Centre for Sustainable Chemical Technologies

Scientists and engineers working together for a sustainable future

Topic: Seminars & Conferences

Boston Materials Research Society Conference

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📥  Seminars & Conferences

Oli Weber (Cohort '13) and Dan Davies (Cohort '14) recently attended the Boston MRS Fall Meeting 2016. This post was jointly written about their experience.


The CSCT was well represented at the Boston MRS Fall Meeting 2016, with myself, Dan Davies, Jemma Rowlandson (previously Cohort ’13, now University of Bristol) and alumnus Dr Adam Jackson (Cohort ’11, now UCL) in attendance. A major international conference can be an overwhelming experience, especially when it spans, conceptually, the whole of materials science and physically, an entire conference venue and the hotel next door. Much of the week was spent dashing between seminar rooms, trying simultaneously to catch the best talks while working off the effects of overlarge food portion sizes.

I embodied an academic stereotype by writing my presentation on the flight on the way to the conference, having being told at the last minute that my poster abstract could be swapped for a talk. I gave my talk on the first day of the conference in symposium ES3: Perovskite Solar Cell Research from Material Properties to Photovoltaic Function. I spent a fair amount of time in the perovskite session, hearing numerous exciting results, though many of my personal conference highlights came from wandering into seminar rooms with tangential or non-existent links to my own research. I heard Shreyas Shah from Bell Labs speak on interfacing nanomaterials with neural stem cells for neural regeneration, by combining visible light-responsive ion channels and upconversion nanoparticles to transform infrared light transmitted through biological tissue into blue luminescence to achieve optogenetic control of neuronal activity.

Oli takes in the sights

Oli takes in the sights

There were many other great talks, including Yi Cui from Stanford, on thin film silicon photovoltaics, Dan Nocera from Harvard, on complete artificial photosynthetic systems and Yuval Goren on the conservation of clay cuneiform tablets in the Negev desert, which are the oldest written records and provide the only external account of the Trojan war.

Meanwhile, Dan presented a poster in the TC2 symposium on high throughput screening of inorganic materials. The poster sessions at the MRS meetings are always very well attended and quite intense – it can feel like giving a two-hour oral presentation! The work went down pretty well though and it was a great opportunity to discuss it with so many researchers with such a broad variety of interests and backgrounds.

Oli, Jemma and Dr Valeska Ting get a photo during the meeting.

Oli, Jemma and Dr Valeska Ting get a photo during the meeting.

Other than that, Dan spent most of his time in the TC1 and TC2 symposia on computational materials chemistry and materials discovery guided by computation. The work presented in TC2 by curators of the Materials Project, Gerbrand Ceder and Kristin Persson, was particularly interesting as a demonstration of the high-throughput calculations that are now possible with modern supercomputers. On the flip side, the TC1 symposium had some really interesting sessions on machine learning, where it was shown how data-mining and statistical analysis techniques are now being used to predict new materials, thereby avoiding costly quantum mechanical calculations altogether. Anubhav Jain from Lawrence Berkeley National Lab presented some new codes he had developed in order to aid materials scientists who are interested in applying data-mining techniques.

The conference also had some excellent sessions on the ‘Broader Impact’ of materials research. For example, the symposium BI1: Today’s Teaching and Learning in Materials Science – Challenges and Advances, featured some very impressive educational studies on the best approaches for teaching undergraduates and graduates materials science topics. These sessions were ideal for picking up transferable knowledge and tips that could be applied in teaching roles as well as in public engagement activities.

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Oli is studying towards his PhD on 'Optimizing energy harvesting processes in metal halide photovoltaics' with Professor Mark Weller and Professor Chris Bowen.

Dan is currently working on his PhD project: 'Interface engineering for indium-free transparent electronics' with Professor Aron Walsh, Dr Duncan Allsopp and Dr Ben Morgan.

