Operation Farewell: The Spy Who Turned Soviet Espionage Against Itself

In 1981, a KGB officer secretly handed French intelligence thousands of documents exposing one of the Soviet Union’s most important technology-theft programs. Instead of simply shutting the operation down, American intelligence reportedly developed a more ingenious response: let the Soviets keep stealing—but make sure some of what they stole was flawed. Operation Farewell became a remarkable Cold War story in which espionage was turned against the spies themselves.

Speaker 1: Imagine someone who has spent most of his life behaving responsibly,

then suffers a serious head injury. Months later, his family

notices something disturbing. He's impulsive. His temper is worse. He

takes risks. Could the injury have played a role? Well,

forensic psychologists increasingly encounter questions like this because the brain systems,

especially the prefrontal cortex, involved in judgment, emotional regulation, and

impulse can be disrupted by a TBI, traumatic brain injury.

It's located toward the front of the brain. The prefrontal

cortex contributes to executive functions such as planning, anticipating consequences,

inhibiting inappropriate behaviors, and regulating behavior. Damage affecting these systems

doesn't necessarily eliminate a person's understanding of right or wrong,

but it can make controlling behavior more difficult. One of

neuroscience's most famous examples is Phineas Gage. Remember him? Gage

was a railroad worker when an iron tamping rod passed

through his skull, severely damaged portions of his frontal brain.

He did survive, but his accounts suggest that aspects of

his personality and behavior changed afterward. Now, Gage wasn't transformed

into a murderer, and that's important. His behavior did change

and kind of went back to normal towards the end.

His case demonstrated something more fundamental, though. Changes to the

brain can produce changes in behavior and personality. Modern TBI

injuries can occur through automobile accidents, falls, sports injuries, assaults.

Depending on the location and severity of the injury, consequences

may include difficulties with attention, memory, emotional regulation, judgment. But

this creates a dangerous temptation. If brain injury is associated

with aggression or impulsivity, can we conclude that the injury caused?

So we're looking at two different things, association and cause.

And usually, no. Millions of people experience TBIs without committing

serious crimes. Criminal behavior is rarely explained by a single variable.

Substance use, developmental experiences, personality characteristics, social environment. This distinction

becomes especially important in court. A forensic psychologist or neuropsychologist

may evaluate whether a defendant has cognitive impairment, whether that

impairment is consistent with documented neurological injury, and how those

limitations could potentially affect behavior. But finding an abnormality on

a brain scan doesn't automatically answer the legal question. A

defendant could have significant frontal lobe damage and still understand

that an action was illegal. Another defendant might have cognitive

deficits that affect planning or impulse control without meeting the

jurisdiction's legal standard for insanity. Brain injury may also become

relevant during sentencing. Attorneys sometimes introduce neurological evidence as mitigation,

arguing that impaired brain functioning helps explain aspects of the

defendant's behavior. That leaves forensic psychology with a difficult question.

How much should biology matter when determining responsibility? The brain

isn't separate from behavior. Every decision, emotion, and impulse ultimately

involves neural processes. Yet explaining isn't the same as excusing it.

The challenge for forensic psych is to determine what the

evidence actually supports without assuming that a damaged brain automatically

creates a criminal one.