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Queen Elizabeth’s School extended its proud record in the Royal Society of Chemistry’s Top of the Bench competition with victory in the regional final.

One team, pictured top, took first place – and thus qualified for the national finals in the spring – with a score of 40 out of 43. Another QE team was only one point behind, beating Harrow and Watford Grammar School for Boys into joint third place.

QE has frequently achieved success in the competition throughout its 20-year history.

Head of Chemistry Amy Irvine said: “It was a splendid performance by our winning team, who beat more than 50 other teams to take first place – and in the UK’s national Chemistry Week, too! Furthermore, all five of our teams came in the top ten, so we demonstrated real strength in depth.”

Congratulating all the QE entrants, Myles Worsley, an RSC Chilterns and Middlesex Section committee member, commented on the “excellent” scores of the winners and runners-up. “They showed an impressive knowledge and understanding of Chemistry,” he said.

Top of the Bench is open to every secondary school in the UK. Teams must comprise: two students from Year 9; one from Year 10, and one from Year 11.

This year’s regional finals, conducted over Zoom, featured six rounds. The early stages of these tested entrants’ general Chemistry knowledge, covering topics such as atoms and compounds.

Other rounds included:

• Examining practical knowledge: competitors had to identify different compounds from the results of different analytical tests;
• Asking different questions to each year group. (The Year 11 question, which was about equilibria, was particularly tricky, Dr Irvine said.);
• Testing knowledge of the atmosphere and gases, with, for example, entrants having to identify carbon monoxide as a ‘silent killer’;

The final round involved further testing of general Chemistry knowledge. Competitors had to identify the main compound in smelling salts.

“This caused me much amusement, as some of the boys were discussing what the difference was between baths salts and smelling salts!” Dr Irvine said.

The winning team, Team 35, comprised: Aaditya Pimple and Varenya Pangaluri, of Year 9; Arhaan Yadav, of Year 10; and Yash Mehta, of Year 11.

They win Amazon vouchers, as well as the honour of representing the School in the national finals, to be held at a university: this year’s venue has yet to be named.

The QE teams’ scores and positions were:

Team 35:  40/43 – first

Team 36:  37.5/43 – fourth

Team 37:  39/43 – second

Team 38:  31/43 – ninth

Team 39:  33.5/43 – seventh

The focus is firmly on financial crime in the latest issue of The Econobethan, which takes a detailed look at the misuse of money around the world.

Over 28 pages, the student writers look at crime-related topics ranging from a profile of Jordan Belfort, the ‘wolf of Wall Street’, to the rising use of AI-generated ‘deep fakes’ for fraud.

The 20^th edition of The Econobethan also has, as a secondary theme, Economics and Black history, and is timed to coincide with the conclusion of Black History Month.

Economics teacher and QE Flourish Enrichment tutor Celia Wallace said: “Through The Econobethan, we aim to bring complex economic concepts to life, and to foster thoughtful discussion and an inclusive approach to economic issues.

“This issue takes a compelling dive into the world of financial crime, offering nuanced perspectives on how misconduct – from fraud and cybercrime to insider trading – continues to shape our global economic landscape.”

Congratulating the 16 writers, Dr Wallace said: “Many of them balanced writing for this edition with exam preparation and university applications – a testament to their commitment and passion. This issue also marks the final edition from our current editorial team, who have worked tirelessly to bring these important topics to life. We’re excited to see the fresh ideas the incoming team will bring to future editions.”

In their own introduction, the four-strong editorial team, Year 13’s Uday Dash, Akheel Kale, Zaki Mustafa and Tejas Bansal write of the “chilling insight” the edition gives into how financial systems can be manipulated, adding: “In the end, these articles remind us perhaps the biggest criminals are the ones that are hiding in plain sight.”

The articles have an international flavour, covering Operation Tabernula – Britain’s biggest insider-trading scandal – as well as public corruption in the US, and money-laundering in Pakistan.

There are historical perspectives – on tax evasion, for example, and on the 2008 global financial crisis – as well as exploration of the likely future impact of technology in areas such as cryptocurrency. Pictured top is Kareem Serageldin, the only banker to be jailed following the events of 2008.

