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The Scientist Behind the Programme

Dr. Archana Sharma

Principal Staff Scientist, CERN, Geneva. Senior Advisor — Relations with International Organisations. The first Indian scientist permanently employed by CERN, a contributor to the discovery of the Higgs Boson, and the person who built India's bridge to the world's greatest physics laboratory.

🇮🇳 First Indian at CERN
Dr. Archana Sharma at CERN
Geneva · Switzerland

CERN — European Organisation for Nuclear Research

35+
Years at CERN, since 1989
1,200+
Scientific publications
650+
Students mentored
2023
Pravasi Bharatiya Samman
Who She Is

From Jhansi to the heart of the Large Hadron Collider — India's most senior scientist at CERN, and the person who made this programme possible.

Dr. Archana Sharma is a Principal Staff Scientist at the European Organisation for Nuclear Research — CERN — where she has worked since 1989. She was the first Indian scientist to be permanently employed by CERN. She contributed to the discovery of the Higgs Boson, the so-called God Particle. She has mentored over 650 students at her CERN laboratory. And she has spent more than two decades ensuring that Indian students — from any background — have access to the world where particle physics happens.

A Career in Milestones

Six months that became a lifetime

1989

Arrived at CERN

A six-month internship began a career that would span more than 35 years.

1996

D.Sc., University of Geneva

A second doctorate in Instrumentation for High Energy Physics — closing the gaps she found in her own preparation.

2001

First Indian permanently employed by CERN

The same year CERN welcomed its first official summer student from India — a programme she helped create.

2008

Founded the CMS GEM Collaboration

40 institutions across 17 countries, bringing new detector technology to the world's most complex experiment.

2012

The Higgs Boson discovery

Her detectors were part of the CMS experiment that jointly confirmed the most significant scientific find of the century.

2023

Pravasi Bharatiya Samman

India's highest honour for overseas citizens — which she dedicated to the students of India.

Her Story

Born in Aligarh. Raised in Jhansi. She built the detector that helped find the God Particle.

Early Life · Aligarh & Jhansi, UP

The daughter of two teachers

Born in Aligarh and raised in Jhansi, Uttar Pradesh, Archana Sharma grew up in a household where education was everything. Her father taught mechanical engineering; her mother taught economics and geography. Both parents were teachers, and both believed education was not just a path — it was a purpose. That belief shaped everything she would later do for Indian students at CERN.

1987 · Delhi University

A workshop in Trieste changed everything

While pursuing her PhD in physics at Delhi University, Dr. Sharma attended an international workshop in Trieste, Italy. A senior professor announced that the best student would be allowed to work at CERN in Geneva for six months. She worked harder than anyone else in that room, and she earned the opportunity. Then she had to convince her parents — a young woman from Jhansi going to Switzerland alone in 1989 was not a simple conversation. She went.

1989 · CERN, Geneva

Six months that became a lifetime

What began as a six-month internship became a fellowship. The fellowship became a career. The career became a life's work. She never really left — not because she could not, but because she found in CERN something she could not find anywhere else: a place where the biggest questions in science were being answered, and where her specific, technical, precise work mattered to those answers.

1996 · University of Geneva

A second doctorate — because she demanded more of herself

She realised that her preparation from Indian universities, though strong, had gaps her European colleagues did not have. Instead of letting those gaps define her trajectory, she earned a second doctorate — a D.Sc. in Instrumentation for High Energy Physics from the University of Geneva. She later added an MBA from International University Geneva, because she understood that great science also requires great leadership.

2001 · CERN

The first Indian permanently employed by CERN

In 2001, Dr. Sharma became the first Indian scientist to be permanently employed by CERN. That same year, CERN welcomed its first official summer student from India — a programme she helped create. At the time, there were almost no Indian scientists at CERN. Today, more than 250 Indian scientists and students are associated with the laboratory. This transformation was not accidental. It was her project.

2023 · New Delhi

An award dedicated to India's students

At the Pravasi Bharatiya Samman ceremony — India's highest honour for overseas citizens, presented by President Droupadi Murmu — Dr. Sharma dedicated the award to the students of India. Not to her institution. Not to her research. To the students. That single act of dedication is the most complete explanation of what drives her, and why this programme exists.

The Science, Explained

What she actually built — and why it matters

The programme is led by someone who did not just witness history. She built instruments that are inside the Large Hadron Collider right now.

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What is the Higgs Boson?

Every particle in the universe has mass — the property that makes matter feel heavy and makes the world solid. For decades, physicists could not explain where this mass came from. The Higgs Boson, nicknamed the God Particle, is the answer: the particle associated with an invisible field that permeates all of space and gives particles their mass.

Without it, atoms could not form, and nothing — including you — could exist. On 4 July 2012, at CERN, its existence was confirmed. Dr. Sharma's detectors were part of that answer.

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What did Dr. Sharma build?

The LHC produces billions of particle collisions per second. To find the Higgs Boson among them, scientists needed detectors of extraordinary precision. Dr. Sharma specialised in Gas Electron Multiplier (GEM) technology — thin, highly accurate devices that track particles, particularly muons, even under the LHC's extreme radiation.

She founded and led the CMS GEM Collaboration from 2008, bringing this technology to the Compact Muon Solenoid — one of the two detectors that confirmed the Higgs Boson. Her detectors are operating today. Your student will stand next to the machine they helped build.

