This is the story of a boy who was born in a small village in the Ballia District of India, walked barefoot while grazing cattle, learned Sanskrit and Math under a kerosene lamp, used bullock carts and elephants for transportation, and somehow ended up at MIT and Goddard. The lecture will also include a personal retrospective of the origins of the idea of predictability in the midst of chaos, and the evolution from Numerical Weather Prediction to Numerical Climate Prediction.
NASA Engineer Florence Tan presented a Maniac Lecture entitled, "From Malaysia to Mars." Florence talked about her journey from Malaysia to NASA Goddard Space Flight Center, where she has been working on planetary mass spectrometers, which is characterized by challenges, frustration, excitement, and rewards.
NASA climate scientist Joel Susskind presented a Maniac Lecture entitled, "Journey from Chemistry to (who would have thought it) Meteorology." Joel described the twists and turns of his professional career, starting as a young child who loved to mix household chemicals together and wanted to become a chemist, and continuing through present as a career Civil Servant of 38 years at GSFC doing meteorological research.
NASA climate scientist Ralph Kahn presented a Maniac lecture entitled, "The Stories Data Tell." At an early age, Ralph found that separating causality from coincidence can be the lynchpin of understanding, and at times can help identify prerogatives or highlight the path toward the better options. Ralph shared his experiences, professional, personal, and at the intersection of the two, where the difference seemed to matter. And how data can help address this challenge, providing evidence one way or the other - sometimes!
NASA Chief Technologist David Miller presented a Maniac lecture entitled "Defying Gravity and Overcoming Inertia: a Systems Perspective." Dave shared his journey from MIT to the Air Force to NASA, from teaching to research to service, defying gravity, and overcoming inertia to do so, which has been his lifelong goal.
NASA Solar Scientist Spiro Antiochos presented a Maniac lecture entitled "Seeing the Light." Spiro shared his twists and turns from the last 40 years while trying to understand the workings of the Sun as revealed by observations, primarily from NASA missions, and passed on lessons learned on generating new ideas and theories that apply to all areas of science.
Astrophysicist Neil Gehrels presented a Maniac lecture entitled "Adventures in Astrophysics." Neil shared his passion and adventures in astrophysics, which traces back to his astronomer father, his physicist wife, a life-long career at NASA Goddard Space Flight Center and good mentors.
Frank Cepollina, 2003 National Inventors Hall of Fame Inductee, presented a Maniac lecture entitled "Servicing and NASA." Frank gave a rundown of his career in servicing spacecraft going back to 1970 and talked about the future of servicing and scientific missions working together in the future.
Dr. Richard Eckman, a NASA Program Manager presented a Maniac Talk entitled "Confessions of a Wannabe Meteorologist." Richard shared some of his encounters and experiences that led him from meteorology to ionospheric physics to mesospheric chemistry and, ultimately, to program management.
NOAA Chief Scientist Dr. Richard "Rick" Spinrad presented a Maniac Talk entitled "Lately it occurs to me, what a long, strange trip it's been: one technocrat's unguided tour through oceanography." Rick shared his journey and life in science, including tipping points in his career and how he has come to understand the value of transdisciplinarity, odds-weighing, and timing.
Presented by: Dr. Richard "Rick" Spinrad
FPI: First “Video” Plasma Analyzer
FPI aboard the 4 MMS spacecraft provides 100x time resolution. It will reveal the inner workings of the tiny ion and tinier electron diffusion regions of reconnection.
Turning the power grid into an extremely large space science instrument
Geomagnetically induced currents (GIC) that flow in power grids during space weather storms can be a hazard for reliable transmission of electricity. GSFC’s space weather team has developed new technology that not only provides real-time information for mitigation of the hazard but also allows the grid to serve as a space physical antenna. The work is being conducted with the US transmission industry’s support.
HEROES: High Energy Replicated Optics to Explore the Sun
The HEROES project is a joint balloon payload between GSFC and MSFC whose purpose was to develop and fly a cross-discipline mission (heliophysics and astrophysics) with two PIs one for each discipline. It was funded by the HOPE program (MSFC was the lead institution). The goal of the program is to train early-career scientists and engineers on space-flight mission from conception through flight operations while holding to the review cycle typical of spacecraft missions (i.e. NPR 7120 5D). The heliophysics science goal of the mission was to investigate Parker’s theory of nano flare heating of the solar corona whereby many small flares are constantly going off, accelerating electrons which lose their energy and heat the solar atmosphere.
What if Earth didn’t have its protective magnetosphere?
Are magnetic fields a prerequisite for life?
How does space weather from a planet’s star affect whether the planet is habitable or not?
We can begin to address these questions by studying planets in our solar system: How do planets without magnetospheres, such as Venus, react to emissions from the sun?
Focusing Optics X-ray Solar Imager (FOXSI) “THE PATH TO A HELIO EXPLORER”
The Sun is a unique laboratory to study particle acceleration which occurs throughout the Universe. The Sun is the most energetic particle accelerator in the solar system.
HSD will propose FOXSI to the next Small Explorer opportunity to enable our first look into the acceleration region where energetic particles are generated.
Understanding Universal Processes at Earth by Exploring the Solar System
Studying 4 different objects using 4 different missions (combined with theory and modeling) offers new and valuable perspectives on some fundamental physical processes that occur throughout the universe and in particular at Earth.
NASA/GSFC and NSF Led CubeSat: Studying Terrestrial Gamma-ray Flashes (TGFs)
Firefly is exploring the relationship between lightning and intense bursts of radiation called Terrestrial Gamma Ray Flashes (TGFs), which result when the Earth's atmosphere accelerates electrons up to tens of MeV in less than one millisecond.
Nanoflares, i.e., a multitude of frequent, highly localized, tiny flare events have been proposed as one of the leading models to explain the hot corona. Before EUNIS, the proof of this concept has been elusive.
NASA climate scientist Dr. Richard Stolarski presented a Maniac Talk entitled "Ozone has been very, very good to me!" Rich was a player and an eye witness to much of the historical development of our understanding of the stratospheric ozone layer from the 1970s to the present. He shared some of the lessons learned on this journey, including major scientific and political developments that led to the Montreal Protocol that bans the production of many ozone-depleting substances.
Dr. Eugenia Kalnay, Distinguished University Professor and the first woman to get a doctorate in Meteorology from MIT, presented a Maniac Talk entitled, "Sheer luck: How I stumbled my way through a fantastic scientific career." Eugenia shared her life and times at the University of Buenos Aires, MIT, NASA, NOAA and University of Maryland, infused with dreams
from her mother.
NASA climate scientist Dr. Paul Newman presented a Maniac Talk entitled "Some pretty good rules for a career: Newman's own lessons." Paul traced his journey from middle of Seattle, where he grew up, moved to rural Iowa for graduate school, and made his way to NASA/GSFC in 1984, and discussed lessons to be learned from the ozone depletion story.
NASA climate scientist Dr. Michael I. Mishchenko presented a Maniac Talk entitled "How much first-principle physics do we need in remote-sensing and atmospheric-radiation research." Michael explained his skepticism and how it has shaped his contributions to the disciplines of electromagnetic scattering, radiative transfer, and remote sensing, which have found widespread use.
Nobel Laureate John Mather presented a Maniac Talk entitled "Creating the Future: Building JWST, what it may find, and what comes next?" In this lecture, John takes a rear view look at how James Webb Space Telescope was started, what it can see and what it might discover. He describes the hardware, what it was designed to observe, and speculate about the surprises it might uncover. He also outlines a possible future of space observatories: what astronomers want to build, what we need to invent, and what they might find, even the chance of discovering life on planets around other stars.