09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

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09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More

09Mar

These shock waves, which can be regarded as collisionless shock waves, fascinate physicists

?Particles in these shocks can attain fantastic energies,? Spitkovsky says. In supernova remnants, particles can attain around one,000 trillion electron volts, vastly outstripping the many trillion electron volts attained in the most significant human-made particle accelerator, the big Hadron Collider near Geneva. But how particles may well surf supernova shock ..

Read More