Blurb
Advanced robotics
At our advanced robotics lab, we currently try to be intact with the upcoming 4th Industrial Revolution, developing more advanced, machine learning manufacturing systems…
CHEMICAL RESEARCH
As vague as the field may sound, not many people are aware that chemistry is basically the lynchpin ingredient of making all the products that the modern world uses…
ARTIFICIAL INTELLIGENCE
Probably, humans wanted to create an equally intelligent counterpart for as long as there’s civilization. But it’s only now when the technology and desire are close to being intact…
HEALTHCARE LABS
This research department is the biggest of all we have, focusing on both understanding the diseases that roam our world, just as well as finding cost-efficient cures and medication…
COMPUTING
As we were already working on computers since the ’50s, we are naturally interested in helping to advance both the hardware and the software industry that IT is divided into
ALTERNATIVE ENERGY
Probably, humans wanted to create an equally intelligent counterpart for as long as there’s a civilization. But it’s only now when the technology and desire are close to being intact…
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Vacines Research
- Vaccine production
- Vaccine testing services
- Vaccine sampling
RNA sequencing Research
- 16S rRNA sequencing
- Affymetrix RNA microarray
- RNA extraction
Nucleic Acid Analysis
- Custom microarray
- Microarray scanning
- Agilent high throughput (HT) microarray
Testimonials
The investment company I own once signed up for Fenimore consultations. That happened back in 1993. Since then, we’ve been showing a steady year-by-year growth for 23 years long, in big part thanks to timely and spot-on advice by…
Sarah LesberryAs an FMCG company, we always faced a tough competition in our field of market. It has gotten only worse since the Great Recession hit us in 2008. But with efficient advice by this renown company, we were able to spring back from the red digits zone…
Vanessa HayesThe investment company I own once signed up for Fenimore consultations. That happened back in 1993. Since then, we’ve been showing a steady year-by-year growth for 23 years long, in big part thanks to timely and spot-on advice by…
Sarah LesberryAs an FMCG company, we always faced a tough competition in our field of market. It has gotten only worse since the Great Recession hit us in 2008. But with efficient advice by this renown company, we were able to spring back from the red digits zone…
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Q: What is a scientific method?
A: The “scientific method” that has long ago been generally accepted as the prime way of conducting any kind of a research is traditionally presented in the first chapter of science textbooks. There it is highlighted to be a simple, linear, five- or six-step procedure for performing scientific investigations. Although the Scientific Method captures the core logic of science (testing ideas with evidence), it misrepresents many other aspects of the true process of science — the dynamic, nonlinear, and creative ways in which science is actually done. In fact, the Scientific Method more accurately describes how science is summarized after the fact — in textbooks and journal articles — than how scientific research is actually performed.
Q: Why do scientists often seem doubtful about their own explanations?
A: Scientists often seem tentative about their own explanations because of an enormous amount of nuances that rule the world of science and research. They know that those explanations could change if new evidence or perspectives come to light. When scientists correspond their ideas through the medium of journal articles, they are expected to carefully analyze the evidence for and against their ideas and to be explicit about alternative explanations for what they are observing. Due to the fact that they are trained to do this for their scientific writing, scientists often do the same thing when talking to the press or a broader audience about their ideas. However, this never means that once one of our scientific facilities finishes and evaluates any specific research, the results are wishy-washy. They are as accurate, as any other professional research lab in the world could get that same kind of an information.
Q: Why you're better than other commercial scientific research centers and labs?
A: Well, firstly we’re definitely one of the oldest science research facilities in the state and the US, operating and conducting our projects since 1946.
Secondly, the overall qualification that all of our team members exhibit allows us to be sure of every single test we conduct.
And thirdly, due to our long history and numerous orders that we receive all the time, we were able to equip our labs with the latest cutting-edge tools ever imaginable.
Altogether, this ensures that we’re the ultimate nationwide destination for any kind of a research.
Tabs
Many of the technologies we use every day have been getting smaller, faster and cheaper each year – with the notable exception of batteries. Apart from the possibility of a smartphone which lasts for days without needing to be charged, the challenges associated with making a better battery are holding back the widespread adoption of two major clean technologies: electric cars and grid-scale storage for solar power.
