DISCOVERY AREA
UNIVERSE THEORIES
Hot Big Bang, inflation, dark energy, multiverse approaches, and observation-based models of the cosmic future.
Why evidence for an early hot universe does not automatically confirm every account of what preceded it.
Open article →NEWFive Frontiers · 15 Oct 2026How Did the Universe Begin? What Observations Can Actually Tell UsThe hot Big Bang is a well-tested early history, but observations do not yet establish an absolute first moment.
Open article →NEWNew research · 7 minWhat Do the Universe’s First Three Minutes Tell Us?Big Bang nucleosynthesis links the abundance of light elements to the temperature, expansion and particle content of the early universe.
Open article →01Uzun okuma · 10 dkWhy is the B-mode trail of cosmic inflation elusive?How are galactic dust and lensing decomposed when looking for primordial gravitational waves?
Open article →02Uzun okuma · 12 dkHow to look for biological traces in the planetary atmosphere?Why isn't a single molecule proof of life?
Open article →03Uzun okuma · 14 dkHow will dark energy be measured?Understanding cosmic acceleration as a program of observation rather than a single mysterious force.
Open article →04Uzun okuma · 16 dkHow does a lensed supernova measure the expansion of the universe?Hubble's tracking of Supernova Athena turns gravitational lensing and time delay into a measurement tool for cosmology.
Open article →05Uzun okuma · 18 dkHow do fast radio bursts probe matter in the universe?The 109-source 2026 study opens a new window to the analysis of gas and cosmic structure around the galaxy.
Open article →06Uzun okuma · 20 dkWhat does the Big Bang mean?Expanding space and hot early universe.
Open article →07Uzun okuma · 22 dkMultiverse science?Model families and testability.
Open article →08Uzun okuma · 24 dkHow could the universe end?Heat death, the Big Rip, and uncertainty.
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FIVE FRONTIERS · 17 OCTOBER 2026