, in 2023, this new Virtual Special Issue on the same topic in the time after COVID offers more data-driven assessments of changes made in the chemistry education community as a result of the pandemic. Widespread lockdowns forced people to find novel solutions in many spheres of life, including redefining “the classroom.” Educators used a variety of platforms to share remote learning, and hybrid teaching environments evolved into the new normal. This collection looks at teaching innovations and student learning in the field of chemistry, showcasing how the pandemic has shaped new ways of working—from remote laboratory methods to student engagement and technical tools.
Hot articles in inorganic/organic chemistry.
Look, it’s a hot topics collection within a hot topics collection! This next list includes 58 Editors' Choice articles spanning ACS Publications’ core organic and inorganic journals. These editor-curated articles showcase innovative thinking in a variety of areas, including synthetic methodology, coordination, main-group chemistry, catalysis, energy research, medical science, and theoretical and computational chemistry. The ACS Editors' Choice designation is designed to highlight important new findings, which are free to read for a limited time.
Research excellence from latin america.
Join us now as we take you on a brief world tour of cutting-edge work from three key geographic regions. First, let’s take a closer look at research from Latin America . Over the past 100 years, ACS has published more than 26,000 articles from Latin American scientists spanning almost all fields of chemistry—and discovery and innovation in Latin America continues to thrive today. This Virtual Issue from ACS Omega is fully open access and features 35 papers on key frontier topics.
Next, we travel to India, where another Virtual Issue from ACS Agricultural Science & Technology and Journal of Agricultural and Food Chemistry highlights regional contributions to the boundaries of agricultural research. Topics covered include plant science and biotechnology, crop protection, sustainable agriculture, and precision farming—as well as less obvious disciplines such as nanomaterials, which could play a role in making agriculture more sustainable.
Emerging trends in molecular pharmaceutics across australasia.
The third and final stop on our world tour is Australasia , with a collection of exciting research on emerging trends in the pharmaceutical sciences. The papers, all published in Molecular Pharmaceutics , highlight the high-quality work led by researchers in both academia and industry across Australia and New Zealand. This includes a wide range of advanced drug delivery research areas, including nanotechnology, biomaterials, biodegradable polymers, and drug targeting. This collection presents novel innovations with the potential to translate into new treatment paradigms and options for people around the globe.
And finally, for anyone wanting to get their own work published (and perhaps find it included in a future Virtual Issue), we draw your attention to a collection of recent editorials that offer tips and best practices for composing a well-balanced scientific article, preparing an effective manuscript, and increasing your likelihood of getting your work accepted for publication. Just getting started? Be sure to check out Part 1 as well.
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Celebrating twenty years
Sustainable, non-toxic polymers that set in seconds could be used to seal wounds inside the human body during surgery, researchers in the US believe. The materials, which can be produced from renewable resources and readily recycled, could potentially have broader uses as adhesives in everything from sticky notes to load-bearing structural materials.
Source: © Shutterstock
Superglue or cyanoacrylate is the standard adhesive used to close wounds but it is brittle, slightly cytotoxic and slow to break down in the body. These disadvantages mean there’s still a need for better tissue adhesives
α-lipoic acid is produced by many plants and animals, and it has been documented undergoing ring-opening polymerisation reactions. In theory, this could provide a renewable source for non-toxic polymers. Unfortunately, the resulting polymers have been prone to spontaneous depolymerisation. Researchers have sought to stabilise poly(α-lipoic acid) sufficiently to form useful materials, but success has been limited by an active radical at the end of the chain.
Phillip Messersmith and colleagues at the University of California, Berkeley reasoned that incorporating an electrophile would reduce the reactivity of this radical and stabilise the polymer. In the new work, they produced two N -hydroxy succinimide esters of α-lipoic acid and dissolved them in ethanol with α-lipoic acid itself. When added to water, this formed a stable, elastomeric, self-healing adhesive polymer within seconds.
The researchers tested this material as a tissue adhesive. The current medical adhesive of choice is usually cyanoacrylate, better known as superglue, but this is unsuitable for closing internal surgical cuts as it is slightly cytotoxic, brittle and slow to decompose. The researchers tested their material for preventing rupture of the amniotic sac of mice when punctured, as is sometimes required for repairing foetal abnormalities. The researchers found that, when they punctured amniotic sacs through patches in their polymer, the patches self-healed around the puncture site and all the foetuses survived to term. Foetuses whose sacs were simply punctured all died. ‘We are actively pursuing other uses for this polymer as a surgical adhesive in my academic lab and in a startup company we have formed to move this towards commercial use,’ says Messersmith.