The edition’s tribute to Black economists includes a profile of Sadie Alexander, who in 1921 became the first African-American woman in the US to earn a PhD (in Economics) from an American university. Thwarted in her ambition to become an Economics professor, she went on to become a lawyer and civil rights activist. A more contemporary influential Black economist, William Darity, a professor at North Carolina’s Duke University, is the subject of another profile.

• Those with access to the eQE portal can read the current and previous editions of The Econobethan here.

Just a few weeks after starting at the School, QE’s youngest pupils had the chance to bond with others in their year-group during a day out at an adventure park.

The trip to Stubbers in Upminster, Essex, was designed to stretch the newest Elizabethans, but also to teach them teamwork and provide plenty of fun.

A now-annual fixture within the calendar of QE Flourish – the School’s extra-curricular and co-curricular programme – the trip was split over two days, with Broughton, Harrisons’ and Leicester Houses going on the first occasion, and Pearce, Stapylton and Underne on the second.

Assistant Head (Pupil Involvement) Crispin Bonham-Carter said: “The Year 7s seem to have thoroughly enjoyed their day, which is designed to give them an opportunity to make new connections with their QE contemporaries in a different setting.

“A range of outdoor activities challenged them physically (at times), while also developing teamwork, collaboration and communication. The boys really threw themselves into the different exercises.”

This half-term has also seen Year 10 head to Aberdovey in Wales for an Outward Bound Trust weekend. “That is another trip during which boys benefit from getting out – both out into the fresh air and out of their comfort zone!” said Mr Bonham-Carter.

Among the Year 7 boys who headed to Stubbers was Mohammed Fahad, from Stapylton House.

He enjoyed the short coach ride there, “with everyone buzzing about the activities ahead”. On arrival, it was straight into boats for a kayaking session on the river. “The water was calm in some places, making it easy to paddle, but some sections had stronger currents that added a bit of excitement. It was the perfect way to take in the beautiful surroundings while enjoying fresh air.”

Their energy restored by lunch, the boys headed to the artificial climbing wall. “It was a challenge, but I still managed to reach the top both times, thanks to my light weight and agility.  That felt like a great achievement.”

Next his half year-group explored a man-made cave, led by a tour guide. That was followed by a testing ball game – “a fun way to unwind,” said Mohammed.

“We wrapped up the day with an outdoor game of laser tag. Things got funny when we realised some players seemed ‘immortal’ – their headsets were not registering any hits. Confusing at first – but we soon turned it into a joke, and laughed as we tried to outsmart the invincible players.

“By the time we got back on the coach at 5:30pm, I was very tired but happy, having experienced kayaking, climbing, cave exploration and a dramatic game of laser tag all in one activity-packed day.”

• Click on the thumbnails to view images.

2024 School Captain Chanakya Seetharam relished learning about German culture, benefitted greatly from his deep dive into the language, and met many  “incredible people” – including an Old Elizabethan – during a three-week trip as a Dresden Scholar.

An A-level German student, Chanakya was nominated by the School for one of the prestigious scholarships offered by the Dresden Trust, a British charity that fosters relations with the eastern German city of Dresden. One of the greatest centres of European culture, Dresden, which is in Saxony, was destroyed by Allied bombing in February 1945.

His visit was hosted by a German family and included lessons at the St Benno-Gymnasium (a ‘Gymnasium’ is roughly equivalent to a grammar school), as well as plenty of time to explore.

In his report on his visit, Chanakya said: “My time in Dresden was simply unforgettable. I have learned so much about German culture, the German language, and have met such incredible people. Most of all, however, my experience is a testament to the profound benefits of language-learning.”

Like QE, the St Benno-Gymnasium, has a long and proud history, having been established in 1709 to educate boy choristers (‘Kapellknaben’).

“Each school year begins with a church service in the Kreuzkirche (Church of the Holy Cross) at which new students receive a model fish representing the school logo (the ichthys) to symbolise their acceptance into the school community. This year, the Year 6s were kind enough to make extra ‘Benno fish’ to be presented to the school’s exchange students. I certainly felt incredibly welcome being presented my fish at the end of a service that had otherwise been full of lovely German choral music,” he wrote.

