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    TIFR Mumbai Campus

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    The TIFR 4pi
    Spin-Spectrometer and
    high energy g-ray setup

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    TIFR 100TW Laser

About DNAP

Our depart­ment boasts of a vast and diverse can­vas of exper­i­men­tal and the­o­ret­i­cal research activ­i­ties rang­ing from nuclear struc­ture and emer­gent nuclear prop­er­ties, ion-​atom col­li­sions, mol­e­c­u­lar dynam­ics, intense light-​matter inter­ac­tions, physics-​biology inter­faces, and nano-​optics. The DNAPis equipped with sev­eral state-​of-​art equip­ment and facil­i­ties that enable even the obscurest of stud­ies eas­ily acces­si­ble in the lab.

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academics

Graduate Program

TIFR has a vibrant international level research environment which is highly conducive for graduate

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Admissions

At present the admission to the Physics programme in TIFR is for Ph.D. degree only.

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VSRP

Tata Institute of Fundamental Research (TIFR) conducts annual summer programmes

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Research

We study the structure and dynamics of molecular ions in gas phase and in condensed phase.

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Molecular Dynamics and Control, and Biomolecular Studies Laboratory.

Imagine the earth as a giant lens, focusing the solar energy it receives to the tip of a hair.

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Ultrashort Pulse High Intensity Laser Laboratory

Our experiments focus on ultrafast phenomena in atoms, molecules, clusters in the gas-phase.

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Atomic and Molecular Sciences group

To study the real time response of the nuclear many-body system at finite temperature and angular momentum.

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High-energy Gamma-ray lab

We, at the Accelerator Based Atomic Physics lab, mostly focus on the study of Interaction.

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Accelerator-based Atomic Physics Laboratory

We study solid state phenomenon at short length and time scales using high energy heavy-ion.

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Accelerator-based Condensed Matter Physics

We study the transport of optical waves through media which have a variation in the refractive index.

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Nano-optics and Mesoscopic Optics Laboratory

The mass and nature of neutrinos play an important role in theories beyond the standard model.

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Nuclear Physics Laboratory

The theoretical physics program focuses on the development of fundamental and phenomenological models

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Theoretical Physics

We investigate the low energy response of atomic nuclei to rotational stress using a powerful “femtoscope‘’

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Discrete Gamma Spectroscopy of Atomic Nuclei Laboratory

We are interested in investigating the physics and chemistry of atoms, ions and molecules at ultralow temperatures.

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Ultracold Atoms and Molecules

Our Faculty