The researchers also showed that their material, once cured, formed a pressure-sensitive visco-elastic polymer that could be used in adhesive tapes and sticky notes. Unlike other adhesives used for the purpose, the poly(α-lipoic acid)-based adhesive worked almost as well when wet as when dry. Moreover, when the researchers added a divalent salt of α-lipoic acid to the monomer, the polymer became a rigid, crosslinked thermoset at least as strong as industrial epoxies. The material could be depolymerised, however, simply by heating in alkali.
Messersmith acknowledges that large-scale industrial use will require more widely available and cheap renewable α-lipoic acid, but he notes that ‘many decades ago styrene was considered an exotic monomer’.
Biomedical engineer Mark Grinstaff at Boston University in the US is impressed. ‘What’s really unique about this paper is that there’s this system that’s been known to polymerise for some time, but it wasn’t very useful,’ he says. ‘What Messersmith was able to do was to identify critical aspects of its chemical structure, to make changes to it such that it is now able to be polymerised, be processed and used as a functional material, but still retain the degradation properties.’ He predicts that the biggest impact will be in medicine. ‘The recycling aspects will become important if this really gets scaled up and starts to become a widely used consumer product,’ he says.
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An international research team led by Umeå professor Magnus Wolf-Watz has discovered how the magnesium atom directs the chemistry that catalyzes the production of the energy molecule ATP in a cell. ATP is a vital driving force in the cell. The study is published in the journal Science Advances.
Our discovery can have a wide impact for understanding a variety of biological processes because the ATP molecule is involved in everything from muscle work and transport in and out of cells to bacterial infections." Magnus Wolf-Watz, Professor, Department of Chemistry, Umeå University
For biological life to exist at all, cells are in constant need of continuous and large access to their fuel and signaling molecule, ATP. One of the biochemical systems that produces ATP is the essential enzyme adenylate kinase, which catalyzes the production of ATP from the building blocks ADP and AMP.
The enzyme is dependent on the metal magnesium to be able to produce large amounts of ATP. It is already known that magnesium catalyzes the chemical reactions of the ATP molecule through electrostatic effects, but this is not enough for the chemical reactions involving ATP to go fast enough. Speed is extremely important.
Now, an international research team led by Magnus Wolf-Watz at the Department of Chemistry at Umeå University has developed a method to find out previously unknown aspects of magnesium's influence on the ATP molecule.
For the chemical reaction that forms ATP to take place, the building blocks AMP and ADP must be placed in precise geometry relative to each other in the active site of the enzyme adenylate kinase. The research team discovered that the reaction takes place optimally when the magnesium atom turns an angle in the molecules so that they end up in just the right configuration.
"The result is astonishing! It shows that very small differences in molecules can give rise to a dramatic catalytic effect. Now we know exactly how magnesium speeds up the chemistry for forming the cell's energy molecule ATP," says Magnus Wolf-Watz.
The changes in angle could be observed through crystallographic structures that were produced experimentally by Elisabeth Sauer-Eriksson, professor at the Department of Chemistry at Umeå University.
The researchers took it one step further. Using computational chemistry in Kwangho Nam's lab at the University of Texas at Arlington, they were able to show that the changes in the angles were linked to larger changes in the enzyme's structure. This connection is a long-sought link between the structure of enzymes and their catalytic effect.
The research was carried out in collaboration between Umeå University and the University of Texas and Konstanz University. At Umeå University, the research infrastructure for NMR was used, which was financed, among others, by the Kempestiftelserna.
Umea University
Nam, K., et al . (2024) Magnesium induced structural reorganization in the active site of adenylate kinase. Science Advances. doi.org/10.1126/sciadv.ado5504 .
Posted in: Cell Biology | Biochemistry
Tags: Cell , chemical reaction , Enzyme , Kinase , Magnesium , Molecule , Muscle , Research
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Lindsey Hiebert and James Amugsi
In this interview, we explore global and local efforts to combat viral hepatitis with Lindsey Hiebert, Deputy Director of the Coalition for Global Hepatitis Elimination (CGHE), and James Amugsi, a Mandela Washington Fellow and Physician Assistant at Sandema Hospital in Ghana. Together, they provide valuable insights into the challenges, successes, and the importance of partnerships in the fight against hepatitis.
