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Strange Universe
Sundays, 9:35 a.m.
Hosted by Bob Berman

Astronomer Bob Berman sheds light on the mysteries of space and time. Always fascinating and fun, Strange Universe will take you places you never knew existed. Learn why Betelgeuse sometimes goes weirdly dim and how after the totality in 2017 in places like Wyoming and the Carolinas, millions finally got to see a total solar eclipse.

  • When Venus Met Jupiter...
    Bob Berman
    You've already seen it. We can’t help it. In the west after sunset, two brilliant "stars" grab attention because they're the brightest things in the whole sky. Venus and Jupiter. Each evening they're closer together. Now the meeting finally happens. The best conjunction of the year.
  • Understanding The Universe
    Bob Berman
    There are some things that humans never seem capable of understanding – like consciousness, and the scoring of Ice Skating competitions. But we all want to understand the universe. Toward that end, educators and journalists create analogies. But -- how good are these?
  • Einstein & The Cosmos
    Bob Berman
    This week marks the anniversary of the total solar eclipse in which Einstein correctly predicted stars in the Pleaides cluster would shift position thanks to the curving of space. When it happened, he gained instant worldwide fame. But there remain many contradictory ideas about that great man.
  • View of planet Venus from space. Space, nebula and planet Venus. This image elements furnished by NASA.
    Venus Maximus
    Bob Berman
    If a celestial object is the largest, smallest, brightest, or most-distant, it defines one of the edges of the cosmic envelope. Only a single entity can be “most this” or “greatest that.” Venus owns at least seven superlatives, all by itself.
  • THE SUN SETS OVER THE HIGH DESERT IN WILDFIRE SMOKE, SANTA FE, NM, USA
    The Facts Of Nature
    Bob Berman
    What are the most basic facts of nature? They’re fascinating, yet these most fundamental realities remain strangely unknown to most people. And this has always been true.
  • Introducing PSR J1748-2446...
    Bob Berman
    You’ve probably never heard of PSR J1748-2446. But it’s the fastest-spinning celestial object. It’s the most extreme example of a neutron star or pulsar
  • Scientists are getting their first look with NASA’s James Webb Space Telescope’s powerful resolution at how the formation of young stars influences the evolution of nearby galaxies. The spiral arms of NGC 7496, one of a total of 19 galaxies targeted for study by the Physics at High Angular resolution in Nearby Galaxies (PHANGS) collaboration, are filled with cavernous bubbles and shells overlapping one another in this image from Webb’s Mid-Infrared Instrument (MIRI). These filaments and hollow cavities are evidence of young stars releasing energy and, in some cases, blowing out the gas and dust of the interstellar medium surrounding them. Until Webb’s high resolution at infrared wavelengths came along, stars at the earliest point of the lifecycle in nearby galaxies like NGC 7496 remained obscured by gas and dust. Webb’s specific wavelength coverage allows for the detection of complex organic molecules called polycyclic aromatic hydrocarbons, which play a critical role in the formation of stars and planets. In Webb’s MIRI image, these are mostly found within the main dust lanes in the spiral arms. In their analysis of the new data from Webb, scientists were able to identify nearly 60 new, embedded cluster candidates in NGC 7496. These newly identified clusters could be among the youngest stars in the entire galaxy. At the center of NGC 7496, a barred spiral galaxy, is an active galactic nucleus (AGN). AGN is another way to refer to an active supermassive black hole that is emitting jets and winds. This glows quite brightly at the center of the Webb image. Additionally, Webb’s extreme sensitivity also picks up various background galaxies, which appear green or red in some instances. NGC 7496 lies over 24 million light-years away from Earth in the constellation Grus.
    Strange Universal Labels
    Bob Berman
    When it comes to labeling the universe we’ve got a strange system. It includes classical, ancient star names and some with odd lineages: Betelgeuse and Deneb mean Sheep's Armpit and Chicken's Tail respectively, not exactly glamorous
  • Spring Patterns
    Bob Berman
    Wonderful signs of Spring now grab our attention. But the sky is also changing.The brilliant winter constellations of Orion and his friends now appear for a final few weeks. After 10pm, they’re gone.
  • Strange Universe With Bob Berman
    A new galaxy (far, far away).
    Bob Berman
    Researchers recently found the farthest-ever galaxy, a smudge at a distance of 13 billion light years.But when light travels a long time through an expanding universe, bizarre things happen.
  • This image was captured by the NASA/ESA Hubble Space Telescope’s Advanced Camera for Surveys (ACS), a highly efficient wide-field camera covering the optical and near-infrared parts of the spectrum. While this lovely image contains hundreds of distant stars and galaxies, one vital thing is missing — the object Hubble was actually studying at the time! This is not because the target has disappeared. The ACS actually uses two detectors: the first captures the object being studied — in this case an open star cluster known as NGC 299 — while the other detector images the patch of space just ‘beneath’ it. This is what can be seen here. Technically, this picture is merely a sidekick of the actual object of interest — but space is bursting with activity, and this field of bright celestial bodies offers plenty of interest on its own. It may initially seem to show just stars, but a closer look reveals many of these tiny objects to be galaxies. The spiral galaxies have arms curving out from a bright centre. The fuzzier, less clearly shaped galaxies might be ellipticals. Some of these galaxies contain millions and millions of stars, but are so distant that all of their starry residents are contained within just a small pinprick of light that appears to be the same size as a single star! The bright blue dots are very hot stars, sometimes distorted into crosses by the struts supporting Hubble’s secondary mirror. The redder dots are cooler stars, possibly in the red giant phase when a dying star cools and expands.
    Numbers & Stars
    Bob Berman
    April 15th is this week. That’s when taxpayers and accountants join astronomers as being obsessed with endless numbers. Although, can anyone really grasp galaxies being millions of lightyears away?