Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots
Thu 12 Nov · 16:00
Blackett Building, South Kensington Campus
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A physics colloquium titled 'From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots' will be held at the Blackett Building on 12 November 2026. Professor Moungi Bawendi, a Nobel Prize winner, will be the speaker. Attendance is free.
Join us for a Department of Physics colloquium entitled “From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots ” with Professor Moungi Bawendi, Massachusetts Institution of Technology (MIT) and winner of the 2023 Nobel Prize for chemistry. Please note – The lecture will run from 16:00-17:00 , followed by refreshments from 17:00-18:00 in the Level 8 Common Room of the Blackett Building. Biography Professor Bawendi is a French-born American chemist who was awarded the 2023 Nobel Prize for chemistry for his work in producing quantum dots, very small particles whose unusual quantum properties depend on their size. Bawendi earned a bachelor’s and a master’s degree from Harvard University and a PhD from the University of Chicago. As a postdoctoral fellow at Bell Laboratories, he conducted research in materials synthesis that advanced methods of producing high-quality nanoparticles and quantum dots — minute crystals made of semiconductors. Subsequently, he accepted a position at MIT, where he became Lester Wolfe Professor of Chemistry. Professor Bawedni shared his 2023 Nobel Prize with Louis E. Brus and Aleksey Yekimov. He had revolutionized the chemical production of quantum dots in 1993, which resulted in almost perfect particles. Quantum dots now illuminate computer monitors and television screens and are used by biochemists and doctors to map biological tissue.
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Frequently asked questions
Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots takes place on Thursday, 12 November 2026 at 16:00.
Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is held at Blackett Building, South Kensington Campus in London (Lecture Theatre 3, Blackett Building, SW7 2AZ).
Entry to Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is free.
The forecast for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is Light drizzle · 10°C.
Yes — hotels within walking distance of Blackett Building, South Kensington Campus can be compared using the accommodation search further down this page.
Tickets for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots can be booked via imperial.ac.uk using the "Check Tickets & Live Prices" button on this page, which opens the official booking site in a new tab.
Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots
Editorial summaryAbout this event
A physics colloquium titled 'From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots' will be held at the Blackett Building on 12 November 2026. Professor Moungi Bawendi, a Nobel Prize winner, will be the speaker. Attendance is free.
This summary was automatically generated from event data sourced from official ticketing providers.
Join us for a Department of Physics colloquium entitled “From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots ” with Professor Moungi Bawendi, Massachusetts Institution of Technology (MIT) and winner of the 2023 Nobel Prize for chemistry. Please note – The lecture will run from 16:00-17:00 , followed by refreshments from 17:00-18:00 in the Level 8 Common Room of the Blackett Building. Biography Professor Bawendi is a French-born American chemist who was awarded the 2023 Nobel Prize for chemistry for his work in producing quantum dots, very small particles whose unusual quantum properties depend on their size. Bawendi earned a bachelor’s and a master’s degree from Harvard University and a PhD from the University of Chicago. As a postdoctoral fellow at Bell Laboratories, he conducted research in materials synthesis that advanced methods of producing high-quality nanoparticles and quantum dots — minute crystals made of semiconductors. Subsequently, he accepted a position at MIT, where he became Lester Wolfe Professor of Chemistry. Professor Bawedni shared his 2023 Nobel Prize with Louis E. Brus and Aleksey Yekimov. He had revolutionized the chemical production of quantum dots in 1993, which resulted in almost perfect particles. Quantum dots now illuminate computer monitors and television screens and are used by biochemists and doctors to map biological tissue.
Description supplied by the event organiser.
StayStaying overnight?
Hotels within walking distance of Blackett Building, South Kensington Campus. Searching near Lecture Theatre 3, Blackett Building, SW7 2AZ; check-in Thursday, 12 November 2026.
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WhereBlackett Building, South Kensington Campus
Before you goFrequently asked questions
When is Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots?
Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots takes place on Thursday, 12 November 2026 at 16:00.
Where is Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots taking place?
Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is held at Blackett Building, South Kensington Campus in London (Lecture Theatre 3, Blackett Building, SW7 2AZ).
How much are tickets for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots?
Entry to Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is free.
What will the weather be like at Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots?
The forecast for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots is Light drizzle · 10°C.
Is there anywhere to stay near Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots?
Yes — hotels within walking distance of Blackett Building, South Kensington Campus can be compared using the accommodation search further down this page.
How do I get tickets for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots?
Tickets for Physics Colloquium: From Curiosity to Breakthrough: Unlocking the nano world of colloidal quantum dots can be booked via imperial.ac.uk using the "Check Tickets & Live Prices" button on this page, which opens the official booking site in a new tab.
Price
Free Entry
Date
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feels like 8°C · chance of rain 38% · wind 13 km/h
Venue
Lecture Theatre 3, Blackett Building, SW7 2AZ
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