 

Chemistry, Capoeira and Coffee at the Copacabana

📥  Internships & visits, Seminars & Conferences

Little did I know when saying goodbye to Brazil back in May, I would be returning to its sunny lands sooner than I thought – in fact six months later. I was thrilled when I heard I would have the opportunity to return and I could not wait to go back there. Three weeks in Brazil during its summer months… count me in!

jamie-ipanema

However, upon arriving in São Paulo airport I was greeted by a torrential rain storm (think back to the conditions of the Brazilian Grand Prix if you saw it) which lasted for a few days. Not the glorious sunshine I had gleefully expected and what the BBC weather “app” had promised me. So with my excitement slightly dampened and sun cream undisturbed I made my return to the University of Campinas (Unicamp), where I had worked for two months back in spring.

This time my visit saw me out of the laboratory, replacing safety specs for a scientific poster, as I was to attend and talk at the Four Continents University (U4C) Colloquium, along with Jon Chouler and Leighton Holyfield of the CSCT. The event focused on ‘Sustainable Systems and Societies: Energy, Environment and Policy Frameworks’. By bringing together academics and students from around the world it aimed to build a network of research collaborations to help tackle current global challenges in sustainability. The institutions involved in this network are Stellenbosch University (South Africa), Zhejiang University (China), Unicamp (Brazil) and University of Bath (UK). Experts from the sciences, engineering and policy research had been gathered in Brazil to share knowledge and identify synergies between institutions to confront these global issues.  As someone who’d previously only attended a traditional “bread and butter” scientific conference, this was a new and exciting experience for me.

A major part of the workshop was its panel discussions, in which members from all institutions presented their views and debated key topics such as bioenergy, sustainability & polices. These sessions were very informative as they gave a real insight as to how other countries perceive and approach overcoming environmental challenges very similar to those we are facing. For example, this was apparent when talking about biofuels, which are sometimes criticised due to their competition with the food supply, i.e. farmers using land to grow crops for biofuels not food. It was interesting to learn researchers from Brazil, which currently only uses <2% of its land for growing crops, did not view biofuels as food competitive whereas China was more conservative in how much land they could devote to biofuels to balance between feeding and fuelling their country.

A recurring theme amongst the discussions were the challenges involved in the implementation of new and more environmentally friendly products or systems into society. We may “have the technology” but how can it be successfully adopted by society? Does it first require people to change their behaviours? If so, this is often much easier said than done, with cultural differences and “irrational behaviour” sometimes being the biggest barrier to change. On this theme I took a moment to digress and presented the conference with an example of our own irrational behaviour from my own neck of the woods in the UK. There was much amusement from the audience to see contestants hurling themselves headlong down a precipitous slope in the hope of winning very little other than a few broken bones. (I recommend watching a clip of the Gloucestershire Cheese Rolling event on YouTube to see what I mean). And so, maybe suitably inspired, 2017 will see the first winning cheese roller from Brazil, China or South Africa. The notion of such eccentric behaviour and headlong disregard for what is sensible may not be a literal response to innovation but at times it must seem to those who wish to introduce change what they are up against.

The next leg of my journey saw me hop on a plane to the neighbouring state of Rio de Janeiro. Now I know Brazil is big but Rio felt like a completely different country to São Paulo. It has a dramatic landscape of long white sandy beaches juxtaposed by giant granite peaks.

Alas the purpose of my visit was not to soak up the warm rays of sunshine at the Copa (CO!) Copacabana or meet The girl from Ipanema (I had forgotten to pack my silver sparkling carnival jacket anyway). Instead, I was there to work with Professor Aurora Pérez Gramatges at Pontifical Catholic University of Rio. As part of the collaboration we investigated how biodegradable and renewable materials could be included in everyday formulated products, such as sun cream and insect repellent, to improve their properties.

It was a great experience working with Aurora’s research group. They were very welcoming and eager to show me the culture of Rio and what it means to be a Carioca. This included trying my hand at Capoeira and even a little bit of merengue (more of an Eton mess when I tried it).

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Having been glued to the TV watching the Olympics over the summer I was keen to fit in some sight-seeing of the various venues in Rio at the weekends during my short stay. The most impressive of these has to be the ascent of the Corcovado hill where atop its peak stands the world famous statue of Jesus known as “Christ the Redeemer”, watching over the city. This 38m high stone statue is very imposing –  a remarkable miracle of engineering managed over 80 years ago!  Once at the feet of the statue of Jesus you get a fantastic view of the Lagoa and beaches of Copacabana and Ipanema.

