| Dates | Characters | Theories and discoveries |
| 1981 | Witten, Schoen | Yau positive energy theorem in general relativity |
| 1981 | Green and Schwarz | Type I superstring theory |
| 1981 | Binnig, Rohrer | Scanning tunneling electron microscope |
| 1981 | Witten and Alvarez-Gaume | Difficulty of getting standard model from 11-D supergravity because of chiral modes |
| 1981 | Alexander Polyakov | Path integral quantisation of strings, conformal symmetry and critical dimension |
| 1981 | Linde, Albrecht, Steinhardt | New inflationary universe |
| 1982 | Green and Schwarz | Type II superstring theory |
| 1982 | Alain Aspect | An experiment to confirm non-local aspects of quantum theory |
| 1982 | Darnstadt | Element 109, meitnerium |
| 1982 | Limits on proton lifetime rule out many Grand Unified Theories | |
| 1983 | Carlo Rubbia et al | W and Z bosons at CERN |
| 1983 | Andrei Linde | Chaotic inflationary universe |
| 1984 | Green and Schwarz | Anomaly cancellations in superstring theory |
| 1984 | Darnstadt | Element 108, hassium |
| 1985 | Gross, Harvey, Martinec, Rohm | Heterotic string theory |
| 1985 | David Deutsch | Theory of quantum computing |
| 1986 | Bednorz and Mueller | High temperature superconductivity |
| 1986 | Abhay Ashtekar | New variables for canonical quantum gravity |
| 1986 | Geller, Huchra, Lapparent | Bubble structure of galaxy distributions |
| 1987 | Supernova 1987a | |
| 1987 | Masatoshi Koshibas | Detection of neutrinos from a supernova |
| 1988 | Atiyah, Witten | Topological quantum field theories |
| 1988 | Smolin and Rovelli | Loop representation of quantum gravity |
| 1989 | SLAC | Evidence that number of light neutrinos is 3 from Z width |
| 1989 | Tim Berners-Lee | The World Wide Web |
| 1989 | Bennett and Brassard | First quantum computer |
| 1990 | John Mather | Black body spectrum of cosmic background radiation from COBE |
| 1991 | CERN | Confirmation that number of light neutrinos is 3 |
| 1991 | Connes, Lott | Particle models from non-commutative geometry |
| 1991 | BATSE | Gamma Ray Burst distribution is isotropic |
| 1992 | Mather and Smoot | Angular fluctuations in cosmic background radiation with COBE |
| 1993 | Aspinwall, Morrison, Greene | Topology change in string theory |
| 1994 | Fermilab | Top Quark |
| 1994 | ‘t Hooft, Susskind | Holographic principle |
| 1994 | Seiberg and Witten | Electro-magnetic duality in supersymmetric gauge theory |
| 1994 | Hubble Space Telescope | Evidence for black hole at the centre of galaxy M87 |
| 1994 | Peter Shor | Factorisation algorithm for a quantum computer |
| 1994 | Hull, Townsend | Unity of String Dualities |
| 1994 | Darnstadt | Element 110 |
| 1995 | Witten and Townsend | M-Theory |
| 1995 | Joseph Polchinski | D-Branes |
| 1995 | Cornell, Wieman, Anderson | Bose-Einstein condensate of atomic gas |
| 1995 | CERN | Creation of Anti-hydrogen atoms |
| 1995 | Mayor and Queloz | First extra-solar planet orbiting an ordinary star |
| 1995 | Darnstadt | Element 111 |
| 1996 | Strominger, Vafa | D-branes and black-holes |
| 1996 | Cumrun Vafa | F-theory |
| 1996 | Steven Lamoreaux | Measurement of Casimir force |
| 1996 | Darnstadt | Element 112 |
| 1996 | Banks, Fischler, Shenker, Susskind | M-theory as a matrix model |
| 1997 | BepoSAX | Location of Gamma Ray Bursts demonstrates that they are extragalactic |
| 1997 | Juan Maldacena | AdS/CFT duality |
| 1997 | SLAC | Photon-photon scattering produces electron-positron pairs |
| 1998 | Perlmutter, Garnavich et al | Supernovae observations suggest that the expansion of the universe is accelerating |
| 1998 | Super-Kamiokande | Neutrino oscillation demonstrated |
| 1998 | CERN, Fermilab | Time reversal assymetry observed for K meson decay |






Follow Science Ireland