“I also took great pleasure in noticing smaller differences between QE and school in Germany. The lack of uniform was perhaps the most immediately noticeable, but equally surprising was the discovery that chalk boards remain a common feature of classrooms across the country.

“Far from the stereotype that Germans are cold, all the students and teachers I met were incredibly lovely.”

Similarly, he greatly appreciated his host family’s “incredible warmness and openness to conversation”. He was able to talk to them about “the legacy of the GDR [German Democratic Republic – the communist east German state], life in modern Germany, and – much to my delight – German politics in the weeks leading up to Saxony’s state elections”.

Chanakya also enjoyed the reminder of home brought by 2024 QE leaver Arjun Patel. Arjun was in Dresden on his swansong tour with the National Children’s Choir of Great Britain. Chanakya attended one of his concerts at the ‘Auferstehungskirche’ (‘Church of the Resurrection’) and spoke to him afterwards.

During his free hours, he enjoyed exploring the city, especially its “gorgeous baroque church – the ‘Frauenkirche’ (‘Church of Our Lady’)”. This was rebuilt following its destruction in World War II, with the support of benefactors including the Dresden Trust

“A beautiful artistic rendering of the Old City is to be found in a painting by the Venetian artist Bernardo Bellotto often called the Canaletto-Blick,” he wrote. “I was lucky enough to see the painting up close when visiting the city’s Alte Meister (Old Masters) gallery.”

He concluded: “Without my German lessons at QE, I simply would not have been able to engage with another culture and build relationships in the way that I have. The lesson? Keep at it with the adjective endings!”

• To read Chanakya’s report in full, click here.

Old Elizabethan Sir Demis Hassabis has been awarded the Nobel prize for chemistry, jointly with a colleague at the AI company he founded and with an American scientist.

Demis (OE 1988–1990), who is the co-founder and CEO of AI company Google DeepMind, receives half of the prize with his DeepMind colleague, Dr John Jumper, for their work on predicting complex protein structures. The other half of the prize awarded by the Royal Swedish Academy of Sciences goes to Professor David Baker, from the University of Washington, for his work on protein design.

In their statement, the prize committee wrote: “Demis Hassabis and John Jumper have developed an AI model to solve a 50-year-old problem: predicting proteins’ complex structures. These discoveries hold enormous potential.

“Since the 1970s, researchers had tried to predict protein structures from amino acid sequences, but this was notoriously difficult. However, four years ago, there was a stunning breakthrough.

“In 2020, Demis Hassabis and John Jumper presented an AI model called AlphaFold2. With its help, they have been able to predict the structure of virtually all the 200 million proteins that researchers have identified.”

The Nobel Committee emphasised the global impact of AlphaFold2. It has been accessed by more than two million researchers from 190 countries. Examples of its many applications include: helping scientists to understand better antibiotic resistance; and creating images of enzymes that can decompose plastic.

Reacting to the news, Demis, 48, said: “It’s totally surreal to be honest, quite overwhelming.”

He explained the “funny sequence” through which he actually heard the news that he was a Nobel laureate. Since the committee did not apparently have a telephone number for him, they had reached him through a Teams call to his wife, who was working on her laptop at the time. After at first ignoring it, she answered it at around the third or fourth call. The caller then requested to be put in touch with Demis, whom they asked for Dr Jumper’s number.

Demis thanked his colleagues, including Dr Jumper, adding: “David Baker we’ve got to know in the last few years, and he’s done some absolutely seminal work in protein design. So it’s really, really exciting to receive the prize with both of them.”

The Nobel prize committee praised the work of Professor Baker, which he began in 2003, saying that he had “succeeded with the almost impossible feat of building entirely new kinds of proteins.”

The committee’s statement concluded: “Life could not exist without proteins. That we can now predict protein structures and design our own proteins confers the greatest benefit to humankind.”

The illustration above shows a selection of protein structures determined using AlfaFold2 (©Terezia Kovalova/The Royal Swedish Academy of Sciences).

• The scientific background to the 2024 Nobel prize for chemistry can be read here. A popular-level introduction is available here.