Another great way to take in the view is a helicopter ride over the city. Alas with the current state of the pound my budget did not quite stretch that far, so instead I took two cable cars to the top of Rio’s famous Sugarloaf Mountain. Whoever thought it was sensible to put a viewing platform on top of a mountain surrounded by shear drops to the sea below must have overdone it on the Caipirinhas.  However, I have to admit the views from the top were breath-taking and I managed to keep my vertigo under check for long enough to smile for a photo.

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I thoroughly enjoyed my stay in Brazil.  I found it a real privilege to have the opportunity spend time in Rio meeting new people and learning about their culture - it really expands your own world view.

As I finish writing this blog in my hotel room, reflecting on my visit and enjoying the last of the sunny weather, I take a quick look to compare the weather back home – what, -5 degrees Celsius?! Perhaps I should have packed that jacket after all!

 

Castles and Science: A Trip to the Czech Republic

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📥  Seminars & Conferences

Joe Thompson and I arrived in Pardubice with a slight sense of trepidation at the tri-annual Germanium, Tin and Lead conference. It has a strong pedigree for molecular chemistry with world leading inorganic chemists, such as Cameron Jones ,presenting.

We had both chosen to focus on the materials side of our research and hoped it would be included in the scientific discussion. We were pleasantly surprised to find many researchers who would normally be considered to be pure synthetic chemists presenting forays into applied materials chemistry, combining aspects of engineering and chemistry. Due to these cross disciplinary discussions, the conference was very well received with a lot of industry backing. This financial input allowed for some great conference event venues such as the castle pictured.

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Kunětice Mountain Castle

There was medieval demonstrations, a tour around the historic Kutná Hora city and plenty of free Pilsner! The focus on the application of molecular chemistry to solving materials challenges led to many fruitful discussions, with the posters Joe and I presented receiving a lot of attention. This led to new collaborations with groups in Russia, Czech Republic and New Zealand.


Andrew is working towards his PhD on "The Development of Graphene Based Materials" with Professor Paul Raithby, Professor Simon Bending and Dr Andrew Johnson.

 

Green Chemistry conference in Venice

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📥  Seminars & Conferences

The 6th International IUPAC Conference on Green Chemistry was held in Venice between the 4th and 8th of September. The venue itself, the Centro Culturale Candiani, was actually located in Mestre; a town on the mainland located half an hour on the tram from Venice. I was fortunate enough to be accepted to present my work on Interfused Cellulose-Chitosan Hydrogels for Tissue Engineering as a 20-minute talk which was well received.

Two talks in particular caught my attention: The first – by Professor Sato at the National Institute of Technology, Tsuruoka College, Japan – covered the development of a double network ionic gel for low friction material. Double-network gels – which consist of a rigid skeleton polymer network within a ductile polymer substance, enabling high mechanical strength and toughness – are well known. However, the idea of replacing the water present in the gel (often 90 wt% or more) with an ionic liquid interested me as it stabilises the material (evaporation of the water affects the physical properties of the gel; ionic liquids have negligible vapour pressure) and results in a low friction material, even under vacuum and at high temperatures. The second – by Dr Stevens, Professor Emeritus at University of North Carolina at Asheville, USA – presented 12 principles on New Chemistry, intended as “a guide to allow society and chemists to prosper and grow sustainably”. One message that caught my attention was the advocation of interdisciplinary science. The CSCT already encourages co-operation between chemistry and chemical engineering. Although I’m more interested in how we could develop work with social scientists, which surely will be required if we are to effectively address societal demands.

The conference gala dinner was held at the Casinò Di Venezia in the Ca’ Vendramin Calergi, where Wagner spent his last days. Entertainment was provided by a local string quartets and a couple of opera singers, with the opportunity to have a free flutter at the tables afterwards. The Wednesday afternoon was spent on a boat trip around the islands of Venice, including Burano (home of the colourful houses) and Torcello Abbey. Whilst it was great to see the surrounding area, I did begin to feel like a trapped animal after a while as excursions on the islands were limited to half an hour. Venice is a particularly beautiful city, although I do recommend either getting up early to meander through the streets before the tourists descend, or being prepared to stay up late. A word of warning though: always keep your bearing as the narrow streets often results in GPS becoming confused as to exactly where you are – trying to find St. Mark’s Square at 1 am proved a particular challenge! Overall, the experience was positive – both from the conference and cultural perspectives – and I look forward to attending the next one.

