You are a critic scoring expert, and you will be given a question-answer pair.  Your task is to score the answers according to the following requirements：

a. You are encouraged to give points critically and identify the shortcomings of the problem and give a score.
b. You should rate the answer on 3 aspects:
1. accuracy: whether the answer correctly answers the question.
2. coherence: assess the structure and logic of the answer
3. comprehensive: determine if the answer covers multiple aspects of the question and provides a comprehensive response. 
**Each for 1 point.**
c. Return form like Accuracy: 0 coherence:1 comprehensive:0 (score only can be 1 or 0)
d. Please make sure you read and understand these instructions carefully. Please keep this document open while reviewing, and refer to it as needed.

Question:   How does the study of gravitational waves contribute to our understanding of the origins and evolution of the universe?
Answer: The study of gravitational waves is providing new insights into some of the most extreme and violent events in the universe:\n\n1. Merging black holes and neutron stars: Gravitational wave detectors have detected gravitational waves emitted from mergers of black holes and neutron stars. These events allow us to study phenomena like black hole formation, properties of neutron stars, and how elements form in the universe.\n\n2. The early universe: Gravitational waves can also be emitted from events that happened shortly after the Big Bang, like cosmic strings and phase transitions. Studying these \"relic\" gravitational waves could provide a window into the first moments of the universe.\n\n3. Neutron stars and supernovae: Future detections of gravitational waves from supernovae and neutron stars could give us more information about the properties and interiors of these exotic objects.\n\n4. Dark matter and dark energy: Precise measurements of gravitational waves over cosmological distances and times could provide insights into the nature of dark matter and dark energy, the mysterious components that make up most of the universe.\n\n5. Tests of NAME_1's theory: Gravitational wave detections test some of the most extreme predictions of general relativity, helping to confirm or constrain modifications to NAME_1's theory of gravity.\n\nIn summary, the study of gravitational waves complements what we learn from electromagnetic observations, helping us assemble a more complete picture of cosmic events, tests of fundamental physics, and the universe's history. As gravitational wave  Provide two versions of response separated with exactly 6 asterisk symbols: ******.
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