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BNL’s Science and Technological Programs Related to the Ocean Drilling Program. Hiroshi Takahashi 1 Brookhaven National Laboratory, Upton, New York ,11973, USA takahash@bnl.gov. the concept of a deep underground nuclear park,.

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bnl s science and technological programs related to the ocean drilling program

BNL’s Science and Technological Programs Related to the Ocean Drilling Program.

Hiroshi Takahashi

1 Brookhaven National Laboratory, Upton, New York ,11973, USA

takahash@bnl.gov

the concept of a deep underground nuclear park
the concept of a deep underground nuclear park,
  • In the development of nuclear energy, we have been studying the concept of a deep underground nuclear park, with an accelerator driven reactor.
deep sea nuclear reactor
Deep sea nuclear reactor
  • By extending the concept of installing reactors underground to the deep sea, we are reduce the construct cost although the leakage of radio-active material has to be absolutely prevented. Evaluating both systems from the economic and environment as well as the engineering perspective will be studied
high energy physics studies
High-energy physics studies
  • Our high-energy physics studies have been carried out using the accelerator of the alternating gradient synchrotron (AGS) and RHIC (relativistic heavy ion collider).
  • Production and propagation of particles neutrons, muon, pion . neutrino
  • ( high frequency sound wave)
  • Coherent analysis
use of deep underground and sea
Use of deep underground and sea
  • Neutrino Physics
  • Detector development
  • Dark matter and dark energy in cosmology
  • High Energy Physics
  • Biology Bacteria activity near mantle
  • Energy production bio-chemistry
slide6
In addition to the high power accelerator, the large detector, which will be installed deep underground or deep sea,
solar neutrino study by davis
Solar Neutrino Study by Davis
  • Deep underground exploration was supported by Nobel Laureate, Dr. Davis, who conducted solar neutrino experiments using a tank located 3000 meters deep in the Home Stake Gold Mine in South Dakota
radio active decay
Radio active decay
  • We have studying weak interaction physics, which is responsible for many phenomenon in nuclear physics, cosmology, and radio activity.
biology in deep sea and underground
Biology in deep sea and underground
  • Another deep underground laboratory is conducting biological studies on bacteria relating to DNA research, gene sequencing, protein folding, gene net-work and drawing on the fields of computer science
dna and protein folding analysis
DNA and Protein Folding Analysis
  • Gene Sequencing
  • Radiation effect ( Bikini Island study ;the Cold Spring Harbor Institute
  • protein folding study using Light Source Blue-Gene Program a super computer with IBM.
  • In addition, a theoretical and experimental study for the origin of life in deep magma will be studied
deep underground nuclear park and disposal of waste to outer space

Deep Underground Nuclear Park and (Disposal of waste to outer-Space )

Hiroshi Takahashi

Brookhaven National Laboratory

7th International Symposium of physics Beyond The unknown,

Tecnologico de Monterrey,Mexico Feb.17-19, 2005

south dakota gold mine homestake
South Dakota Gold mine Homestake
  • Shutting down
  • Prof. Davis
  • 8000 ft depth
  • More than 500 miles tunnels
  • 1500 tons gold (12 billion dollars @$300/once
lhc at cern
LHC at CERN

LHC large hadron collider at CERN