Inspire

IFFR Highlight Part 3: Darjeeling Limited

Just saw another great movie called The Darjeeling Limited. India, friendship, brotherhood, trust, openness, spirituality, good music and a great story.

IFFR Highlight Part 2: Persepolis

Politics, beautiful music, history, psychology and animation...all in an original, touching and award-winning movie called Persepolis

Die Stille Vor Bach : One Highlight from IFFR 2008

Yesterday I saw a highly original, engaging and rewarding movie called Die Stille Vor Bach. If you like creativity, art, classical music and/or Bach, this one is not to be missed. It just blew my mind. Visually stunning, good conversations about the meaning and role of music in life, musical masterpieces and different references to the history of art.

From Neuroscience to Connectomics: Brain Research Enters a New Era

I am very excited about a new research project at Harvard for brain research. IT is an enabler for the increasing development in biotechnology, nanotechnology and cognitive neuroscience. This might be boost for artificial intelligence.

"Harvard scientists have embarked upon an ambitious program to create a circuit diagram of the human brain, with the help of new machines that automatically turn brain tissue into high-resolution neural maps. By mapping every synapse in the brain, researchers hope to create a "connectome" -- a diagram that would elucidate the brain's activity at a level of detail far outstripping today's most advanced brain-monitoring tools like fMRI.

The effort is part of a new field of scientific research called connectomics. The field is so new that the first course ever taught on it recently ended at MIT. It is to neuroscience what genomics is to genetics. Where genetics looks at individual genes or groups of genes, genomics looks at the entire genetic complement of an organism. Connectomics makes a similar jump in scale and ambition, from studying individual cells to studying swaths of the brain containing millions of cells. A full set of images of the human brain at synapse-level resolution would contain hundreds of petabytes of information, or about the total amount of storage in Google's data centers, Lichtman estimates."