The London International Youth Science Forum (LIYSF) sits at the forefront of scientific research and discovery. This means participants are offered extensive opportunities to engage and learn from some of the world’s leading researchers and scientists.
This calibre of scientific excellence at LIYSF stems from the endorsement, support, and involvement highly respected academics, such as Professor Clare Elwell, the current Honorary President of LIYSF (2018-present).
Her predecessors include the likes of four Nobel laureates, Sir John Cockroft (1963-1967), Sir Lawrence Bragg (1968-1969), Sir Joseph Rotblat (1972-1974) and The Rt. Hon. Lord Porter (1987-1989), as well as Professor Richard O’Kennedy, the current Science Patron and former Honorary President (2005-2017) who was also once a participant and staff member at LIYSF.
Each year, a Nobel Prize winner is invited to present at the official opening of LIYSF. Sir Venki Ramakrishnan, who was awarded the Nobel Prize for Chemistry in 2009, presented the Keynote Opening Address at the 61stLIYSF in 2019.
His researches were on the structure and functions of the ribosome, which among other applications, are important in the production of antibiotics.
Sir Venki Ramakrishnan is an Indian-born British American structural biologist. He is also the current President for the Royal Society since 2015.
Sir Venki Ramakrishna was awarded the Nobel prize Chemistry in 2009 for studies on the structure and function of ribosome.
James Rothman, an American biochemist and cell biologist, is one of the world’s most distinguished in his field.
He was recognised for his discovery during the 1980s and 1990s, where Rothman showed how vesicles fuse with specific surfaces in the cell so that transports arrive at the correct destination.
The once-in-a-lifetime opportunity for participants to gain insight and guidance by world-leading scientists and researchers highlight the prestige and exceptional calibre of science excellence by LIYSF.
Sir John Cockroft was a British physicist who excelled in the field of particle physics. He jointly won the 1951 Nobel Prize in Physics for pioneering the use of particle accelerators for the study of atomic nuclei.
He worked under the supervision of renowned particle physicist, Ernest Rutherford, and along with his colleague, Ernest Walton, he built what is now known as the Cockcroft-Walton generator.
The circuit design of this generator was used to power their particle accelerator, and in turn, perform the world’s first artificial nuclear disintegration in 1932. This is now commonly (and perhaps, controversially) known as ‘splitting the atom.’
Albeit being less known than his research discoveries, Cockroft also played an important role in helping avoid a nuclear disaster in 1957.
Sir Lawrence Bragg was a British physicist and X-ray crystallographer who was born in Australia. He is well-known for the discovery of the Bragg’s law of X-ray diffraction in 1912, which ultimately led to the determination of crystalline structures.
In 1915, when Sir Bragg was just 25 years old, he, alongside his father, was awarded the Nobel Prize in Physics. Even today, Sir Bragg stills remains the youngest Nobel laureate in Physics.
Sir Joseph Rotbolt was a British physicist and humanitarian who was born in Poland. He became widely renowned for dedicating his life’s work to the cause of nuclear disbarment.
He was one of the Founding Members (1957) of the Pugwash Conferences on Science and World Affairs. This worldwide organisation, which is headquartered in London, is composed of scholars who seek viable solutions to problems relating to national development as well as international security.
Sir Rotbolt and his organisation were jointly awarded the Nobel Peace Prize in 1955, for their long-standing and highly effective furtherance of nuclear disbarment.
Sir George Porter, Baron Porter of Luddenham, was a British chemist, who is widely known for is studies of the equilibrium of chlorine atoms and molecules.
He received the Nobel Prize in Chemistry in 1967, jointly with three other chemists, for their advancements in the domain of flash photolysis. Flash photolysis is a technique used during very fast chemical reactions, for observing their intermediate stages.
He was also the director of many of United Kingdom’s most influential scientific bodies, which include the Royal Society and the British Science Association.
He led new research in the field of Photochemistry at the Royal Imperial College of London, which is also the location where LIYSF is held each year. Sir Porter’s methodologies in photochemistry are still relevant to this day, and this is a domain where active research is pursued even in 2020.
A three part-series A Glance at Women in STEM Science, Technology, Engineering, and Mathematics (STEM) is a rapidly advancing field and one that is essential to the future and survival of our society. However, not everyone is equally acknowledged or celebrated for their involvement. Historically, and still to this day, women are disproportionately represented in the STEM workforce. While the...
05 January 2021
With STEM education poised to take over the future, we are here to discuss the various career possibilities that a future professional in STEM might be offered. Which Science Fiction Could Turn into Reality? Predicting the future is beyond our current scientific capabilities, as the future is always going to be uncertain. We hoped to see flying cars by 2020; we hoped to see hover boards. But non...
28 December 2020
The London International Youth Science Forum (LIYSF) sits at the forefront of scientific research and discovery. This means participants are offered extensive opportunities to engage and learn from some of the world’s leading researchers and scientists. This calibre of scientific excellence at LIYSF stems from the endorsement, support, and involvement highly respected academics, such as Profes...
04 December 2020