Her Scientific Work

35 years of research, distilled

Over 1,200 publications, a patent family in gas detector technology, and a collaboration spanning 40 institutions across 17 countries.

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The CMS GEM Collaboration

Founded in 2008, it brings Gas Electron Multiplier technology to the CMS detector at the LHC. Dr. Sharma is founder and Project Manager. The collaboration spans 40 institutions across 17 countries, and the GEM upgrade is now fully operational inside the LHC.

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Role in the Higgs Boson discovery

The CMS experiment — to which she contributed critical detector technology — was one of the two experiments that jointly confirmed the Higgs Boson on 4 July 2012, the work of thousands of scientists tracking the muon signatures that identified the particle.

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1,200+ publications — and 3 books

Author and co-author of over 1,200 peer-reviewed publications in particle physics and instrumentation. She has also published three popular science books for non-specialist readers — because she believes the science at CERN belongs to everyone.

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Patent holder — detector technology

She holds a family of patents in gaseous detector technology — original scientific and engineering inventions demonstrating the connection between fundamental physics and real-world application.

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Senior Advisor — International Relations

Beyond her scientific role, she heads CERN's Relations with International Organisations, connecting the laboratory with the United Nations, WHO and others — placing her at the intersection of science and global governance.

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650+ students mentored — from 20 countries

More than 650 students from over 20 countries have been mentored at her CERN laboratory. Many are now scientists, professors and engineers worldwide. She has said training the next generation matters to her as much as the research itself.

Her Mission for India

She built the bridge between India and CERN — and she keeps it open

This is the part that matters most for parents and school leaders. Her scientific achievements are extraordinary — but what makes this programme possible is a deliberate, decades-long commitment to bringing Indian students to CERN.

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In 2001, CERN had zero official Indian students. She changed that.

She helped create the formal programmes, official channels and institutional relationships so students from India could come to CERN as participants, not just observers. The first official Indian summer student arrived in 2001. Today over 250 Indians are associated with CERN.

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She visits Indian schools and science fairs — regularly.

She travels to India often, presenting at school science fairs, IIT campuses, BHU and institutions like Shiv Nadar School. She speaks to students not as a distant figure but as someone who grew up in Jhansi and reached CERN from a Delhi University PhD. The path feels possible.

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She specifically champions Indian girls in science.

Through her NGO — the Life Lab Foundation — and her direct mentoring, she has made the advancement of Indian girls in science a specific priority, arguing the barriers are cultural and structural, not intellectual. Her own story is the most powerful argument she makes.

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"India can play an even bigger role."

She has said: "India is playing a major role and can play an even bigger role. I see huge potential, huge competence, huge industry component, and a huge student population that can be trained and build capacities for future leadership." This programme is one concrete expression of that belief.

By the Numbers

A career in figures — each one extraordinary

35+
Years at CERN
Since 1989 — one of the longest-serving senior Indian scientists at any international research institution.
1st
Indian permanently at CERN
In 2001, there was no established pathway for Indian scientists. She was the pathway.
1,200+
Publications
Among the most prolific Indian scientists in international physics research.
650+
Students mentored
From over 20 countries — many now scientists and professors at leading institutions.
40
Institutions in her collaboration
Across 17 countries — the CMS GEM Collaboration she founded in 2008 and leads.
250+
Indians now linked to CERN
Up from near-zero in 2001 — a transformation she drove over 20+ years.
3
Popular science books
Written for non-specialist readers — because CERN belongs to everyone.
3
Advanced degrees
PhD (Delhi), D.Sc. in Instrumentation (Geneva), MBA (International University Geneva).
Recognition

Decorated by India. Recognised by the world.

Her awards reflect the two parallel tracks of her career — her scientific contribution to physics, and her human contribution to India's relationship with global science.

🏅2023

Pravasi Bharatiya Samman

India's highest honour for overseas citizens, presented by President Droupadi Murmu at the Pravasi Bharatiya Divas Convention. She dedicated it to the students of India.

🏛️2023

Bharat Gaurav Award — UK Parliament

Awarded at the British Parliament for global contributions in science and technology — one of the most prestigious international recognitions of Indian scientific achievement.

⚛️2012

CMS Experiment — Higgs Boson

Member of the CMS collaboration that jointly confirmed the Higgs Boson — the defining discovery of 21st-century physics, for which the 2013 Nobel Prize was awarded to its theoretical predictors.

🇮🇳2001

First Indian permanent scientist at CERN

A historic milestone — not just for Dr. Sharma personally, but for Indian science. She was the first. She was not the last.

🔬2008–

CMS GEM Collaboration — Founder & PM

Founded and continues to lead a collaboration spanning 40 institutions and 17 countries, bringing GEM detector technology to the world's most complex physics experiment.

🔏Active

Patent family — detector technology

Holds a family of patents in gaseous detector technology — original scientific inventions from decades of precision detector research at CERN.

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Keep on dreaming — dreams will come true because you will make it happen. There is no failure — it is either a step forward or a learning.
— Dr. Archana Sharma, speaking to school students in India
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Your student learns science where Dr. Sharma made history

The same laboratory. The same spirit of inquiry that took a girl from Jhansi to the centre of particle physics — now open to your student through MasterClass @ CERN. Dr. Sharma's decades of work built the bridge. We walk your student across it.

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