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CEB Cambridge
United Kingdom
Приєднався 8 сер 2018
Here at the University of Cambridge Department of Chemical Engineering and Biotechnology (CEB), we are using fundamental science to drive positive change in society.
We want to understand physical, chemical and biological processes, from the molecule, up to the system. How do we treat an ageing population? How do we provide affordable renewable energy to meet demand? How do we make consumer products more sustainable?
Through our undergraduate and postgraduate courses, and underpinning all of our cross-disciplinary research, we are committed to solving some of the world's biggest challenges.
CEB. Driven by curiosity. Driving change.
www.ceb.cam.ac.uk
We want to understand physical, chemical and biological processes, from the molecule, up to the system. How do we treat an ageing population? How do we provide affordable renewable energy to meet demand? How do we make consumer products more sustainable?
Through our undergraduate and postgraduate courses, and underpinning all of our cross-disciplinary research, we are committed to solving some of the world's biggest challenges.
CEB. Driven by curiosity. Driving change.
www.ceb.cam.ac.uk
CEB Meets: Shaakirah Alam - 2nd Year Undergraduate
Join us as we meet one of our 1st Year Undergraduates, Alex!
#DrivenByCuriosity #DrivingChange #ChemicalEngineering #Biotechnology #Science
#DrivenByCuriosity #DrivingChange #ChemicalEngineering #Biotechnology #Science
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Відео
CEB Meets: Alex Yu - 1st Year Undergraduate
Переглядів 7928 днів тому
Join us as we meet one of our 1st Year Undergraduates, Alex! #DrivenByCuriosity #DrivingChange #ChemicalEngineering #Biotechnology #Science
CEB Meets: Stefany Kissovsky - 3rd Year PhD Student
Переглядів 37Місяць тому
Join us as we meet one of our 3rd-Year PhD Students, Stefany! #DrivenByCuriosity #DrivingChange #ChemicalEngineering #Biotechnology #Science
CEB Meets: Milan Dordevic - 1st Year PhD Student
Переглядів 122Місяць тому
Join us as we meet one of our 1st-Year PhD Students, Milan! #DrivenByCuriosity #DrivingChange #ChemicalEngineering #Biotechnology #Science
Chemical Engineering & Biotechnology Undergraduate Course Intro [2024]
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Professor Geoff Moggridge gives a detailed introduction to the CEBT undergraduate course offered at CEB. Topics touched on include an overview of course content entry requirements, the Cambridge admissions process, and more... Recorded: 12-04-2024 at the Department of Chemical Engineering & Biotechnology
A Short History of the Light Microscope - Prof. Clemens Kaminski
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Recorded at the Department of Chemical Engineering and Biotechnology as part of the CEB's 2023 Alumni Festival. Join Professor Clemens Kaminski for a quickfire tour through the history of the optical microscope, from the earliest experiments of van Leeuwenhoek to the present day. #chemicalengineering #biotechnology #opticalmicroscopy #clemenskaminski #historyofscience #cambridge #cambridgeunive...
Makerspace at CEB
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The Makerspace is a cutting-edge facility, supporting students and researchers at CEB with mechanical and electrical engineering expertise. Students are able to use the space to develop their problem-solving, creativity and practical skills in a complementary manner to their academic knowledge, enhancing their employability and wider engineering knowledge. CEB researchers also benefit from Make...
Careers in Chemical Engineering and Biotechnology
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Our graduate Dr Rachel Cooke, Global Director, Reliability Maintenance Engineering at Amazon, and a great STEM ambassador role model, shares her experience and highlights of her exciting and rewarding career journey so far working across different industries in different countries around the globe. Anything from food and drink, energy and sustainability, to finance, consulting, design of medica...
Davidson Inventors Challenge Final 2023
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The Davidson Inventors Challenge is an annual UK-wide STEM innovation competition hosted by the Department of Chemical Engineering (University of Cambridge) in collaboration with The Association of Science, Technology & Innovation (ASTI) in Malaysia and the Institution of Chemical Engineers (IChemE). Participating Y11 and Y12 student teams are set the talk to select and research a problem relat...
Davidson Symposium 2022, 23 September 2022
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CEB hosted the Davidson Symposium in honour of the late Emeritus Professor John Davidson and to celebrate the modern face of chemical engineering and biotechnology. John Davidson, the ‘Father of Fluidisation’ and former Head of Department of Chemical Engineering and IChemE President, had pioneered research work on fluidised beds spanning several decades. He was internationally renowned and he w...
Study Chemical Engineering and Biotechnology at Cambridge
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From sustainable water, food and energy, to healthcare solutions, chemical engineers and biotechnologists help solve the challenges facing the world today and tomorrow. Hear from our researchers and students to find out where an undergraduate degree in Chemical Engineering and Biotechnology could take you. Applications are now open for 2023 entry: www.ceb.cam.ac.uk/undergraduate-study We're usi...