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Computational Chemistry Research Topics. Computational chemistry is a way to use computers to help chemists understand chemical reactions. This can be done by simulating reactions or by designing new molecules. If you are looking for essential chemistry research topics in computational chemistry, here are some ideas to get you started:
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50+ Chemistry IA Ideas with Research Question Examples One of the biggest challenges facing students taking IB chemistry is coming up with a good Internal Assessment (IA) idea. It's got to be something suitably demanding for diploma-level study, it's got to be something relevant to the chemistry syllabus, it's got ...
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Organic Chemistry Research Topics. Organic chemistry is a vast study area that studies carbon-containing molecules. This field contains various organic chemistry research topics to write and study about in this area. To draft an impressive chemistry research topic, invest your time and energy in conducting the prerequisite research first.
Physical chemistry research topics. Laws of Thermodynamics. Energy Balance. Gases: Gas Law. harles and Gay Lussac's law. General Ideal Gas Law. The mass of a chemical compound. The moles of an atomic species. The flow of Fluids in Closed Ducts.
These collections reflect the most important chemistry research topics of current scientific interest and are designed for experienced investigators and educators alike. Browse 23 of the most important, engaging topics in chemistry with Virtual Collections released by ACS Publications journals in Q3 2020:
Chemistry is a branch of science that involves the study of the composition, structure and properties of matter. ... research presents a membrane-free electrolysis system that enables efficient ...
The following Research Topics are led by experts in their field and contribute to the scientific understanding of chemistry. These Research topics are published in the peer-reviewed journal Frontiers in Chemistry, as open access articles. Research Topic.
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In fact, in (chemistry) education research, we are very explicit with research questions, and setting out the research question at the start of a study is a major component of the research process (White, 2008). As you will find repeatedly in your project, all the components of a research process are interdependent, so that the research ...
Interesting Chemistry Research Areas. As one sees chemistry topics for research project, it is crucial to choose something that interests you and can fully reveal innovative approach to studies or laboratory work. For example, one can combine biology with genome analysis, which will lead to study of NanoChemistry - innovative and hot topic!
Today, Communications Chemistry launches a series of Comment articles discussing key open questions in specific fields of fundamental chemical research. Here we outline the aims of this series and ...
Looking for the hottest topics in chemistry research? Virtual Collections include Virtual Issues, Special Issues and Thematic Collections from ACS Publications journals. These collections reflect important chemistry topics of current scientific interest and are designed for experienced investigators and educators alike. Enjoy our collections of engaging research topics in chemistry from recent ...
Physical Chemistry Topics. The role of sulfur-based emissions in contributing to air pollution. Discuss the evolution of the atomic structure over time. How to use mass number to find the number of fundamental particles in ions and atoms. Discuss the existence of isotopes in various reactions.
STEP 4: Brainstorm your questions. Now you have explored different aspects of your topic, you may construct more focused questions (you can create a few questions and pick one later). A background search will show you how others formulate their questions, hence expand your research direction.
Refining your research question. Suppose a student wants to investigate whether "superfoods" contain more vitamin C than other foods (this sort of food chemistry project is popular). Here are some of their potential research questions: Vitamin C content of vegetables - this is a project title, not a research question
Chemistry research topics for college students are a bit more difficult. After all, college professors expect you to put in a lot more work than a high school student. This doesn't mean that you can't write these papers quickly though. Here are some of the best topics we can think of: The hidden dangers of tap water.
The first question asks for a ready-made solution, and is not focused or researchable. The second question is a clearer comparative question, but note that it may not be practically feasible. For a smaller research project or thesis, it could be narrowed down further to focus on the effectiveness of drunk driving laws in just one or two countries.
Apr 25, 2023. 5 min read. Here, we bring you a selection of hot topics published in ACS journals so far this year, spanning a wide range of subject areas from authors around the world. From algae to wearable devices, this collection features fascinating innovations for everyone to enjoy. Get the Latest Hot Topics in Chemistry Each Month.
Sustainable, non-toxic polymers that set in seconds could be used to seal wounds inside the human body during surgery, researchers in the US believe. The materials, which can be produced from ...
An international research team led by Umeå professor Magnus Wolf-Watz has discovered how the magnesium atom directs the chemistry that catalyzes the production of the energy molecule ATP in a cell.