Venice sans tourists

Venice sans tourists

Conference dinners: the tried and tested method for making new contacts and/or friends

Conference dinner: the tried and tested method for making new contacts and/or friends


Marcus is in his final year in the CSCT working towards his PhD on “Biomaterials for the Cardiac Environment” with Dr Ram Sharma, Dr Janet Scott and Dr Sameer Rahatekar.

 

Hybrid Organic Photovoltaics Conference, Swansea, 2016

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📥  Comment, Seminars & Conferences

This post was contributed by Oli Weber following his attendance at the Hybrid Organic Photovoltaics Conference (28 June - 1 July 2016).


Recently Dom Ferdani (cohort ’14) and I took a trip to the south coast of Wales to attend the 2016 Hybrid Organic Photovoltaics Conference (HOPV 16). The venue was Swansea’s brand new Bay Campus, a huge new development of university buildings sited right by the beach of Swansea Bay. On the first conference day we were met by serious weather blowing in from the sea, leaving delegates from warmer climes wondering what manner of people could be mad enough to inhabit such a cold, damp land. Bay Campus is also the new home to SPECIFIC, the conference hosts, whose mandate is to span the space between academia and industry to develop materials that turn buildings into power stations using functional coatings. Building integrated photovoltaics (BIPVs) are one of the families of technologies developed at SPECIFIC. These rely on thin, lightweight, flexible designs and manufacturing methods, such as printing, that scale up well. Organic semiconductors, dye sensitised solar cells, CIGS and CZTS are all under research and development, however the technology that has come to dominate the research focus for this conference is hybrid perovskite solar cells.

Dom and Oli in Swansea

Dom and Oli in Swansea

Hybrid perovskites combine the properties of some of the highest quality known semiconductors, such as GaAs, with the solution processability of organic materials. This means that the solar cells could be manufactured at low cost, while still displaying the high efficiency of the best inorganic thin films. Unfortunately the hybrid perovskites are not very chemically stable and are easily attacked and degraded by water. Some of the typical device layers used in perovskite cells may also be contributing to the degradation, so it is still difficult to assess whether these materials will be intrinsically stable, over a 25 year lifetime, if they are properly encapsulated as protection from the environment. It was encouraging to see stability data discussed during the research presentations, particularly in the talk by Professor Mike McGehee of Stanford, whose group is developing semi-transparent perovskite top cells to include directly above standard silicon modules to make a more efficient tandem stack.

Other highlights for me personally were the advanced printing techniques run by SPECIFIC researchers on the day before the conference commenced, when we learnt about the pitfalls that await between laboratory scale work and development of cells suitable for bulk manufacturing at large scale. Professor Laura Herz of Oxford Physics gave an excellent presentation on the amount that can be learnt about charge carrier dynamics within perovskite semiconductors using terahertz photoconductivity and photoluminescence measurements. From the University of Bath, Professor Aron Walsh and Dr Petra Cameron both presented recent research results.

Overshadowing the whole conference was the spectre of Brexit. Many people had learnt the referendum result just before setting out to Swansea. Swansea is one of the areas of the UK that voted to leave despite receiving extensive regeneration funding from the EU; SPECIFIC itself is part EU funded. The research groups present were drawn from diverse international backgrounds and many of the research collaborations, already in progress or spawned during the conference, span the EU and further afield. One thing for certain is that the scientific community will continue to find ways to maintain their international networks and friendships whatever the political landscape. From my point of view (and that of many I spoke to) it’s frankly embarrassing that the referendum campaign was fought, won and lost on the basis of fear, lies and bigotry, drowning out all vestiges of the rational debate scientists thrive on. For a country priding itself on freedom and enterprise, we cannot claim to have a healthy political or media culture.