Nanogold: what is it all about?
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What is nano gold and how does it differ from the gold we know?
Welcome to the BioNano Engineering Group at CEB
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Meet the researchers in our BioNano Engineering Group, led by Dr Ljiljana Fruk, and find out how they are harnessing nanotechnologies for applications in healthcare, sensing and sustainability.
BioNano Engineering Group at CEB: Synthesis of Hybrid Nanomaterials
Переглядів 254Рік тому
Nature exploits principles of nano structuring to build functional materials such as colour-changing wings or stronger shells. Using chemical synthesis, bimolecular structuring and nature-inspired designs we can make new generation of useful and sustainable materials.
BioNano Engineering Group at CEB: Design of Biosensors
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Biosensors can help us detect diseases earlier but also monitor our health and metabolism. New materials can help us design them to be more specific and easier to use.
BioNano Engineering Group at CEB: Biomedical Applications
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BioNano Engineering Group at CEB: Biomedical Applications
BioNano Engineering Group at CEB: Sustainable Manufacturing
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BioNano Engineering Group at CEB: Sustainable Manufacturing
Chemical Engineering and Biotechnology undergraduate course
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Chemical Engineering and Biotechnology undergraduate course
Careers in Chemical Engineering and Biotechnology
Переглядів 5312 роки тому
Careers in Chemical Engineering and Biotechnology
Davidson Inventors Challenge Final 2022
Переглядів 5112 роки тому
Davidson Inventors Challenge Final 2022
Best practices in solar cell research workshop
Переглядів 4622 роки тому
Best practices in solar cell research workshop
Bigger Picture Talks, Professor Dame Julia King, Baroness Brown of Cambridge: Net Zero is not enough
Переглядів 1692 роки тому
Bigger Picture Talks, Professor Dame Julia King, Baroness Brown of Cambridge: Net Zero is not enough
The Davidson Inventors Challenge Final 2022
Переглядів 1,7 тис.3 роки тому
The Davidson Inventors Challenge Final 2022
Role of extracellular vesicles in cancer metastasis using bioelectronic technologies
Переглядів 2903 роки тому
Role of extracellular vesicles in cancer metastasis using bioelectronic technologies
Solar cell materials with high spatial resolution microscopy techniques
Переглядів 1593 роки тому
Solar cell materials with high spatial resolution microscopy techniques
Artificial Intelligence for digital transformation in the chemical industry
Переглядів 2,9 тис.3 роки тому
Artificial Intelligence for digital transformation in the chemical industry
Ridicoli.
*It's called GENETICALLY MODIFIED FOOD or GMO's! It uses Gold to do its dirty work!*
Nice
Wonderful work, well done and good luck finding a solution to the problem. I wonder if there's a way to plug into the raw energy of trees - imagine if a forest was not only a way of capturing carbon, but was also an energy source without having to burn the wood to generate power? Obviously I speak as someone who knows nothing...
Looks like a fantastic space!
So what you are saying is that Steve Rogers was injected with gold nanoparticles of a certain type, shape, coating etc. along with penicillin and irradiated with a certain light frequency to stimulate and maintain growth which was then amplified even further with the symbols worn on his chest and arms? A star i believe which focuses energy into the middle of the star and susbsequently into his body? Why not just say that to begin and dispense with the theatrics
Gold nanoparticles is a popular dissertation topic in theoretical chemistry anyways. Lots of grad students write that one up and rename their variables whatever their advisor wants to see.
Sorry for too many questions during the presentation Shana. I used to work with Chris Cramer so I knew some things about your research that you hadn't thought about. I gave it 100% because I couldn't think of anything wrong with it.
Shana Banana did surface energy calcs by integrating Jablonski diagrams. Jablonski diagrams are the first gradient of potential energy surfaces. Chris Cramers TA taught me that. Shana dissertation could have been done in reverse and same mathematical result occurs.
Gw
Dude I was so bummed when Tendai withdrew the points because I didn't know what ligands did in gold nanoparticles!
Donald Trump sells gold bars that go inside of your car to show off your money with on his personal website which cost him about 3 cents to make.
Where can I get more information about the research on this? Thank you.
I want to point out that you also showed that co2 saturates the more you add. That was seen in the temp that it began to stabilize & this is the veracity is that after an initial lukewarm rise, further co2 will not roast the atmosphere.
1:02:31 Wow... nano technology is awesom
59:10 Ink jet printing of these cells? Oh... you mean 😏 remote locations can create small scale manufacturing?