“In their simplest form, batteries are made of three components: a positive electrode, a negative electrode and an electrolyte,’’ said Dr Tao Liu, also from the Department of Chemistry, and the paper’s first author.
In the lithium-ion (Li-ion) batteries we use in our laptops and smartphones, the negative electrode is made of graphite (a form of carbon), the positive electrode is made of a metal oxide, such as lithium cobalt oxide, and the electrolyte is a lithium salt dissolved in an organic solvent. The action of the battery depends on the movement of lithium ions between the electrodes. Li-ion batteries are light, but their capacity deteriorates with age, and their relatively low energy densities mean that they need to be recharged frequently.
Over the past decade, researchers have been developing various alternatives to Li-ion batteries, and lithium-air batteries are considered the ultimate in next-generation energy storage, because of their extremely high energy density. However, previous attempts at working demonstrators have had low efficiency, poor rate performance, unwanted chemical reactions, and can only be cycled in pure oxygen.
What Liu, Grey and their colleagues have developed uses a very different chemistry than earlier attempts at a non-aqueous lithium-air battery, relying on lithium hydroxide (LiOH) instead of lithium peroxide (Li2O2). With the addition of water and the use of lithium iodide as a ‘mediator’, their battery showed far less of the chemical reactions which can cause cells to die, making it far more stable after multiple charge and discharge cycles.
By precisely engineering the structure of the electrode, changing it to a highly porous form of graphene, adding lithium iodide, and changing the chemical makeup of the electrolyte, the researchers were able to reduce the ‘voltage gap’ between charge and discharge to 0.2 volts. A small voltage gap equals a more efficient battery – previous versions of a lithium-air battery have only managed to get the gap down to 0.5 – 1.0 volts, whereas 0.2 volts is closer to that of a Li-ion battery, and equates to an energy efficiency of 93%.
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Damien Kaschzmarek
Damien is one of the co-founders. He manages all the processes at our firm.
Derek Zoolander
Derek, just as Damien, is a Wall Street operative, with an incredibly insightful skills.
Tom Marvolo
Tom is also one of our 3 co-founders. He manages all bookkeeping.
Derek Zoolander
Derek, just as Damien, is a Wall Street operative, with an incredibly insightful skills.
Damien Kaschzmarek
Damien is one of the co-founders. He manages all the processes at our firm.
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Of all US cancer research are conducted here
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Q: What is a scientific method?
A: The “scientific method” that has long ago been generally accepted as the prime way of conducting any kind of a research is traditionally presented in the first chapter of science textbooks. There it is highlighted to be a simple, linear, five- or six-step procedure for performing scientific investigations. Although the Scientific Method captures the core logic of science (testing ideas with evidence), it misrepresents many other aspects of the true process of science — the dynamic, nonlinear, and creative ways in which science is actually done. In fact, the Scientific Method more accurately describes how science is summarized after the fact — in textbooks and journal articles — than how scientific research is actually performed.
Q: Why do scientists often seem doubtful about their own explanations?
A: Scientists often seem tentative about their own explanations because of an enormous amount of nuances that rule the world of science and research. They know that those explanations could change if new evidence or perspectives come to light. When scientists correspond their ideas through the medium of journal articles, they are expected to carefully analyze the evidence for and against their ideas and to be explicit about alternative explanations for what they are observing. Due to the fact that they are trained to do this for their scientific writing, scientists often do the same thing when talking to the press or a broader audience about their ideas. However, this never means that once one of our scientific facilities finishes and evaluates any specific research, the results are wishy-washy. They are as accurate, as any other professional research lab in the world could get that same kind of an information.
Q: Why you're better than other commercial scientific research centers and labs?
A: Well, firstly we’re definitely one of the oldest science research facilities in the state and the US, operating and conducting our projects since 1946.
Secondly, the overall qualification that all of our team members exhibit allows us to be sure of every single test we conduct.
And thirdly, due to our long history and numerous orders that we receive all the time, we were able to equip our labs with the latest cutting-edge tools ever imaginable.
Altogether, this ensures that we’re the ultimate nationwide destination for any kind of a research.