Sitting on the terrace of the conference hall, the beach ahead of me, it is impossible to ignore the juxtaposition of frenetic scientific activity behind me, as brilliant people from every part of the world work to develop clean energy sources for the future, with the EU and Welsh flags taut in the sea breeze just in front and, visible further along the coast, Port Talbot steelworks, in the news as 4,000 people wait on tenterhooks to hear if their livelihoods will disappear. Swansea is an area already hard hit by disappearing traditional industries, on the sharp end of globalised trade. The referendum vote has already delayed and could wreck buyout bids to retain the steelworks, with 69% of Welsh steel exported to the EU. Projects like SPECIFIC serve a dual purpose, for research and as attempts to sow new seeds of industrial activity for clean technologies for the twenty first century. If and when the UK regains political leadership, it will be up to UK government to prove it can support these activities as well as the EU did, or risk watching top researchers and research, as on display at HOPV, move elsewhere.


Oli is Cohort '13 of the CSCT, studying towards his PhD on "Optimizing energy harvesting processes in metal halide photovoltaics" with Professor Mark Weller and Professor Chris Bowen.

 

Beyond the Lab: Developing your Industrial Biotechnology Career

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📥  Comment, Seminars & Conferences

The following blog is written by Tristan Smith.


CSCT students Felix (Cohort 2015), Sonia (Cohort 14), Tristan (Cohort 13) and alumnus Anyela (Cohort 10) attended a two day training workshop run by the BBSRC NIBB Networks. It was an opportunity for current students, post-doc and early career researchers to learn about the jobs and careers that are available in Industrial Biotechnology (IB). But also, that many companies that use IB aren’t immediately obvious and there is a large drive to create connections with these unknown stakeholders and academia for future collaborations. Instead of reviewing all that was discussed over the two days, I will try and distil it down to a few key messages:

  • Industrial Biotechnology is one of the oldest technologies in human activity and as such has been applied in a wide range of fields from food production to the manufacture of explosives. The take home message of many talks was that IB is not an industrial sector but an enabling technology that is allowing the development of new sustainable technologies, and therefore when looking for careers as a biotechnologist you are unlikely to find yourself working for an enzyme production company (although those jobs exist), but as a member of a small team in a much larger setting helping to apply IB to their processes. Many of these companies do not advertise the fact that they use IB, and that connections made through networks like the NIBs, KTN-UK are vital to finding jobs.
  • Communication! A successful industrial biotechnologist needs to be a master linguist, able to speak the languages of engineering through to corporate finance. Even if your role is developing novel organism at a purely molecular biology lab, you might be the only such individual or part of a very small team in that company. Therefore, you will have to understand every stage of your product's scale-up at the engineering level. Engineers and technical staff will need to be able to understand your process so that it can be up-scaled and developed further. The sales team need to be able to understand and sell the benefits of your technology to the customer. The finance team need to understand the cost savings or profit potential of every material or piece of equipment before the company purchase it. Whilst an industrial biotechnologist must be key team player, all these challenges creates new opportunities for specialist process bioengineers, technical sales staff and other jobs that are improved by having a scientist in these roles.
  • Data! Data! Data! Modern DNA sequencing and computer technologies means that the creation of new data is occurring at an unmanageable rate, and that there is shortage of individuals with data driven research capabilities. Bioinformaticians or computational scientist, with the ability to process and use this every expanding pool of information are going to be more sought after in the future. The demand is so high that it has been fed back into the funding bodies who are now starting specific degrees, but that means anyone who has the skills now, before all these new training degrees bear fruit will be in high demand.

I hope that this was useful, I think we all left feeling much more hopeful about the range of potential jobs on offer outside of academia. One great aspect was a range of talks from companies ranging in the size from small start-ups such as Oxford Biotrans to large multinational corporations such as Croda, who all rely on IB but because of the size and scope of these companies, the working environments and cultures are as different between themselves as industry is to academia. The point being that if you want to work in industry there is likely an environment that will suit your skills and personality.


Tristan is in his third year in the CSCT working towards his PhD on 'Sustainable production of 2-phenylethanol from Metschnikowia pulcherrima' with Dr Daniel Henk and Dr Chris Chuck.

