Forensic Science

Nick Stokes' forensic specialty is in trace and blood analysis. He is known for his expertise in examining physical evidence such as hair, fibers, and other microscopic materials to help solve crimes.

Chromatography is an analytical method to separate a mixture into different components based on their chemical properties. In one form of chromatography, a liquid or gaseous mixture is passed through a tube containing a "stationary phase" (column chromatography). For gasses, this usually means coating the walls of a thin tube with the stationary phase. For liquids, it usually involves something that looks more like sand or powder. If the composition of the stationary phase is chosen correctly, the different components in the mixture will absorb and desorb from the stationary phase at different rates. Some will pass through quickly because they don't absorb very well into the stationary phase and desorb quickly while others pass through slowly as they get absorbed easily and desorb slowly. As a consequence, the different components come out the other end at different times. The amount of each is determined by some kind of detector.

A second kind of chromatography is a bit like the liquid chromatography described above, except drops of the mixture are placed at one end of a sheet of paper or a sheet of glass coated with a stationary phase. A solvent is then applied to one end of the sheet and slowly carries the mixture with it to the other end of the sheet. the mixture gets separated into its different components with some moving only a short distance from the beginning end and others moving further along the sheet. At the end, the sheet winds up with stripes of the different components at different locations.

In forensics, chromatography can be used to determine what is in a mixture. When people go in for drug tests, their urine may be analyzed using chromatography to determine if they have drugs or drug byproducts in their urine. In forensic pathology, a sample may be analyzed to determine what chemicals are present in the dead body and possibly indicate if there is a poisonous substance present that may have killed them, or whether they were on drugs or drunk at the time of their death. It may also be used to analyze samples taken from crime scenes to find out if any unusual substances are present that might indicate where something came from or where someone may have been prior to entering the crime scene. At airports it can be used to detect minute traces of explosives.

Mathieu Joseph Bonaventure Orfila, a Spanish toxicologist, is considered one of the early contributors to forensic toxicology. He is known for his research in poisoning and his development of techniques to detect poisons in the human body, laying the foundation for modern forensic toxicology.

"4n6" is a common abbreviation for "forensics," typically used in the context of digital forensics or forensic science. It represents the combination of the four letters in "forensics" (4) and the two letters in "n" and "6".

Anthropometry is the scientific study of the measurements and proportions of the human body. It is often used in forensic science for purposes such as identifying individuals based on their physical characteristics.

QD stands for Questioned Document in forensic science. QD forensic labs generally examine and compare handwriting and signatures on documents, examine counterfeit documents, printers and copiers and analyse inks

Per: The Merriam-Webster DIctionary; :relating to or dealing with the application of scientific knowledge to legal problems <forensic medicine> <forensic science> <forensic pathologist> <forensic experts

Forensic scientists are employed by government agencies such as law enforcement, crime laboratories, and the judiciary. They can also work for private companies providing forensic services or as consultants for legal investigations.

In forensic science, scientific principles and techniques are used to analyze physical evidence obtained from crime scenes, such as DNA analysis, fingerprint identification, and ballistics analysis. These scientific methods help investigators solve crimes by providing valuable information that can be used in court to support or refute a hypothesis about a crime.

To become a forensic technician, you typically need a bachelor's degree in forensic science or a related field. You may also need on-the-job training or certification in forensic techniques. Attention to detail, analytical skills, and a strong understanding of the scientific method are important for success in this career.

it has both potential and kinetic energies as when it is going upwards, the potential energy increases while the kinetic energy decreases until it reaches the top, and then the kinetic energy is zero and the potential energy is maximum.

A forensic scientist has more than three tasks or responsibilities. The main areas are drugs and toxicology, Biology, and chemistry.

The title of "forensic scientist" is a more general label, while forensic biologists focus specifically on living forensics. I would guess that forensic biology falls under the umbrella of forensic science.

Luminol is a common chemical used to detect blood at a crime scene. It reacts with the iron in hemoglobin, causing a blue glow under UV light. This can help investigators identify blood even if it has been cleaned or hidden.

A forensic scientist is a professional who collects, preserves, and analyzes physical evidence from crime scenes to help solve criminal cases. They use scientific techniques like DNA analysis, fingerprinting, and ballistics to provide evidence for court proceedings.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

It depends on which level of education you are pursuing. A bachelors degree will take approximately four years as a full-time student. The masters degree approximately two to three years post bachelors, and a doctorate, four years post bachelors degree.

Latent fingerprint examiners are people who look at fingerprints left on a crime scene. Also register, search, analyze, and identify fingerprints in the Automated Fingerprint Identification System (AFIS). They also record criminal history and provides expert witness testimonies in court. They view animated or hard copies of fingerprints and they also prepare the print for computer entry. They also enhance the fingerprint with the computer. They also have to prepare displays of the latent fingerprint for testimonies.

The vertical distance between the peak and trough is 2*Amplitude.

Forensic scientists may use titration to analyze chemical compounds found at crime scenes, such as drugs or poisons. By titrating a known substance with an unknown substance, they can determine the concentration or identity of the unknown substance. This information can then be used as evidence in criminal investigations.

Some universities that offer forensic science programs include Pennsylvania State University, University of Florida, and George Washington University. Additionally, many state universities and community colleges offer forensic science programs as well. It's important to research each program to find the one that best fits your academic and career goals.

Forensic document examiners analyze and evaluate questioned documents to determine authenticity, alterations, or forgeries. They may work for law enforcement agencies, government organizations, private laboratories, or as independent consultants. Their work involves comparing handwriting, paper, ink, and other characteristics to reach conclusions about the document's origin or authenticity.

Forensic refers to the use of scientific methods and techniques to investigate and solve crimes, particularly in a court of law. It involves collecting, analyzing, and interpreting evidence to establish the facts surrounding criminal activities.

Some colors may not spread up the paper in chromatography because they may have a higher affinity for the stationary phase (paper) than the mobile phase (solvent). This means they are more likely to stick to the paper and not move as far as other colors.

Some advantages of being a Forensic Science Technician include the opportunity to work on solving criminal cases, the ability to use advanced scientific techniques and technology, and the satisfaction of contributing to justice and public safety. Additionally, the field offers a variety of specializations and job settings, providing a dynamic and fulfilling career.

Penn State University at University Park has a superb Forensics Science program. The founding director, Dr. Bob Shaler, was the chief forensic scientist in NYC for 9/11 and was instumental in identifying the victims. Dr. Mitch Holland the current director was developed the Department of Defense's DNA repository. The faculty blend solid academic credentials with real world experience. 15% of the programs graduates now work at the FBI crime lab in Quantico, VA.