About: Anupam Mazumdar

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Anupam Mazumdar is a theoretical physicist at the University of Groningen specialising in cosmology and quantum gravity. Together with Sougato Bose, Mazumdar has proposed a bonafide test for the existence of a graviton in a table-top experiment via witnessing entanglement between the two macroscopic superposition of masses. A positive test of this phenomenon would establish that the graviton is quantum in nature.The test crucially depends on the quantum nature of graviton, creating non-classical states of matter, and local operation and quantum communication (LOQC).

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rdfs:label	Anupam Mazumdar (en)
rdfs:comment	Anupam Mazumdar is a theoretical physicist at the University of Groningen specialising in cosmology and quantum gravity. Together with Sougato Bose, Mazumdar has proposed a bonafide test for the existence of a graviton in a table-top experiment via witnessing entanglement between the two macroscopic superposition of masses. A positive test of this phenomenon would establish that the graviton is quantum in nature.The test crucially depends on the quantum nature of graviton, creating non-classical states of matter, and local operation and quantum communication (LOQC). (en)
foaf:name	Anupam Mazumdar (en)
foaf:homepage	http://www.rug.nl/staff/anupam.mazumdar/
name	Anupam Mazumdar (en)
dcterms:subject	Living people Year of birth missing (living people) McGill University alumni University of Groningen faculty
Wikipage page ID	42110444 (xsd:integer)
Wikipage revision ID	1082049768 (xsd:integer)
Link from a Wikipage to another Wikipage	Cosmological singularities Black hole University of Edinburgh University of Groningen University of Sussex Quantum Gravity Living people Year of birth missing (living people) Cosmology McGill University Energy condition Andrew R. Liddle Physics Theoretical physics McGill University alumni University of Groningen faculty Quantum gravity Lancaster University Micro black hole Niels Bohr Institute Wormhole Infinite Derivative Gravity Event horizon ICTP Imperial College, London Inflation (Cosmology)
Link from a Wikipage to an external page	http://www.rug.nl/staff/anupam.mazumdar/
sameAs	Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar Anupam Mazumdar
work institutions	University of Groningen University of Sussex McGill University Lancaster University Niels Bohr Institute ICTP Imperial College, London
dbp:wikiPageUsesTemplate	dbt:Authority_control dbt:Reflist dbt:Short_description dbt:Infobox_scientist
birth name	Anupam Mazumdar (en)
field	Quantum Gravity Cosmology Physics Inflation (Cosmology)
website	http://www.rug.nl/staff/anupam.mazumdar/
has abstract	Anupam Mazumdar is a theoretical physicist at the University of Groningen specialising in cosmology and quantum gravity. Together with Sougato Bose, Mazumdar has proposed a bonafide test for the existence of a graviton in a table-top experiment via witnessing entanglement between the two macroscopic superposition of masses. A positive test of this phenomenon would establish that the graviton is quantum in nature.The test crucially depends on the quantum nature of graviton, creating non-classical states of matter, and local operation and quantum communication (LOQC). He has previously been affiliated to the Higgs Centre, at the University of Edinburgh, and the Discovery Center at the Niels Bohr Institute, Copenhagen. His work has focused on multi field theories of inflation, such as assisted inflation, visible sector inflation such as MSSM inflation. He has worked on the ghost-free and singularity-free construction of infinite derivative theories of gravity, which can potentially resolve the Schwarzschild singularity for mini black holes, yielding a non-singular compact object without event horizon, and cosmological singularities. He has also conjectured with Koshelev that astrophysical black hole has no curvature singularity and devoid of an event horizon, in infinite derivative theories of gravity, because the scale of non-locality in gravitational interaction can engulf the gravitational radius of the compact object.At time scales and at distances below the effective scale of non-locality the gravitational interaction weakens sufficiently enough that a finite pressure from normal matter satisfying null, strong and weak energy conditions can avoid forming blackhole with event horizon and cosmological singularities. (en)
doctoral advisor	Andrew R. Liddle
prizes	JSPS Award, Japan, Inlaks Fellowship, India (en)
doctoral advisor	Andrew R. Liddle
gold:hypernym	Physicist
prov:wasDerivedFrom	wikipedia-en:Anupam_Mazumdar?oldid=1082049768&ns=0
page length (characters) of wiki page	5258 (xsd:nonNegativeInteger)
birth name	Anupam Mazumdar (en)
academic discipline	Quantum Gravity Cosmology Physics Inflation (Cosmology)

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