??Date of Publication: May 1999
??Amount: 166 pages
??Contents: The 1st: Cancer by the year 2000: What you always
wanted to know about cancer but were afraid to ask
The 2nd: Atmospheric ozone
The 3rd: Symmetry, space, stars and C60
The 4th: From matter to life: Chemistry ?!
The 5th: The versatility of mRNA structure and its implication
in gene regulation
The 6th: The Regulation of gene expression
The 7th: The future prospect of the semiconductor
The 8th: Rational design of sequence-specific regulation of
gene expression- From chemistry to the clinic
2. Hallim Distinguished
Lecture Notes 2
??Date of Publication: January 2002
??Amount: 201 pages
??Contents: The 9th: Investigation of elementary chemical reactions
by lasers and molecular beams
The 11th: Science policy in Siberia: Results of global change
studies
The 15th: The era of knowledge-based economy and the development
of science and technology
The 16th: The fractional quantum hall effect
The 18th: Simulation of everything possible?
The 19th: Chemical design of materials
The 20th: The nature of discovery in physics
The 21th: Medicine and the new biology and a century of Novel
prizes
The 23th: Basic research at the dawn of new century
3. Hallim Distinguished
Lecture Notes 3
??Date of Publication: January 2002
??Amount: 154 pages
??Contents: The 24th: De Hees-van Alphen effect in anisotropic
superconductor well below HO2
The 25th: Absence of odd-even parity behavior for Kondo resonances
in quantum dots
The 26th: Intrinsic Josephson tunneling for basic studies high-temperature
superconductors
The 27th: Semiconducting and metallic polymers: The fourth generation
of polymeric materials
The 28th: Synthetic materials: A Nobel role for organic polymers
The 29th: The discovery of polyacetylene film: The dawning of
an conducting polymers