Science by the Sea: APS Meeting 2016 and Visiting Duke University

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📥  Internships & visits, Seminars & Conferences

The following blog is written by Suzy Wallace.


This year the American Physical Society (APS) March Meeting was held in Baltimore, Maryland, USA from the 14th to 18th of March. I was fortunate enough to attend a tutorial day before the conference and to present my research on the potential new solar absorber material for solar cells, CZTS (Copper zinc tin sulphide).

This particular conference is amongst the largest physics conferences held each year with almost 10,000 attendees and around 50 or 60 symposia occurring at any given time with most talks only lasting ten minutes– so there was always potentially a lot to learn and you certainly were not short of things to do! The conference organisers even design a phone app for the conference to help you keep track of your schedule so that you don’t miss anything!  In addition to that there were a number of other events going on during the conference (such as the ‘rock n roll physics sing-a-long’ one evening) and also a lunch time special where you sign up to have a packed lunch with an expert in a particular field and a small number of other interested students. This was a great opportunity to discuss and get some advice on your research and career. It was also a great opportunity to ask questions to further your own understanding without having the slightly daunting situation of asking a potentially silly question in front of a very big audience!

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Baltimore was certainly an interesting city with lots of character to it! There seemed to be an interesting mixture of very artsy places and then much more urban areas. Then of course the harbour was beautiful and the seafood there was very good. I tried oysters for the first time there, conveniently during ‘oyster happy hour’ when they were $1 each!

After the conference in Baltimore I hopped over a state to head to Duke University in North Carolina to spend two weeks starting a new project with my international supervisor, Dr Volker Blum from the Department of Mechanical Engineering and Materials Science and his group, the "Ab initio materials simulations" group. The students and postdoctoral researchers in the group develop an atomistic simulation code (FHI-aims), which can be used to predict the properties of materials for various applications. In my case, it is the properties of a material that could indicate the potential to make a good solar cell that I’m looking for. Interacting with people who develop the methods you use is such a great learning experience, it also happened that there were a number of interesting guest speakers visiting the university while I was there so I got to attend even more talks!

As well as discussing simulating materials on computers, we also visited the Outer Banks off the coast of North Carolina at the weekend as a research group. This was such a beautiful coastal area with some amazing sand dunes, lots of light houses and this was also where the Wright brother’s first flight in a controlled, powered vehicle took place (presumably due to the soft landing space provided by the sand dunes!). There was certainly a lot to see at the Outer Banks for such a small strip of land and of course where better to discuss calculating a material’s properties using the many-electron wavefunction than at the beach after all!

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Duke University, Durham, North Carolina, USA (left) and the Outer Banks, North Carolina, USA (centre and right, although it wasn’t quite as sunny for us as it is in the far right photo!).

Suzy is working towards her PhD on 'Overcoming the efficiency bottleneck of metal sulfide solar cells' with Professor Aron Walsh, Professor Chris Bowen and Professor Mark Weller.

 

Presenting my research at the Organoboron Chemistry session at Pacifichem in Hawaii

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📥  Seminars & Conferences

This post is contributed by Emma Lampard.


In December I was lucky enough to travel to the Hawaiian island of O’ahu to present my work at Pacifichem 2015, a large international conference held in Honolulu every five years. Approximately 15,000 chemists attended the conference, including myself and fellow CSCT students Rob Chapman (read his blog), Bill Cunningham and Caroline Jones (read her blog). The technical program contained contributions from 71 countries, emphasizing the collaborative nature of chemistry as a multidisciplinary science. More than 17,000 papers were presented in either oral or poster formats, in 334 symposia focusing on 11 different topical areas of chemistry.

Presenting my work in the Organoboron Chemistry session

Presenting my work in the Organoboron Chemistry session

I presented my research in the Organoboron Chemistry: Applications in Organic Synthesis, Biology and Materials session. My research focuses on the synthesis and use of benzoxaboroles for membrane separation. Benzoxaboroles are compounds of increasing interest due to their diverse range of potential applications. My project focuses on the synthesis of benzoxaborole monomers, which can then be incorporated into polymer membrane systems. Benzoxaboroles have been shown to have high affinity for both diols and fluoride, so the polymers produced will be screened for their ability to selectively extract catechol natural products from aqueous extracts of waste grape biomass and also their ability to remove fluoride from water.

