Correct Answer
(c) John Clarke
Explanation of the Correct Answer
The person described in the question is John Clarke.
| Clue in the Question | Relevant Fact |
|---|
| Born in the UK | John Clarke was born in Cambridge, United Kingdom, in 1942. |
| Conferred the Nobel Prize in 2025 | He received the Nobel Prize in Physics 2025. |
| Professor in an American university | At the time of the award, he was affiliated with the University of California, Berkeley, USA. |
John Clarke was awarded the 2025 Nobel Prize in Physics, along with Michel H. Devoret and John M. Martinis, for the discovery of macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit. (NobelPrize.org)
Hence, the correct answer is (c) John Clarke.
Why Other Options Are Incorrect
| Option | Person | Verdict | Explanation |
|---|
| (a) | Michel H. Devoret | Incorrect | He shared the 2025 Nobel Prize in Physics, but he was not the person matching the clue of being born in the UK. |
| (b) | Richard Robson | Incorrect | He was not the person matching this clue. |
| (c) | John Clarke | Correct | Born in the UK and affiliated with University of California, Berkeley at the time of the 2025 Nobel Prize. |
| (d) | Joel Mokyr | Incorrect | He received the 2025 Nobel Prize in Economic Sciences, but he was born in the Netherlands, not the UK. |
Relevant Supplementary Information
Table: Nobel Prize 2025 Personalities Mentioned in the Options
| Person | Nobel Prize / Field | Affiliation / Identity | Why Relevant Here |
|---|
| John Clarke | Physics, 2025 | University of California, Berkeley | Correct answer; born in Cambridge, UK. |
| Michel H. Devoret | Physics, 2025 | Yale University / University of California, Santa Barbara association in quantum circuits | Co-recipient of Physics Nobel, but not UK-born. |
| Richard Robson | Chemistry, 2025 | Associated with metal-organic framework research | Does not match the UK-born American professor clue. |
| Joel Mokyr | Economic Sciences, 2025 | Northwestern University | Economics laureate, but born in the Netherlands. |
Table: Nobel Prize in Physics 2025
| Laureate | Affiliation at Award Time | Contribution |
|---|
| John Clarke | University of California, Berkeley | Discovery of macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit |
| Michel H. Devoret | Yale University / University of California, Santa Barbara | Same shared contribution |
| John M. Martinis | University of California, Santa Barbara | Same shared contribution |
| Laureate | Country / Origin Link | Institutional Affiliation | Awarded For |
|---|
| John Clarke | British / UK-born | University of California, Berkeley | Macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit |
| Michel H. Devoret | French | Yale University | Same shared work |
| John M. Martinis | American | University of California, Santa Barbara | Same shared work |
Key Takeaways from the Tables
- John Clarke is the correct answer because he was born in the UK and affiliated with UC Berkeley.
- The 2025 Physics Nobel was linked to quantum effects in electrical circuits.
- Michel H. Devoret was a co-recipient, but he does not match the UK-born clue.
- Joel Mokyr was an Economics laureate, but he was born in the Netherlands.
| Point | Explanation |
|---|
| John Clarke is the answer | He matches both conditions: UK-born and professor in the USA. |
| Do not select Michel H. Devoret only because of Physics Nobel | He shared the Physics Nobel but was not born in the UK. |
| Do not select Richard Robson only because he was UK-born | He does not match the American university clue. |
| Do not select Joel Mokyr only because of US affiliation | He was born in the Netherlands. |
| The Physics Nobel 2025 is linked to quantum circuits | The awarded work is relevant to quantum technology and superconducting circuits. |
Context and Current Relevance
- The 2025 Physics Nobel is important for the development of quantum technologies, including quantum computing and quantum sensing.
- The work showed that quantum behaviour can be observed in engineered electrical circuits, not only at atomic scales.
- Such breakthroughs strengthen the scientific foundation of modern superconducting quantum devices.
- The 2025 Physics Nobel is significant for the foundations of quantum computing and superconducting quantum circuits.
- It shows how quantum effects can be demonstrated in engineered electrical circuits.
- For exam purposes, focus on the combined clue: birthplace + Nobel field + institutional affiliation.
Table: Nobel Prize 2025 Laureates Relevant to This Question
| Person | Nobel Prize 2025 Field | Birthplace / National Link | Affiliation at Time of Prize | Why Important for This Question |
|---|
| John Clarke | Physics | Born in Cambridge, United Kingdom | University of California, Berkeley, USA | Correct answer: UK-born and professor in an American university |
| Michel H. Devoret | Physics | Born in France | Yale University, USA | Co-recipient of Physics Nobel, but not UK-born |
| John M. Martinis | Physics | Born in the USA | University of California, Santa Barbara, USA | Co-recipient of Physics Nobel, but not UK-born |
| Richard Robson | Chemistry | Born in the UK | University of Melbourne, Australia | UK-born Nobel laureate, but not professor in an American university |
| Joel Mokyr | Economic Sciences | Born in the Netherlands | Northwestern University, USA | Professor in an American university, but not UK-born |
The Nobel Prize official list records the 2025 Physics prize to John Clarke, Michel H. Devoret and John M. Martinis for work on macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit. (NobelPrize.org)
Table: Common Traps in This Question
| Trap | Why It Can Confuse | Correct Understanding |
|---|
| Michel H. Devoret | He shared the same 2025 Physics Nobel and was affiliated with an American university | He was not UK-born |
| Richard Robson | He was UK-born and a 2025 Nobel laureate | His affiliation was not an American university |
| Joel Mokyr | He was affiliated with Northwestern University in the USA | He was born in the Netherlands |
| John Clarke | Matches both clues | UK-born and professor at UC Berkeley |