58:25 R & D goals huh? Man... i wish I had some nerdy friends. 🤓
57:40 In order to compete they have to show that theyll last decades. So if it take a decade to get that data... 🤔
55:15 Crazy
47:15 Well... the issue isn't about market competition but the underlying reliablity for long term application. We can't wait 5-10 years 🤔 to get the data for practical application in space colonies, there has to be a larger scale case study, now. 🧐 let's not let petty things like governments and commercialism slow human progress. 🤌🏾
44:40 Crazy ... the scientist who are recreating the world are dabbing 😆🤣🙌🏾
40:00 Quantum computers 😲 the future is sooo coool
39:05 Cool
38:03 🧐
35:20 Durability at the nano scale.
25:29 That's cool. So in theory, the material could be used as a vehicle wrap? Which means with 360 camera tech could also create a new form of camouflage... dare i saw, invisibility cloak. 🤗
22:30 Yeah! Space stations can have their own manufacturing process on ground and cars that require charging stations can easily have solar installed without a lot of extra work. Lot's of applications.
20:00 I wonder 🤔 if this material can be made into flexible layers, could it be added onto electrical vehicles like they do with vinyl wraps? 🤔 since the tech is moving so fast there has to be a way to merge the status quo with the changing 'upgrades' otherwise we'll have a large waste issue...
15:40 Cool. So in theory, astronauts can probably be create panels on space stations if the material is just as a abundant resource!
6:33 So, in order to reach the SDG of the UN you are saying that we need more manufacturing locations... ?
5:35 Balance of systems cost
transhumanism
I'd like to learn about this more. Where can I get your contact?
This is research from our Electrochemical and MicroeEngineering Group www.ceb.cam.ac.uk/research/groups/rg-eme
UA-cam recommends me some of the fringiest videos
Damn
CO2 has double the heat conductivity compared to air, so for the same duration the CO2 will absorb more heat than the air flask. More heat thus, higher temperature. If you have equipment to measure energy input into different flask, then you will see CO2 flask absorbed almost double the energy compared to the air flask at the same duration. This experiment only proves that CO2 has higher conductivity than air. Nothing at all about greenhouse gas global warming.
Incredible information! Extremely excited to study this field more.
The sound quality is very poor. Please voiceover, with more energy! See how they make exiting educational videos in Up and Atom and Dr Becky etc. This is a good intro to the subject, but has no details of what you did in your project. Perhaps follow-up with a part 2 to say what you did. The subject is very current and interesting. Can PV and BPV systems be combined by having moss cells made of PV material?
I've got to say that I was a bit disappointed in your demonstration as I was looking for a demonstration of the mechanism of global warming. Look, I'm a homeless guy with few resources, but could you guys not set up something a bit more sophisticated than this? I mean, there was no discussion of WHY the CO2 absorbed energy: you don't specify what the light frequencies are. Can you not set something up that shows first: higher frequency light passing through CO2 and NOT affecting it, then introducing a surface which transforms it into infrared, and the effect on temperature?
Epic
What was the PPM of CO2 you added to the flask. I am guessing 500,000ppm + compared to the other flask with a CO2 level of around of 400ppm- this really illustrates nothing of significance. You get the same results with Argon in a flask and this is not a greenhouse gas.
Exactly! These GROSSLY exaggerated experiments are meaningless. Humans have only added 0.014% CO2, or 1.4 parts per 10,000 parts total atmosphere. Replicate that in an experiment. Until then, these 'scientists' are just plain morons.
Never heard anyone say Doo-_o_-den-um (emphasis on 2nd syllable) before. Fairly sure it's doo-o-_dee_-num in the US and jew-o-_dee_-num (emphasis on 3rd syllable) in British English dictionary.cambridge.org/us/pronunciation/english/duodenum
it would be good if they posted everyday something
1) By reflecting away 30% of ISR the albedo, which would not exist w/o the atmosphere/GHGs, makes the earth cooler than it would be without that atmosphere like that reflective panel set behind the windshield. Remove the atmosphere/GHGs and the earth would become much like the Moon and Mercury, a barren rock with a 0.1 albedo, 20% more kJ/h, hot^3 on the lit side, cold^3 on the dark. Nikolov, Kramm (U of AK) and UCLA Diviner mission all tacitly agree. 2) the GHG up/down welling, “trapping”/”back” radiating/delaying/intercepting, 100 % efficient, perpetual warming loop requires "extra" energy which according to RGHE theory comes from 3) the terrestrial surface radiating that "extra" energy as a LWIR ideal black body which 4) cannot happen because of the non-radiative heat transfer processes of the contiguous atmospheric molecules and as demonstrated by experiment, the gold standard of classical science: principia-scientific.org/debunking-the-greenhouse-gas-theory-with-a-boiling-water-pot/ 1+2+3+4 = 0 Greenhouse Effect + 0 Greenhouse gas warming + 0 man caused climate change. Version 1.0 040221
Thanks a lot for this information, it was a candid, open and informative video !
Just wanna ask, i will attend the poster presentation organized by RSC.. Is it can we present without verbally? Bcoz i'm quite confuse.. I plan to present my poster like yours, just use animation
Great!
Glad you like the work 😊