My project aims to alleviate the adverse environmental impact of the wine industry by providing new routes to convert the waste biomass into economically viable chemical product streams and provide a cheap and simple method for the detection and removal of fluoride from drinking water. It was a fantastic experience to give an oral presentation of my work in front of many world-class researchers working in the field of organoboron chemistry. Although I was one of only very few students to present as a part of this session, my talk was very well received. I gained a lot from the experience and will definitely feel a lot more confident delivering presentations in the future.

Other talks of interest in my session included a presentation by Dennis Hall on boronic acid catalysis for the direct activation of alcohols in Friedel-Crafts alkylations using a new ferrocenium boronic acid salt catalyst, yielding only water as a byproduct and avoiding the use of other activating groups, making the reactions much greener compared to traditional methods. Also of note was Michinori Suginome who spoke about masked boronyl groups as directing groups for transition metal-catalyzed C-H functionalization.

Whilst in Hawaii we managed to spend a few days exploring the island on either side of the conference. Highlights included a hike up the Diamond Head crater, a visit to Pearl Harbour and snorkelling with Hawaiian green sea turtles. I am very grateful to the conference organisers for accepting me to present my work and for the funding from the CSCT and the RSC Organic Division Travel Grant Scheme which allowed me to attend this conference.

Sunset over Waikiki Beach

Sunset over Waikiki Beach

Emma is working towards her PhD on "Benzoxaboroles for Membrane Separation" with Professor Tony James, Dr Darrell Patterson and Dr Steven Bull.

 

Three Month Placement at Northwestern University and Pacifichem in Hawaii

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📥  Internships & visits, Seminars & Conferences

This post is contributed by Rob Chapman.


At the end of August 2015, I had the opportunity to go and spend three months working for Professor Karl Scheidt at Northwestern University, just north of Chicago. Whilst in the group I was working on some NHC (N-heterocyclic carbene) organocatalysis, in which Karl is a world leading expert. In particular I was working on NHC homoenolate chemistry combined with an in-situ iron oxidation in a tandem catalytic system (for more details feel free to ask). Seeing how the American system works was a real eye opener and lots of hard work, luckily the group was really welcoming and I made some good friends who were happy to keep me entertained for the time I was there. Showing me the sights and sounds of Chicago, the deep dish pizza is incredible! Luckily my time in Chicago overlapped with thanksgiving and Ben drew the short straw in inviting me to Ohio to spend thanksgiving with his family, the best turkey I’ve ever eaten!

After Chicago my travels were directed towards Hawaii for Pacifichem 2015, but not before meeting up with Bill Cunningham, Steve Bull and Tony James in Miami. From there we embarked on a mini road trip towards Houston, which meant we got to see some of the less travelled parts of the US. The trip also included stop offs at the University of Florida (Gainsville) and Tulane University (New Orleans) where Steve and Tony gave presentations. From Houston we flew to Honolulu for the conference meeting up with Caroline Jones, Emma Lampard and Marc Hutchby. Pacifichem is a once every five year conference which is able to attract some of the biggest names in chemistry from around the world, which I’m sure is helped by the excellent location, and this year was no exception. Being able to attend was a real privilege and I’m very grateful to the CSCT for the opportunity. There were many fantastic talks; with Professor Grubbs on his progress towards E-selective metathesis and Professor Hartwig on some elegant tandem catalysis. There was also a really interesting session on NHC chemistry organised by Professor Karl Scheidt. However, for me the most thought provoking and impressive talk was by Professor Baran who presented some excellent work towards Taxol total synthesis (and other important natural products and drug molecules along the way). His research showed me that organic synthesis can be sustainable and that rather than an area to be overlooked, there is still the opportunity for huge strives forward.

Rob is working towards his PhD on "A protecting group free strategy for the sustainable synthesis of polyketide natural products" with Dr Steven Bull, Dr Pawel Plucinski and Dr Matthew Jones.