Category: Science and Nature

  • Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Diagram showing the processes of how organic matter was formed on early Mars. ©Shungo Koyama Although Mars is currently a cold, dry planet, geological evidence suggests that liquid water existed there around 3 to 4 billion years ago. Where there is water, there is usually life. In their quest to answer the burning question about…

  • Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Diagram showing the processes of how organic matter was formed on early Mars. ©Shungo Koyama Although Mars is currently a cold, dry planet, geological evidence suggests that liquid water existed there around 3 to 4 billion years ago. Where there is water, there is usually life. In their quest to answer the burning question about…

  • Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Organic Matter On Mars Was Formed From Atmospheric Formaldehyde

    Diagram showing the processes of how organic matter was formed on early Mars. ©Shungo Koyama Although Mars is currently a cold, dry planet, geological evidence suggests that liquid water existed there around 3 to 4 billion years ago. Where there is water, there is usually life. In their quest to answer the burning question about…

  • Astrophysics: A.I. Shines A New Light On Exoplanets

    Astrophysics: A.I. Shines A New Light On Exoplanets

    Example solution for the α(x, y) shown in Fig. 1 for the direction of the light in positive x-direction (φ = 0). Top: The complete solution (left), the solution if scattering would be treated as absorption (middle) and the difference between the two: the scattered light component (right), all in units of u0 := u(x…

  • Astrophysics: A.I. Shines A New Light On Exoplanets

    Astrophysics: A.I. Shines A New Light On Exoplanets

    Example solution for the α(x, y) shown in Fig. 1 for the direction of the light in positive x-direction (φ = 0). Top: The complete solution (left), the solution if scattering would be treated as absorption (middle) and the difference between the two: the scattered light component (right), all in units of u0 := u(x…

  • Astrophysics: A.I. Shines A New Light On Exoplanets

    Astrophysics: A.I. Shines A New Light On Exoplanets

    Example solution for the α(x, y) shown in Fig. 1 for the direction of the light in positive x-direction (φ = 0). Top: The complete solution (left), the solution if scattering would be treated as absorption (middle) and the difference between the two: the scattered light component (right), all in units of u0 := u(x…

  • Outsmarting the dark side of our DNA

    Roswell Park scientists tackle the danger that looms when ancient viruses awaken. The Innovation Engine series highlights high-impact Roswell Park science that advances the priorities of the National Cancer Plan — a roadmap for working together to end cancer as we know it. The work outlined in this post supports Goal #3: Develop Effective Treatments. …

  • Outsmarting the dark side of our DNA

    Roswell Park scientists tackle the danger that looms when ancient viruses awaken. The Innovation Engine series highlights high-impact Roswell Park science that advances the priorities of the National Cancer Plan — a roadmap for working together to end cancer as we know it. The work outlined in this post supports Goal #3: Develop Effective Treatments. …

  • Outsmarting the dark side of our DNA

    Roswell Park scientists tackle the danger that looms when ancient viruses awaken. The Innovation Engine series highlights high-impact Roswell Park science that advances the priorities of the National Cancer Plan — a roadmap for working together to end cancer as we know it. The work outlined in this post supports Goal #3: Develop Effective Treatments. …

  • Outsmarting the dark side of our DNA

    Roswell Park scientists tackle the danger that looms when ancient viruses awaken. The Innovation Engine series highlights high-impact Roswell Park science that advances the priorities of the National Cancer Plan — a roadmap for working together to end cancer as we know it. The work outlined in this post supports Goal #3: Develop Effective Treatments. …