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Issue DateTitleAuthor(s)
May-2022Lake sediments as an archive of long-term climate-human-environmental interactions in indian himalayasAnkit; Ambili, Anoop
Apr-2022Land Use Land Cover Mapping By Time-Weighted Dynamic Time Warping With Implementation in PythonDafada, Vishal
25-Nov-2019The Landscape of Outsourced Labor in IISERMohali: The Case of Housekeeping StaffM.S., Aiswarya; Bandyopadhyay, Ritajyoti
Aug-2021Lanthanide lons doped bismuth based nanomaterials: structural, photoluminescent properties and applicationsPushpendra
28-Jul-2021Large scale analyses of single residue mutations on residue interaction networksSreenivas, Gummala.; Pandit, Shashi Bhushan.
Apr-2022Large-scale analysis of single residue mutations on features of protein structure networkKalam, Irfan
18-Nov-2019Large-scale structural analysis of enzymes to understand the basis of enzyme promiscuityChoudhary, Preeti; Pandit, Shashi Bhushan
28-Jul-2021Lead halide perovskite and nobel metal nanocomposites: synthesis and propertyBajaj, Neha; Jana, Debrina
Apr-2022Leader- follower dynamics of wild blackbuck herds in response to a predation - like perturbationVadavalli, Bhavya Deepti
Apr-2022Learning and memory are regulated by the camp-dependent PKA regulatory Subunit gene kin-2 in AWC neuronsJayaram, Spatika
28-Jul-2021Lefschetz thimbles and quantum phases in zero-dimensional bosonic modelsBharathkumar, R.; Joseph, A.
Apr-2022Lensless imaging & microscopy using diffusersThakur, Sarvesh Anil
17-Jul-2017Lepton Mixing, Discrete Symmetry Models and Quark Lepton ComplementarityPK, Vishnu
15-Jul-2015The Leray-Serre Spectral Sequence and its ApplicationsMonika; Singh, Mahender
Apr-2022Level statistics of quasi energy states in a driven double well quantum system: Stabilisation on top of the barrierChaos in a quantum mechanical system is of interest to many scientists. In this thesis, we attempt to broaden our knowledge of chaos in a Quantum mechanical system. Chaotic systems are extremely sensitive to initial conditions in their phase-space trajectories. The uncertainty principle forbids measuring both coordinates and moments concurrently, making it difficult to specify what a phase-space trajectory is for a quantum mechanical system. It follows that classical chaotic notions cannot be directly applied to quantum chaos. An understanding to chaos was formulated by Wigner and Dyson in 1950’s through the Random Matrix Theory (RMT). We analyse the eigen spectra of the Hamiltonian. Here, we use the floquet formalism to solve the TISE in a variety of systems with periodic driving. The periodic driving of a wave packet in a double well potential is investigated. One- dimensional double well potentials are used to simulate physical systems. Numerical simula- tions of the time-independent Schrödinger equation for a symmetric double-well potential are used to examine the spatio-temporal localization of a system in the presence of an oscillating electric field. For an initial state with identical probability densities in both wells, stable localization above the barrier is attainable on a periodic highfrequency drive. This work reviews RMT, its relationship to quantum chaos, and indicators of chaos such as the level spacing statistics and Brody’s distribution index.; Shaji, Thommen
21-Nov-2019Levi's Radical Splitting Theorem and Its ApplicationsChowdhry, Geeta
9-Nov-2018Lewis acid catalyzed synthetic approaches toward unsymmetrical diaryl- and triarylmethanesMAHESH, S
Apr-2020Lie Algebras, Enveloping Algebras and Representation TheorySury, Vidur; Khandai, Tanusree
Sep-2022Light Modulation of Properties of Arylazoisoxazole Photoswitches and their Benzene- 1,3,5- tricarboxamide (BTA) Functionalized DerivativesKumar, Pravesh
Aug-2021Light-induced Spatio-temporal Localization of Molecular Wave Packets on Saddle points of potential energy surfacesKumar, Naveen; Balanarayan, P.